SDG 1: No Poverty - PUP Efforts on Building Pathways, Out of Poverty Through Research
The Polytechnic University of the Philippines (PUP) contributes to SDG 1: No Poverty through research addressing poverty reduction, income generation, economic inequality, financial inclusion, sustainable livelihoods, agricultural productivity, food security, and resilience. Its research moves beyond measuring poverty by exploring innovative and practical solutions for vulnerable and low-income communities.
PUP studies demonstrate how digital innovation, artificial intelligence, and agricultural technologies can improve productivity, farm incomes, and livelihood resilience among smallholder producers. Research on microfinance and financial inclusion highlights improved access to financial services for low-income households and micro-enterprises, while studies on social entrepreneurship examine pathways for reducing economic inequality and empowering marginalized communities.
Research on food security and agricultural resource management further supports income stability and resilience by reducing post-harvest losses and strengthening sustainable livelihoods. PUP also examines the social representation of poverty, providing insights relevant to inclusive policy and community development.
Collectively, these studies demonstrate PUP's contribution to poverty alleviation, inclusive economic development, livelihood improvement, financial inclusion, inequality reduction, and resilience, supporting evidence-based approaches to ending poverty in all its forms.
2025 Research Publications on SDG 1 - Advancing Poverty Reduction through Inclusive Innovation, Financial Inclusion, and Sustainable Livelihoods
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Enhancing Swine Farm Profitability with PINILI-PIG: A Digital Swine Inventory and Sales Management System | Anicas O.E.F.; Castillo K.H.; Olasiman A.O.; Domingo I.V.R. | | | Digital innovation to raise farm incomes and reduce poverty among smallholder livestock producers | |
2 | Has Social Entrepreneurship Reduced Economic Inequality Among Non-state Actors? A Systematic Review | de Vera I.J.M.; Valdez-De Vera R.G.; Calica D.J.S.; Perez M.E.O.; Pacardo D.Q.; Andres E.M.G. | 6 | 1.30 | Reviews how social enterprises directly address poverty and narrow wealth gaps in marginalized communities | |
3 | MICROFINANCE INSTITUTIONS AND SERVICES: CONSUMER PERSPECTIVES AND THE PATH TO STANDARDIZED GUIDELINES | Binaluyo J.P.; Agustin N.B.; Santos A.R. | | | Strengthens inclusive financial access for low-income households and micro-enterprises | |
4 | Pepperazzi: An AI-Driven Robotic Arm for Precision Harvesting of Chili Peppers Using an Integrated Grip-and-Cut Mechanism and YOLOv8 Algorithm | Lauredo J.D.; Damian A.N.B.; De Ramos L.Z.M.; Razonable K.M.M.; Sola F.G.; Rosales M.A. | | | Boosts agricultural productivity and income for small-scale vegetable farmers | |
5 | Scalable Sensor Technology for Effective Moisture Management and Agricultural Food Security | Neyra R.Q.; Recto K.H.A.; Rumaksari A.N.; Romero C.N.; Gamara R.P.C. | | | Reduces post-harvest losses, stabilizes farm earnings, and supports livelihood resilience | |
6 | The Representation of Poverty in Selected Films of Brillante Mendoza: A Semiotic Reading | Viray K.R. | | | Analyzes narratives of poverty to inform inclusive policy and community development |
SDG 2: Zero Hunger — Transforming Agriculture for Food Security and Resilience
Achieving Zero Hunger requires innovative and sustainable approaches to food production, agricultural productivity, and food security. Research initiatives at the Polytechnic University of the Philippines address these priorities through smart agriculture, artificial intelligence, machine learning, sustainable farming, crop protection, soil health, and resource optimization. These studies seek to increase crop yields, conserve water, improve soil fertility, and reduce agricultural losses.
Research on rice, coconut, poultry, and vegetable production further promotes sustainable food systems, improved food quality, livestock productivity, and reliable supplies of nutritious food. Digital agricultural platforms and AI-driven technologies also strengthen market access, reduce post-harvest losses, and improve the efficiency and marketability of local produce.
Taken together, these research initiatives strengthen food security and sustainable food production by improving agricultural productivity, minimizing food losses, enhancing food quality, and promoting resilient and efficient food systems. Through technology-driven and evidence-based solutions, the research contributes to improved nutrition, sustainable agriculture, and equitable access to nutritious food, supporting the achievement of SDG 2: Zero Hunger.
2024 Research Publication on SDG 2 - Advancing Sustainable Agriculture and Food Security
Advancing Zero Hunger requires sustainable agricultural practices, improved food production, and equitable access to nutritious food. The 2024 research portfolio highlights innovative approaches that strengthen food security, agricultural productivity, sustainable farming, food quality, and food access. Research on e-commerce platforms addresses agricultural product marketing and consumer access while reducing post-harvest losses.
Other studies promote soil health, crop productivity, artificial intelligence, precision harvesting, and machine learning to improve the efficiency and sustainability of small-scale farming. AI-driven harvesting and sorting technologies help reduce harvest waste, improve produce quality and marketability, and support a stable supply of nutritious vegetables.
Research on optimized fertilizer selection and machine-learning-based egg classification further contributes to sustainable food production, reduced agricultural input costs, higher crop yields, livestock productivity, and reliable protein supply. Collectively, these initiatives demonstrate how agricultural innovation, digital technologies, resource efficiency, food loss reduction, and sustainable production systems can strengthen food security and advance SDG 2: Zero Hunger.
2024 Research Publication on SDG 2 - Advancing Sustainable Agriculture and Food Security
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Bridging the Agricultural Divide: Implementing an E-commerce Platform for Enhanced Agricultural Product Marketing and Consumer Access | Velasco M.N.; Cueva G.V.; Lajara J.M.D.; Mercado N.B.S.; Pablo J.L.V.; Precilla M.B.D. | 6 | 1.28 | Reduces post-harvest losses and ensures fairer food access for producers and consumers | |
2 | Farm Soil Testing Techniques, Soil Health, and Potential Impact of Artificial Intelligence as Factors of Small-Scale Farming Soil Management | Samaniego A.L.; Gallego M.P. | | | Enhances soil fertility and crop productivity for smallholder farmers | |
3 | Pepperazzi: An AI-Driven Robotic Arm for Precision Harvesting of Chili Peppers Using an Integrated Grip-and-Cut Mechanism and YOLOv8 Algorithm | Lauredo J.D.; Damian A.N.B.; De Ramos L.Z.M.; Razonable K.M.M.; Sola F.G.; Rosales M.A. | | | Reduces harvest waste and supports steady supply of nutritious vegetables | |
4 | SiliAI: AI-Driven Robotic System for Efficient Chili Pepper Sorting Using YOLOv8 | Abarquez H.R.S.; Agsolid A.M.N.; Oliveros J.A.; Sebastian A.Y.F.; Transfiguracion S.L.L.; Magsumbol J.-A.V.; Tubola O.D.; Rosales M.A. | | | Improves quality grading and marketability of local produce | |
5 | Soil Analysis-Guided Expert: A Machine Learning Device for Optimized Fertilizer Selection | De Luna R.G.; Biscocho K.B.; Del Rosario C.A.A.; Elipse M.M.C.O.; Pecho P.O.; Silvestre S.N.O. | | | Lowers input costs while increasing crop yields and food production | |
6 | Standardized Sizing Through Machine Learning (SML): Utilizing Decision Tree Algorithm to Classify White Chicken Egg Sizes | Mendoza D.M.; De Luna R.G.; Navarro C.K.F.C.; Isada M.R.; Tuason L.; Macadag-Um J.M.P. | | | Boosts poultry production efficiency and reliable supply of protein sources |
2025 Research Publication on SDG 2 - Strengthening Food Security through Agricultural Innovation
Advancing Zero Hunger requires sustainable agricultural practices, improved food production, and equitable access to nutritious food. The 2024 research portfolio highlights innovative approaches that strengthen food security, agricultural productivity, sustainable farming, food quality, and food access. Research on e-commerce platforms addresses agricultural product marketing and consumer access while reducing post-harvest losses.
Other studies promote soil health, crop productivity, artificial intelligence, precision harvesting, and machine learning to improve the efficiency and sustainability of small-scale farming. AI-driven harvesting and sorting technologies help reduce harvest waste, improve produce quality and marketability, and support a stable supply of nutritious vegetables.
Research on optimized fertilizer selection and machine-learning-based egg classification further contributes to sustainable food production, reduced agricultural input costs, higher crop yields, livestock productivity, and reliable protein supply. Collectively, these initiatives demonstrate how agricultural innovation, digital technologies, resource efficiency, food loss reduction, and sustainable production systems can strengthen food security and advance SDG 2: Zero Hunger.
2025 Research Publication on SDG 2 - Strengthening Food Security through Agricultural Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Deep Learning-Driven Mobile Application for Rice Crop Disease Detection Using CNN | Velasco M.N.; Egar M.G.P.; Cristobal K.N.; Manalang E.V.; Piga L.C.O.; Villanueva C.P.C. | | | Prevents crop losses from pests/diseases to sustain staple food supply | |
2 | Coconut Maturity Level Classification using Image Preprocessing and Deep Transfer Learning | De Luna R.G.; Alegre J.C.M.; Martinez R.A.P.; Ramos M.R.N.; Sadian H.M.A.; Villanueva O.G.G. | | | Improves harvest quality and yield of high-value Philippine food crops | |
3 | Growth, Meat Characteristics and Proximate Composition of Broiler Chickens Supplemented with Fermented Fruit Juice (FFJ) and Fish Amino Acid (FAA) | Zurbano L.Y.; Pitero K.B.; Magtibay L.A.C.; Silaya A.A. | | | Tests low-cost, sustainable feed alternatives to boost livestock production |
2026 Research Publication on SDG 2 - Innovating Agriculture for Food Security, Productivity, and Resilience
Advancing SDG 2: Zero Hunger requires sustainable and innovative approaches to food security, agricultural productivity, food production, resource efficiency, and resilient food systems. The 2026 research portfolio focuses on strengthening agricultural enterprises through improved resource allocation, organizational innovation, and smart agricultural technologies.
Research on optimal resource allocation and organizational innovation seeks to improve farm inputs and production systems, contributing to greater food output, agricultural efficiency, and production stability. Complementing this, research on smart irrigation applies artificial intelligence and machine learning to optimize irrigation scheduling, increase crop yields, conserve water, and strengthen food security.
Collectively, these studies demonstrate how agricultural innovation, smart agriculture, sustainable resource management, productivity enhancement, water conservation, and resilient food production systems can contribute to sustainable agriculture and the achievement of Zero Hunger.
2026 Research Publication on SDG 2 - Innovating Agriculture for Food Security, Productivity, and Resilience
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Adapting to Dynamic Market Conditions: Optimal Resource Allocation and Organizational Innovation in Agricultural Enterprises | Zhang S.; Cornell D.A.V. | 4 | 0.92 | Optimizes farm inputs and production systems to improve food output and stability | |
2 | Irrigation Task Scheduling System for Smart Agriculture Using Various Machine Learning Algorithms in Comparison with Genetic Algorithm | Salvahan M.M.; Gotis R.M.; Magsumbol J.-A.V. | | | Uses AI to boost crop yields, conserve water, and strengthen food security |
SDG 3: Good Health and Well-Being — Promoting Health, Prevention, and Inclusive Care
Researches address health promotion, disease prevention, mental health, health equity, early diagnosis, health literacy, and accessible healthcare, covering concerns such as HIV and AIDS, substance use, diabetes, infectious diseases, physical activity, and psychosocial well-being.
The use of artificial intelligence, machine learning, digital health, and One Health approaches strengthens disease detection, prevention, and health interventions. Research on stigma reduction, sexual health, nursing care, and psychosocial support further promotes inclusive, people-centered healthcare.
Collectively, these studies contribute to health equity, disease prevention, early diagnosis, mental well-being, and resilient health systems, advancing SDG 3: Good Health and Well-Being.
2024 Research Publication on SDG 3 - Advancing Mental Health, Disease Prevention, and Healthcare Innovation
Research in 2024 addresses critical priorities under SDG 3: Good Health and Well-Being, particularly mental health, disease prevention, early diagnosis, health equity, and healthcare innovation. Studies on suicidality and harmful social media narratives contribute to understanding mental health risks and youth well-being, while research on pediatric pneumonia supports early detection and improved health outcomes.
Research on radioprotective interventions further advances cancer treatment safety and radiation protection, demonstrating the role of biomedical innovation in improving healthcare. Collectively, these studies contribute to mental health promotion, disease prevention, early diagnosis, patient safety, and improved healthcare outcomes, supporting the achievement of SDG 3: Good Health and Well-Being.
2024 Research Publication on SDG 3 - Advancing Mental Health, Disease Prevention, and Healthcare Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A Convergent-mixed Method Study on the Attitudes and Perception Towards Suicide Memes and Suicidality | Nicomedes C.J.C.; et al. | | | Addresses mental health risks and harmful social media narratives among youth | |
2 | High Accuracy Diagnosis of Pediatric Pneumonia: Achieved Using Convolutional Neural Network | De Luna R.G.; et al. | | | Improves early detection of childhood pneumonia, a leading cause of under-five mortality | |
3 | HRAS as a New Target by Radioprotector WR-2721 (Amifostine) Based on Inverse Molecular Docking | Deocaris C.C.; et al. | | | Advances cancer treatment safety and radiation protection research |
2025 Research Publication on SDG 3 - Strengthening Health Equity, Prevention, and Innovation
Research initiatives advance SDG 3 through health promotion, disease prevention, early diagnosis, mental health, health equity, health literacy, and accessible healthcare. Studies address HIV and AIDS stigma, substance use, diabetes, infectious diseases, physical activity, and psychosocial well-being.
The integration of artificial intelligence, machine learning, One Health, community-based prevention, and compassionate care further supports equitable health services and resilient health systems.
Collectively, these studies contribute to disease prevention, early diagnosis, mental well-being, health equity, and improved healthcare outcomes, advancing SDG 3: Good Health and Well-Being.
2025 Research Publication on SDG 3 - Strengthening Health Equity, Prevention, and Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | (In)visibility matters: Reappropriating stigma in Filipino HIV and AIDS trope through Kapwa and Hiya | Gamayo G.V.F. | 7 | 1.18 | Reduces health-related stigma to improve access to care for PLHIV | |
2 | A Review on Phytochemistry, Ethnopharmacology, and Antiparasitic Potential of Mangifera indica L. | Mendonça D.; et al. | | | Explores local medicinal plants for affordable disease treatment | |
3 | A Unified Map of Airway Interactions: Secretome and Mechanotransduction Loops from Development to Disease | Tugade C.; Ramis J. | | | Advances understanding of respiratory health and intervention targets |
2025 Research Publication on SDG 3 - Strengthening Health Equity, Prevention, and Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | CAMPi: Machine Learning-Based Alcoholism Classification with Raspberry Pi Integration | De Luna R.G.; et al. | | | Develops low-cost tools for early detection and management of substance use disorders | |
5 | DiaPredict: A Machine Learning-Based System for Detecting Diabetic and Non-Diabetic Patients | De Luna R.G.; et al. | | | Supports early diagnosis and management of diabetes, a leading public health concern | |
6 | Factors influencing teenagers’ physical exercise behavior and an intervention program for health promotion | Gabunilas J.M.C.M. | | | Promotes active lifestyles and prevents non-communicable diseases among adolescents |
2025 Research Publication on SDG 3 - Strengthening Health Equity, Prevention, and Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
7 | In vitro and in silico investigations of Propolis-derived phytochemicals as potential inhibitors of Plasmodium falciparum | Khan D.A.; et al. | | | Accelerates development of local, accessible antimalarial solutions | |
8 | Integrating artificial intelligence and machine learning into modern health information, One Health, and bioengineering ecosystems | Sohail Z.; et al. | 13 | 1.52 | Guides responsible tech adoption for equitable health service delivery | |
9 | Language Localization as a One Health Strategy for Leptospirosis Prevention in Flood-Prone Communities | Banal C.L.; et al. | | | Improves health literacy and community action against climate-linked diseases |
2025 Research Publication on SDG 3 - Strengthening Health Equity, Prevention, and Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
10 | Local Awareness, Watershed Action (LAWA): A Grassroots Governance Strategy to Leptospirosis Prevention in Laguna de Bay | Sandoval K.L.; et al. | | | Links community stewardship to disease prevention in high-risk areas | |
11 | Low human seroprevalence but persistent environmental reservoirs of Toxocara spp.: a One Health assessment | Siyadatpanah A.; et al. | | | Addresses zoonotic disease risks through integrated human-animal-environment approaches | |
12 | Reclaiming care: integrating nursing humanities into Philippine nursing education | Calaguas N.; Sarce J.P. | | | Strengthens compassionate, quality care competencies among future health workers |
2025 Research Publication on SDG 3 - Strengthening Health Equity, Prevention, and Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
13 | S-T-I-G-M-A through the Eyes of PLHIV: Deconstructing HIV and AIDS Depiction in Batang Poz | Gamayo G.V. | | | Informs stigma-reduction policies and inclusive health communication | |
14 | Therapeutic insights into Garcinia mangostana: Bioactivities, challenges, and future directions in drug discovery | Anis Y.; et al. | 5 | 1.04 | Advances local plant-based drug research for accessible care | |
15 | The Lived Experiences of Bereaved Filipino Families of the Deceased Due to the COVID-19 Pandemic | Gamad M.J.G.; et al. | | | Informs mental health and psychosocial support systems for post-pandemic recovery |
2026 Research Publication on SDG 3 - Promoting Health, Mental Well-Being, and Disease Prevention
Addressing diverse health needs is essential to advancing SDG 3: Good Health and Well-Being, particularly through health promotion, physical and mental health, sexual health, disease prevention, and health equity. Research on physical activity barriers among Filipino college students provides insights for targeted health and wellness interventions, while the study of rural doctors highlights mental health gaps and help-seeking behaviors among frontline health workers in underserved communities.
Research on condom use among university students further supports sexual health education and disease prevention among young adults. Collectively, these studies contribute to health promotion, mental well-being, preventive healthcare, health equity, and improved access to health interventions, advancing SDG 3: Good Health and Well-Being.
2026 Research Publication on SDG 3 - Promoting Health, Mental Well-Being, and Disease Prevention
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Demographic predictors of physical activity barriers among Filipino college students: A logistic regression analysis | Ananayo K.P.; Gonzales V.J.D.; Camarador R.A. | | | Identifies barriers to physical health among youth to design better wellness programs | |
2 | Emotional State, Mental Health Status, and Help-Seeking Attitudes Among Rural Doctors in the Philippines | Aroy J.L.B. | | | Addresses mental health gaps among frontline health workers in underserved areas | |
3 | University Students’ Condom Use During the COVID-19 Pandemic: Cross-Cultural Differences and What Predict Them | Dacosta L.; et al. | | | Advances sexual health education and disease prevention among young adults |
SDG 4: Quality Education — Advancing Inclusive, Innovative, and Future-Ready Learning
Research initiatives advance SDG 4: Quality Education through inclusive education, digital learning, student engagement, learning support, skills development, and employability. Studies promote gender-inclusive instruction, personalized learning, innovative teaching, and targeted support for at-risk learners.
The research also strengthens digital literacy, career readiness, lifelong learning, academic resilience, and equitable access to educational resources through AI-enabled platforms, educational software, learning commons, and innovative pedagogies.
Collectively, these studies contribute to quality, inclusive, equitable, and technology-enhanced education, supporting lifelong learning opportunities and improved employability in line with SDG 4.
2024 Research Publication on SDG 4 — Building Future-Ready Learners through Inclusive and Digital Education
The research portfolio supports quality and equitable education through digital learning, skills development, inclusive teaching, academic resilience, and enhanced employability, contributing to SDG 4. Studies on soft skills support job-ready competencies, while educational software and innovative pedagogies expand access to digital tools and modern teaching practices.
Research also strengthens early childhood education, learning support, student well-being, and inclusive learning environments through parent-teacher collaboration and supportive teaching approaches. Collectively, these studies advance quality, equitable, and inclusive education, lifelong learning, digital skills, and employability, supporting the achievement of SDG 4.
2024 Research Publication on SDG 4 — Building Future-Ready Learners through Inclusive and Digital Education
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A SYSTEMATIC REVIEW OF RESEARCH ON SOFT SKILLS FOR EMPLOYABILITY | Villegas, Christian | | | Informs curriculum updates to build job-ready skills for graduates | |
2 | Embracing Educational Software Integration: A Gateway to Enhance Learning in the Digital Age | Velasco M.N.; et al. | | | Promotes equitable access to digital tools and modern teaching practices | |
3 | Enhancing Parent-Teacher Collaboration in Early Childhood Education through a Web-Based App | Velasco M.N.; et al. | | | Strengthens home-school partnerships for early childhood development |
2024 Research Publication on SDG 4 — Building Future-Ready Learners through Inclusive and Digital Education
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Integrating systematic review and instrument development: A study on library usage anxiety and satisfaction in Chinese higher education | Pang N.; Quinto J.; Orillo J. | | | Addresses barriers to effective use of academic resources | |
5 | Interweaving perceived instructors’ emotional support and students’ academic resilience in the physical education context | Panganiban T.D.; et al. | | | Fosters inclusive, supportive teaching approaches for diverse learners | |
6 | Manifestations of 21st Century Skills Development Under the SPRING Online Flipped Learning Model in a College Physical Education Course | Dimarucot H.C.; et al. | | | Validates innovative pedagogies for developing critical and digital skills |
2025 Research Publication on SDG 4 — Advancing Inclusive, Digital, and Career-Ready Learning
A strong focus on inclusive and innovative education supports SDG 4, particularly through student engagement, skills development, digital learning, and employability. Research on epicene pronouns promotes fair and inclusive representation in academic communication, while the study of the gender-wage gap provides evidence for addressing pay disparities and strengthening gender-equal employment policies.
Research examining homophobia and LGBTQI+ exclusion further highlights the importance of addressing systemic discrimination and promoting equality regardless of gender or sexual orientation. Collectively, these studies support gender equality, inclusive representation, equal opportunities, non-discrimination, and social inclusion, contributing to the achievement of SDG 5: Gender Equality.
2025 Research Publication on SDG 4 — Advancing Inclusive, Digital, and Career-Ready Learning
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Driven by grit, inspired by curiosity: Enhancing students’ academic engagement in Physical Education in the higher education system | Lobo J.; et al. | | | Fosters holistic student development and inclusive learning environments | |
2 | Enhancing Swine Farm Profitability with PINILI-PIG: A Digital Swine Inventory and Sales Management System | Anicas O.E.F.; et al. | | | Integrates technical-vocational skills training with industry-aligned learning | |
3 | Language Localization as a One Health Strategy for Leptospirosis Prevention in Flood-Prone Communities of the Philippines | Banal C.L.; et al. | | | Delivers accessible, context-relevant health education to marginalized groups |
2025 Research Publication on SDG 4 — Advancing Inclusive, Digital, and Career-Ready Learning
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Machine Learning-Based Student Performance Evaluator: Identifying Key Predictors with LIME | De Luna R.G.; et al. | | | Uses analytics to identify at-risk learners and deliver targeted support | |
5 | Smart Career and Alumni Relations Through AI-Enabled Platforms: Improving Employability and Engagement in Higher Education | Oquindo F.H.; Casuat C.D.; De La Cruz A. | | | Strengthens career guidance and links education to decent work | |
6 | Utilization of Learning Commons in University Libraries: Basis for an Innovative Library Feature Enhancement Plan | Sun X.; Orillo J.C.; Quinto J.D. | | | Optimizes library spaces to support flexible and inclusive learning |
2026 Research Publication on SDG 4 — Advancing Inclusive Learning and Educational Innovation
These studies promote SDG 4 by strengthening educational inclusion, learning innovation, student engagement, and academic success. Studies on AI-driven recommender systems and learning analytics support personalized faculty development and targeted interventions for student success, while research on gender-fair language promotes inclusive and equitable education.
Research on learning commons and alumni engagement further strengthens quality learning environments, educational resources, curriculum relevance, and employability. Collectively, these studies contribute to quality, inclusive, equitable, technology-enhanced education, lifelong learning, and improved student outcomes, supporting the achievement of SDG 4.
2026 Research Publication on SDG 4 — Advancing Inclusive Learning and Educational Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A TF-IDF-LDA Approach for Training Recommender System Based on Faculty Interests | Mayor J.J.M. | | | Personalizes professional development and learning support for faculty | |
2 | Current usage of epicene pronouns in ESL writing: The case of Filipino college English majors | Tarrayo V.N.; Duque-Cruz M.C.T. | | | Enhances inclusive and gender-fair language instruction in higher education | |
3 | Developing and Validating a Comprehensive Assessment Tool for Learning Commons in University Libraries: A Confirmatory Factor Analysis Approach | Sun X.; Orillo J.C.; Quinto J.D. | | | Strengthens quality and effectiveness of learning support facilities |
2026 Research Publication on SDG 4 — Advancing Inclusive Learning and Educational Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | From challenges to solutions: Development and evaluation of alumni engagement portal system for tracer studies | Cresencio M.A. | | | Improves feedback mechanisms to align curricula with industry needs | |
5 | Understanding student motivation towards achieving goals among college students: an exploratory research | Balsicas N.W.; Cabrera E.R.; Padohinog E.C.; Bulauan F. | | | Informs interventions to boost student engagement and academic success |
SDG 5: Gender Equality - Advancing Gender Equality through Inclusive Representation and Fair Opportunities
Research initiatives contribute to SDG 5: Gender Equality by addressing gender-inclusive language, gender equity, equal representation, gender-based discrimination, and social inclusion. Research on epicene pronouns promotes fair and inclusive representation in academic communication, while the study of the gender-wage gap provides evidence for addressing pay disparities and strengthening gender-equal employment policies.
Research examining homophobia and LGBTQI+ exclusion further highlights the importance of addressing systemic discrimination and promoting equality regardless of gender or sexual orientation. Collectively, these studies support gender equality, inclusive representation, equal opportunities, non-discrimination, and social inclusion, contributing to the achievement of SDG 5: Gender Equality.
2025 Research Publication on SDG 5 - Advancing Gender Equality through Inclusive Representation and Fair Opportunities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Gender-Wage Gap in the Korean Air Transport Industry: Evidence From Microdata Between the Years 2015 and 2022 | Zmire Z.; Lee H.-J.; Montances Y.T.; Yang S.; Lee S.K. | 3 | 0.94 | Documents pay disparities and informs policy to close gender-based wage gaps | |
2 | Natural Law, Homophobia, and LGBTQI+ Exclusion in the Catholic Church | Ballano V.O. | 2 | 0.89 | Addresses systemic exclusion and advances inclusive gender and sexual orientation equality |
2026 Research Publication on SDG 5 - Advancing Gender Equality through Inclusive Representation and Fair Opportunities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Current usage of epicene pronouns in ESL writing: The case of Filipino college English majors | Tarrayo V.N.; Duque-Cruz M.C.T. | | | Promotes gender-inclusive language and fair representation in academic communication |
SDG 5: Gender Equality - Advancing Gender Equality through Inclusive Representation and Fair Opportunities
Research initiatives contribute to SDG 5: Gender Equality by addressing gender-inclusive language, gender equity, equal representation, gender-based discrimination, and social inclusion. Research on epicene pronouns promotes fair and inclusive representation in academic communication, while the study of the gender-wage gap provides evidence for addressing pay disparities and strengthening gender-equal employment policies.
Research examining homophobia and LGBTQI+ exclusion further highlights the importance of addressing systemic discrimination and promoting equality regardless of gender or sexual orientation. Collectively, these studies support gender equality, inclusive representation, equal opportunities, non-discrimination, and social inclusion, contributing to the achievement of SDG 5: Gender Equality.
2025 Research Publication on SDG 5 - Advancing Gender Equality through Inclusive Representation and Fair Opportunities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Gender-Wage Gap in the Korean Air Transport Industry: Evidence From Microdata Between the Years 2015 and 2022 | Zmire Z.; Lee H.-J.; Montances Y.T.; Yang S.; Lee S.K. | 3 | 0.94 | Documents pay disparities and informs policy to close gender-based wage gaps | |
2 | Natural Law, Homophobia, and LGBTQI+ Exclusion in the Catholic Church | Ballano V.O. | 2 | 0.89 | Addresses systemic exclusion and advances inclusive gender and sexual orientation equality |
2026 Research Publication on SDG 5 - Advancing Gender Equality through Inclusive Representation and Fair Opportunities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Current usage of epicene pronouns in ESL writing: The case of Filipino college English majors | Tarrayo V.N.; Duque-Cruz M.C.T. | | | Promotes gender-inclusive language and fair representation in academic communication |
SDG 6: Clean Water and Sanitation — Strengthening Water Security and Sustainability
Research addressing SDG 6 focuses on water security, water conservation, water quality, wastewater treatment, pollution prevention, and sustainable water management. Studies apply machine learning to rainwater harvesting, promote groundwater recharge through sustainable drainage, and monitor freshwater pollution to protect aquatic ecosystems.
Research on wastewater treatment and responsible water use further supports pollution reduction and the sustainable management of water resources. Collectively, these studies contribute to clean water access, water conservation, pollution control, and resilient water systems, advancing SDG 6: Clean Water and Sanitation.
2024 Research Publication on SDG 6 - Advancing Water Quality and Sustainable Resource Management
Ensuring clean water and sustainable water management requires effective wastewater treatment, pollution prevention, water quality protection, and responsible water use. Research on emerging pollutants examines advancements in wastewater treatment technologies to prevent water contamination, while research on concrete mixing promotes the responsible use and protection of water resources in construction.
Collectively, these studies support water quality improvement, pollution control, wastewater management, sustainable water use, and protection of water resources, contributing to SDG 6: Clean Water and Sanitation.
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Emerging pollutants in wastewater: Challenges and advancements in treatment technology | Corpus R.M.B.; Bayani M.S.; Aguilar J.L.; Aguilar J.C.B.; Aguilar H.B. | 4 | 1.08 | Reviews innovations to improve wastewater treatment and prevent water contamination | |
2 | A Review of the Effect of Mixing Water Quality on Concrete | Cayanan F.; Dela Cruz O.G.; Bornales A.P.P.; Domalaon R.M.; Marbella J.B. | 2 | 0.96 | Promotes responsible use and protection of water resources in construction activities |
2024 Research Publication on SDG 6 - Advancing Water Quality and Sustainable Resource Management
2025 Research Publication on SDG 6 - Protecting Water Quality and Freshwater Ecosystems
Protecting water quality and freshwater ecosystems is essential to achieving SDG 6: Clean Water and Sanitation. Research on Laguna Lake examines freshwater pollution, water quality, predictive modeling, and aquatic ecosystem protection, using evidence to better understand and address threats to water resources. The study contributes to pollution prevention, sustainable water management, freshwater resource protection, and water quality monitoring, supporting more resilient aquatic ecosystems and progress toward SDG 6.
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Exploring the Influence of Water Hyacinth & Water Quality on Fish Count in Laguna Lake: Implications for Predictive Modeling | Abastas Y.; Ricardo A.R.; Dela Cruz R.; Mae Carungay S. | 6 | 1.04 | Monitors and addresses freshwater pollution to protect water sources and aquatic ecosystems |
2026 Research Publication on SDG 6 - Advancing Water Security and Sustainable Management
Ensuring water security and sustainable water management is central to achieving SDG 6: Clean Water and Sanitation. Research on smart rainwater harvesting applies machine learning to improve reliable water access and conservation, while research on pervious concrete supports sustainable urban drainage, groundwater recharge, and pollution reduction.
Together, these studies promote water conservation, sustainable water infrastructure, resource efficiency, pollution prevention, groundwater management, and resilient water systems, contributing to progress toward SDG 6.
2026 Research Publication on SDG 6 - Advancing Water Security and Sustainable Management
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Evaluating Machine Learning Models for Rainfall Occurrence Prediction in Smart Rainwater Harvesting | Antipolo J.D.L.; Dela Cruz J.R.; Magsumbol J.-A.V.; De Luna R.G.; De Jesus L.C. | 5 | 1.07 | Enhances rainwater harvesting systems to improve reliable water access and conservation | |
2 | Influence of Mix Design Parameters on Mechanical Properties of Pervious Concrete: A Comprehensive Review | Domingo E.R.; Amatosa T.A. | 7 | 1.13 | Supports sustainable urban drainage and groundwater recharge to reduce flooding and pollution |
SDG 7: Affordable and Clean Energy — Advancing Renewable Energy, Access, and Sustainability
Expanding affordable, reliable, sustainable, and modern energy requires innovation in renewable energy, energy efficiency, energy security, and clean energy technologies. Research explores hybrid solar-wind systems, rooftop solar PV, solar power forecasting, energy storage, and AI-enabled energy harvesting to improve renewable energy access, grid reliability, and energy resilience, particularly in underserved and remote communities. Other studies promote low-carbon infrastructure, sustainable energy management, waste-to-energy, bioenergy, and renewable energy policy, supporting the transition toward cleaner and more efficient energy systems.
These studies advance the clean energy transition through renewable energy adoption, energy efficiency, energy security, sustainable energy management, and equitable access to modern energy. They support the development of low-carbon, resilient, and sustainable energy systems, contributing to affordable, reliable, and sustainable energy for communities and institutions.
2024 Research Publication on SDG 7- Advancing Sustainable Energy Transition
Research promotes renewable energy, clean energy adoption, energy efficiency, sustainable energy technologies, and resource efficiency. Studies on waste-to-energy, solar-powered systems, wind energy, and sustainable energy practices support the transition to cleaner and more resilient energy systems.
These efforts contribute to renewable energy adoption, clean energy transition, energy sustainability, and innovative energy solutions, advancing SDG 7: Affordable and Clean Energy.
2024 Research Publication on SDG 7- Advancing Sustainable Energy Transition
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A Proposed Dimension of Sustainable Energy Practices towards Long Term Commitment | Gutierrez, Ma Teodora; Ermita, Philip | | | Defines standards for sustained clean energy adoption in institutions | |
2 | Assessing the Feasibility of Waste-to-Energy Projects for Sustainable Solid Waste Management in the National Capital Region, Philippines | De La Cruz, Arvin; Bernal, Carlo | 7 | 1.26 | Turns municipal waste into clean energy while reducing landfill use | |
3 | Development of Automatic Solar-Powered Microcontroller-Based Algae Collector Using Pixy2 Cam in Taal Lake
| Oldan, Billy Ray M.; et al. | 3 | 1.02 | Uses renewable energy for environmental restoration and sustainable resource use |
2024 Research Publication on SDG 7- Advancing Sustainable Energy Transition
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Manufacturing Sectors' Adoption of Sustainable Energy Technologies: Towards Advance Rate of Implementation | Gutierrez, Ma Teodora; Ermita, Philip | | | Accelerates clean energy transition in industry and polytechnic focus areas | |
5 | Wind Energy Potential of High-Rise Buildings in Makati Using Digital Twins | Ballinan, Jane Nicole; et al. | | | Unlocks urban renewable energy opportunities in dense Metro Manila cities |
2025 Research Publication on SDG 7- Accelerating Renewable Energy and Energy Security
Expanding affordable, reliable, sustainable, and modern energy requires advances in renewable energy, energy efficiency, energy security, clean energy technologies, and sustainable energy systems. Research explores AI-enhanced solar-wind systems, RF energy harvesting, and distributed solar PV to expand renewable energy access and address energy gaps in underserved communities.
Further studies address renewable energy integration, energy storage, grid reliability, energy management, and hybrid energy systems, while bioenergy research converts agricultural waste into affordable energy.
These initiatives advance the clean energy transition, renewable energy adoption, energy efficiency, energy security, and equitable energy access, contributing to SDG 7: Affordable and Clean Energy.
2025 Research Publication on SDG 7- Accelerating Renewable Energy and Energy Security
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | AI-Enhanced Hybrid Solar-Wind Systems for Sustainable Energy Solutions in Rural Communities | Teña J.R.P.; De La Cruz A.R.; Casuat C.D. | 8 | 1.48 | Expands reliable, renewable energy access to underserved rural areas | |
2 | Development an AI-Optimized RF Energy Harvesting for Sustainable IoT Networks: A Machine Learning Approach | De La Cruz A.; Casuat C.; Bernabe G.; Rodriguez J.B. | | | Enables low-power, self-sustaining clean energy for smart systems | |
3 | Energy Security: A Policy Framework for Accelerating Renewable Energy Integration Towards Sustainable Development | Casuat C.; De La Cruz A.; Montablan R.; Canlas A.; Reyes R. | | | Guides national and institutional policies for faster renewable energy adoption |
2025 Research Publication on SDG 7- Accelerating Renewable Energy and Energy Security
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Harnessing Energy Using Spent Coffee Grounds | Nuevo L.M.B.; et al. | 7 | 1.26 | Converts local agricultural waste into affordable bioenergy | |
5 | Simulation of GIS-Based Distributed Rooftop Solar PV for Power Crisis Mitigation in Occidental Mindoro Using HOMER | Lauredo J.D.; Bongalon J.R.A.; Ejanda M.S.L.; Pamittan M.A.; Tubola O.D. | | | Demonstrates scalable solar solutions to reduce energy gaps in remote provinces | |
6 | Short-Term Forecasting Solar Power Generation with Artificial Neural Network and CNN-LSTM | Hernandez P.P.G.; Rosales M. | | | Improves grid stability and reliability of variable renewable energy sources |
2025 Research Publication on SDG 7- Accelerating Renewable Energy and Energy Security
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
7 | State of Charge Estimation Analysis of Karman Filter, Unscented Karman Filter, and Recurrent Neural Network for Electric Double Layer Capacitors as Solar Energy Storage | Pagarigan J.A.M.; Tubola O.D. | | | Advances efficient energy storage for wider renewable energy deployment | |
8 | Sustainable Electrical Energy Management System in a Higher Educational Institution (HEI) | Mojica E.E. | | | Reduces institutional energy costs and carbon footprint through smart management | |
9 | Techno-Economic Assessment of Integrating Solar and Wind Energy to Existing Hydropower Plant in Catanduanes Island Using HOMER and GIS | Ong E.I.C.; et al. | | | Validates hybrid renewable systems for island energy independence |
2026 Research Publication on SDG 7- Promoting Energy Efficiency and Low-Carbon Development
Advancing affordable, reliable, sustainable, and modern energy requires energy efficiency, sustainable energy management, low-carbon infrastructure, and clean energy policy. Research on pervious concrete supports low-carbon and energy-efficient building systems, while spatial analysis and drive-cycle modeling help optimize urban energy use and inform clean energy policy.
These studies contribute to energy efficiency, sustainable energy management, low-carbon development, energy optimization, and clean energy policy, supporting the transition toward more sustainable and resilient energy systems under SDG 7.
2026 Research Publication on SDG 7- Promoting Energy Efficiency and Low-Carbon Development
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Influence of Mix Design Parameters on Mechanical Properties of Pervious Concrete: A Comprehensive Review | Domingo E.R.; Amatosa T.A. | | | Supports low-carbon infrastructure and energy-efficient building systems | |
2 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila, Philippines | Corpus R.M.; Biona J.B.; Bayani M.S. | 9 | 1.45 | Optimizes urban energy use and informs clean energy policy |
SDG 8: Decent Work and Economic Growth — Advancing Inclusive Employment and Sustainable Growth
Inclusive employment and sustainable economic development are strengthened through research on decent work, productivity, employability, entrepreneurship, labor market inclusion, green jobs, and sustainable livelihoods. Studies examine agricultural productivity, tourism livelihoods, sustainable transport, higher education and employability, and creative industries as pathways to inclusive economic growth. Research also promotes market access, financial inclusion, micro-enterprise development, quality employment, and sustainable tourism, supporting income opportunities for farmers, rural workers, and local communities.
Opportunities for decent work, entrepreneurship, financial inclusion, market access, and sustainable livelihoods are strengthened through AI-enabled career platforms, creative industries, microfinance, e-commerce, and sustainable tourism. These approaches expand access to quality employment, income generation, labor market participation, and local economic development.
2024 Research Publication in SDG 8 - Promoting Inclusive and Sustainable Economic Opportunities
Promoting decent work and economic growth requires inclusive economic development, productive employment, entrepreneurship, micro-enterprise growth, financial inclusion, and sustainable tourism. Research on tourism, e-commerce, and digital transformation highlights opportunities to expand markets, strengthen rural livelihoods, and support small businesses and workers.
Studies on digital tourism and lodging infrastructure further support inclusive economic recovery, decent work, sustainable tourism, and responsible resource management, while promoting livelihoods and local economic development. These efforts contribute to employment generation, entrepreneurship, financial inclusion, market access, sustainable tourism, and inclusive economic growth, advancing SDG 8: Decent Work and Economic Growth.
2024 Research Publication in SDG 8 - Promoting Inclusive and Sustainable Economic Opportunities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | "Thinking small": Exploring the opportunities of tourism during the post-COVID-19 era using the systems thinking paradigm | Cornell D.A.V.; Dapiton E.P.; Lagman L.B. | 5 | 1.07 | Promotes resilient, inclusive micro-enterprise growth and local tourism livelihoods | |
2 | Bridging the Agricultural Divide: Implementing an E-commerce Platform for Enhanced Agricultural Product Marketing and Consumer Access | Velasco M.N.; Cueva G.V.; Lajara J.M.D.; Mercado N.B.S.; Pablo J.L.V.; Precilla M.B.D. | 6 | 1.28 | Expands market access and fair income for smallholder farmers and rural workers | |
3 | Challenges and Opportunities for Digital Transformation in Philippine Microfinance Institutions | Binaluyo J.P.; Santos A.R.; Agustin N.B. | 8 | 1.35 | Expands inclusive finance to support micro-enterprise growth and formal employment |
2024 Research Publication in SDG 8 - Promoting Inclusive and Sustainable Economic Opportunities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Elevating Philippine Tourism: A Mobile App Approach | Velasco M.N.; Acosta M.L.C.; Bicomong G.A.P.; Aguilera T.M.R.; Reyes A.J.D.D.; Reginaldo K.G.J.; Dayang L.M.B. | | | Drives inclusive economic recovery and decent work in the tourism sector | |
5 | The effects of lodging infrastructure development in the environmental quality and natural resource management in the Cordillera Administrative Region (CAR), Philippines | Amistad C.W.; Cornell D.A.V. | 3 | 0.99 | Promotes balanced, sustainable tourism growth that protects livelihoods and ecosystems |
2025 Research Publication in SDG 8 - Promoting Employability, Livelihoods, and Inclusive Growth
Inclusive employment and sustainable economic development are supported through research on employability, quality jobs, labor market inclusion, livelihoods, creative industries, and economic growth. Studies address the protection of small-scale fisherfolk livelihoods, AI-enabled career development for graduate employability, and the creation of decent jobs through the creative economy.
These studies contribute to productive employment, decent work, labor market participation, inclusive economic growth, livelihood protection, and career readiness, supporting the achievement of SDG 8: Decent Work and Economic Growth.
2025 Research Publication in SDG 8 - Promoting Employability, Livelihoods, and Inclusive Growth
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Exploring the Influence of Water Hyacinth & Water Quality on Fish Count in Laguna Lake: Implications for Predictive Modeling | Abastas Y.; Ricardo A.R.; Dela Cruz R.; Mae Carungay S. | | | Protects livelihoods and economic activity of small-scale fisherfolk | |
2 | Smart Career and Alumni Relations Through AI-Enabled Platforms: Improving Employability and Engagement in Higher Education | Oquindo F.H.; Casuat C.D.; De La Cruz A. | 9 | 1.33 | Enhances graduate readiness for quality jobs and labor market inclusion | |
3 | The Formation of the Creative Cities in the Philippines: A Journey Toward an Orange Economy | Rivera-Lutap J.; Castillo J.B.; Pineda D.F. | 7 | 1.19 | Fosters inclusive economic growth and decent jobs in culture and creative industries |
2026 Research Publication in SDG 8 - Advancing Productivity, Employability, and Inclusive Growth
Sustainable economic development and inclusive employment are supported through research on productivity, decent work, employability, labor market inclusion, green jobs, livelihood stability, and sustainable economic growth. Studies address agricultural productivity and organizational innovation, fair labor and tourism livelihoods, sustainable transport and green jobs, and the alignment of higher education with decent work opportunities.
These studies contribute to productive employment, labor market participation, sustainable livelihoods, green economic development, employability, and inclusive economic growth, advancing SDG 8: Decent Work and Economic Growth.
2026 Research Publication in SDG 8 - Advancing Productivity, Employability, and Inclusive Growth
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Adapting to Dynamic Market Conditions: Optimal Resource Allocation and Organizational Innovation in Agricultural Enterprises | Zhang S.; Cornell D.A.V. | | | Boosts productivity and sustainable economic growth in rural/agricultural sectors | |
2 | Constrained mobilities: exploring the experiences of offloaded tourists in the Philippines | O’Regan M.; Cornell D.A.V.; Ladringan C.D. | 3 | 0.95 | Addresses fair labor and livelihood stability in the tourism industry | |
3 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila, Philippines | Corpus R.M.; Biona J.B.; Bayani M.S. | 9 | 1.45 | Supports green jobs and inclusive economic development through sustainable transport | |
4 | The Role of Higher Education in Employability: Adaptation or Obligation? | Ceballos R.F.; Leikuma-Rimicāne L.; Maasin-Ceballos M.J. | 12 | 1.37 | Strengthens alignment between education outcomes and decent work opportunities |
SDG 9: Industry, Innovation and Infrastructure — Advancing Smart, Resilient, and Sustainable Systems
Technological innovation and resilient infrastructure are central to SDG 9, with research addressing industrial innovation, sustainable infrastructure, digital transformation, smart cities, advanced manufacturing, and resilient systems. Studies apply artificial intelligence, machine learning, IoT, digital twins, and edge computing to improve transportation, energy management, manufacturing, and infrastructure safety.
Research also advances low-carbon construction, circular economy practices, sustainable materials, disaster-resilient infrastructure, and clean technology through innovations in 3D printing, engineered bamboo, self-healing concrete, agricultural-waste materials, and seismic resilience. These efforts contribute to innovation, sustainable industrialization, infrastructure resilience, digital connectivity, resource efficiency, and technological advancement, supporting inclusive and sustainable development under SDG 9: Industry, Innovation and Infrastructure.
2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
Sustainable industrialization and technological innovation are strengthened through research on advanced manufacturing, digital transformation, sustainable infrastructure, smart technologies, and resilient construction. Studies explore 3D printing, engineered bamboo, low-carbon building materials, and self-healing concrete to improve infrastructure sustainability and resource efficiency.
The application of artificial intelligence, machine learning, IoT, and digital technologies further supports infrastructure safety, smart transportation, semiconductor manufacturing, renewable energy planning, and digital connectivity. These studies contribute to industrial innovation, sustainable infrastructure, technological advancement, resource efficiency, digital transformation, and infrastructure resilience, advancing SDG 9: Industry, Innovation and Infrastructure.
2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | 3D Printing in the Philippines: Adoption, Impact, and Applications | Nuque R.J.F.; Ocampo A.P.B.; Padayao J.; Magsumbol J.-A.V. | | | Accelerates advanced manufacturing innovation and local industrial capacity | |
2 | A Review of Biomineralization as Solution for Roads and Infrastructures Concrete Sustainability | Rosario R.D.; Dela Cruz A.; De Guzman M.P. | | | Introduces nature-inspired innovation for durable and low-carbon infrastructure | |
3 | A Review on Processing Techniques and Building Methods of Engineered Bamboo | Cayanan F.; Gabriel J.R.D.; Pantalunan C.H.; Dela Cruz O.G.; Roque I.R. | | | Promotes sustainable local materials and innovative construction technologies
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2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Alternative Building Materials for a Sustainable Built Environment: A Literature Review | Rivera-Lutap J.A.; Dela Cruz O.G.; Jacinto J.M.; Vael L.M.D.; Muhi M.M. | | | Diversifies affordable, low-carbon infrastructure material options | |
5 | Comparison of Autoclaved Aerated Concrete (AAC) Blocks and CHB Using Life-Cycle Cost Analysis | Bornales A.P.P.; Velasco M.A.P.; Layderos J.A.; Dela Cruz O.G. | | | Informs cost-efficient and sustainable material selection for public works | |
6 | Congestion Charging System on Traffic Flow of Public Transportation: A Review | Gomez A.M.F.; Cruz O.G.D.; Muhi M.M. | | | Supports smart policy and systems for efficient urban transport infrastructure |
2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
7 | Development of Truss Material Evaluation Software Using Application of AHP-Entropy and TOPSIS Method | Lucena J.R.P.G.; Honorio R.L.; Manggapis F.F.; et al. | | | Applies digital tools to improve infrastructure design and material assessment | |
8 | Encapsulating immobilized ureolytic bacteria yields self-healing concrete apropos sustainable transportation materials: a review | Rosario R.D.; Viado M.J. | | | Innovates long-lasting, low-maintenance concrete for roads and bridges | |
9 | Engineering Cementitious Composite as Seismic Isolation: A Review of Its Application as Bendable Concrete | Cayanan F.; Dela Cruz O.G.; Jacinto J.M.; Sawadjaan A.; Hawari A.A. | | | Advances flexible, hazard-resilient construction materials |
2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
10 | Enhancing Road Safety: A CNN-Based Approach to Road Damage Classification | De Luna R.G.; Abejo M.G.; Aldave B.M.; et al. | | | Uses AI to prioritize maintenance and safety of national road networks | |
11 | Forecasting Quezon City's Rooftop Solar Energy Potential Using Ensemble Regression with AdaBoost | Sales E.C.; Padilla J.I.A.; Lu S.D.M.; Tubola O.D. | | | Supports clean energy infrastructure planning and integration | |
12 | Geopolymerization Method to enhance the compressive strength of Stabilized Silty Clay Utilizing Coconut Husk Ash, Rice Husk Ash and Sea water for Wall Construction | Villapa J.B. | | | Transforms agricultural waste into affordable construction materials for rural infrastructure |
2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
13 | IoT Overview: Exploring the Adoption and Challenges in the Philippine Landscape | Reyes J.M.B.; Roman J.I.T.; Sandoval C.N.H.; Magsumbol J.-A.V. | | | Maps gaps and opportunities for nationwide digital infrastructure expansion | |
14 | Lot Quality Prediction in Semiconductor Manufacturing Final Test Using Multilayer Perceptron | Dimaculangan R.V.; De Luna R.G. | | | Boosts innovation and productivity in the Philippine electronics industry | |
15 | Machine Learning for Seismic Vulnerability Assessment: A Review | Jimenez J.C.; Dela Cruz O.G. | | | Applies AI to improve safety and resilience of infrastructure in earthquake-prone areas |
2024 Research Publication on SDG 9 - Advancing Sustainable Innovation and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
16 | Mechanical Coupler as an Alternative Rebar Splicing: A Review | Jacinto J.M.; Rabago F.P.C.; Bolivar A.D.; Tombado E.D.; Dela Cruz O.G. | | | Innovates connection systems for faster and safer construction | |
17 | Seismic Risk Assessment of Structures: A Review of Its Methods and Applications | Lingamen R.B.B.; Bersamina J.P.L. | | | Standardizes tools for hazard-resilient infrastructure planning nationwide | |
18 | TrafficEZ: Optimizing Traffic Monitoring through a Novel Two-Tier Edge Computing Model Integrating Advanced Computer Vision Algorithms | Maureal A.L.; Lorilla F.M.A.; Barbosa J.B.; Butaslac I.; Andres G.L. | 7 | 1.24 | Delivers low-cost smart city innovation for transport infrastructure management |
2025 Research Publication on SDG 9 - Advancing Resilient Infrastructure and Technological Innovation
Sustainable infrastructure and technological innovation are strengthened through research on infrastructure resilience, circular economy, sustainable construction, digital transformation, and advanced manufacturing. Studies on seismic vulnerability, recycled railway materials, and geosynthetics promote safer, more sustainable, and cost-effective infrastructure. The integration of artificial intelligence, machine learning, IoT, intelligent transportation systems, additive manufacturing, and digital twins advances smart industries, infrastructure modernization, quality control, and renewable energy applications.
This body of work contributes to industrial innovation, sustainable industrialization, resilient infrastructure, technological advancement, resource efficiency, and digital transformation, supporting the achievement of SDG 9: Industry, Innovation and Infrastructure.
2025 Research Publication on SDG 9 - Advancing Resilient Infrastructure and Technological Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A Review on Seismic Vulnerability Assessment with Emphasis on Structural Health Monitoring | Bendaña M.J.; Bersamina J.P. | 8 | 1.25 | Strengthens disaster-resilient infrastructure design and monitoring systems | |
2 | Acceptance of the Use of Recycled Railway Composite Sleepers: A Review | Mendoza C.A.; Dela Cruz O.G.; Delos Angeles A.P.; Yu B.D.P. | | | Promotes circular economy innovation in transport infrastructure materials | |
3 | Advancing Geosynthetics in Road Construction: A Review on Its Materials to Performance Evaluation | Padilla J.A.; dela Cruz O.G.; Angeles A.P.D. | | | Improves cost-effectiveness and sustainability of road infrastructure |
2025 Research Publication on SDG 9 – Advancing Resilient Infrastructure and Technological Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Development an AI-Optimized RF Energy Harvesting for Sustainable IoT Networks: A Machine Learning Approach | De La Cruz A.; Casuat C.; Bernabe G.; Rodriguez J.B. | | | Builds foundational digital infrastructure for smart and connected industries | |
5 | Integrating Artificial Intelligence and Machine Learning into Modern Health Information, One Health, and Bioengineering Ecosystems | Sohail Z.; Anwar F.; Endoh T.; Camer G.A. | | | Advances digital innovation and industrial applications in health and biotech sectors | |
6 | Intelligent Transportation Systems: Enabling Sustainable Transportation and Efficient Traffic Management—A Review | Rosario R.D.; Alvarez A.; Quinto R.C.; de Guzman M. | | | Accelerates smart transport innovation and infrastructure modernization |
2025 Research Publication on SDG 9 – Advancing Resilient Infrastructure and Technological Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
7 | Optimization of Infill Parameters for Fused Filament Fabrication (FFF) of Polyether Ether Ketone (PEEK) Using Adaptive Neuro-Fuzzy Inference System (ANFIS) | Bongao H.L.C.; Tan G.P.; de Yro P.A.N. | | | Advances additive manufacturing innovation for industrial and infrastructure applications | |
8 | Optimization of Solder Vision Inspection using Fiber Optic Detection and Machine Learning Application | Dayrit A.M.; Tan G.P.; Rosales M.A. | | | Enhances quality control and innovation in electronics manufacturing | |
9 | Optimization of Vertical Axis Wind Turbine for South Luzon Expressway (SLEX) using Digital Twin via QBlade | Austria Y.; Gallego L.A.; Velasco A.C.; Tubola O.D. | | | Integrates renewable energy innovation into transport infrastructure corridors |
2025 Research Publication on SDG 9 – Advancing Resilient Infrastructure and Technological Innovation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
10 | Post-Installed Reinforcement with the Application of Adhesives: A Review | Siapno M.-N.P.; Dela Cruz O.G. | | | Develops cost-effective retrofitting solutions for aging infrastructure | |
11 | Seismic Retrofitting: Techniques and Innovations for Structural Resilience | Camayang J.P.P.; Padilla J.A. | | | Advances technologies to extend service life and safety of critical infrastructure | |
12 | The application of nonlinear fluids viscous dampers in resilience-based seismic design: A systematic review | Villanueva C.M.; Cruz O.D. | | | Innovates structural systems for hazard-resilient industrial and public infrastructure | |
13 | Understanding How Stone Column Works and the Different Techniques Used to Improve It | Bautista A.E.G.; Dela Cruz O.G. | | | Optimizes ground improvement methods for safer and more sustainable construction |
2026 Research Publication on SDG 9 - Building Smart, Sustainable, and Resilient Infrastructure
Smart infrastructure and technological innovation support SDG 9 through digital transformation, sustainable infrastructure, industrial innovation, low-carbon transport, and sustainable manufacturing. Research applies edge AI to adaptive traffic management, geosynthetics to disaster-resilient infrastructure, and artificial neural networks to optimize urban transport and reduce emissions.
Further research improves industrial process efficiency, manufacturing quality, energy management, and integrated transport infrastructure planning, strengthening data-driven and sustainable industrial systems.
These contributions advance innovation, sustainable industrialization, infrastructure resilience, resource efficiency, smart technologies, and low-carbon development, supporting SDG 9: Industry, Innovation and Infrastructure.
2026 Research Publication on SDG 9 - Building Smart, Sustainable, and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A Lightweight Edge AI Framework for Adaptive Traffic Signal Control in Mid-Sized Philippine Cities | Maureal A.L.; Lorilla F.M.A.; Andres G.L. | 6 | 1.18 | Develops smart urban infrastructure and digital innovation for sustainable transport | |
2 | Advances of the Applications of Geosynthetics for Earthquake Engineering | Caloracan D.J.L.; Camayang J.P.P.; Padilla J.A. | | | Advances resilient, disaster-ready infrastructure technologies | |
3 | Development of an ANN-based framework for route-specific drive cycle synthesis and emission estimation in urban transport networks | Corpus R.M.; Biona J.B.; Bayani M.S. | | | Supports low-carbon transport infrastructure and data-driven innovation |
2026 Research Publication on SDG 9 - Building Smart, Sustainable, and Resilient Infrastructure
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Optimization of heat transfer labeling parameters to eliminate peel-off defects in high density polyethylene pails | Dela Cruz R.C.; Ong A.K.S.; Diaz J.F.T. | | | Boosts industrial process efficiency and sustainable manufacturing quality | |
5 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila, Philippines | Corpus R.M.; Biona J.B.; Bayani M.S. | | | Informs integrated energy and transport infrastructure planning |
SDG 10: Reduced Inequalities — Reducing Inequality through Inclusion and Economic Empowerment
Advancing social inclusion and equitable opportunities is essential to achieving SDG 10: Reduced Inequalities, with research addressing economic inequality, social exclusion, financial inclusion, gender inequality, and equal access to opportunities. Studies examine tourism-related exclusion, equitable access to clean energy, social entrepreneurship, and structural gender-wage disparities.
Research on digital microfinance and financial services further supports financial inclusion by expanding access to underserved and low-income populations while promoting fair and responsible access to finance. These initiatives advance social inclusion, economic empowerment, financial inclusion, gender equality, non-discrimination, and reduced socioeconomic disparities, supporting the achievement of SDG 10: Reduced Inequalities.
2024 Research Publication on SDG 10 — Advancing Financial Inclusion and Economic Equity
Expanding financial inclusion and equitable access to economic opportunities is essential to reducing inequality. Research on digital transformation in Philippine microfinance examines ways to extend inclusive financial services to underserved populations and reduce economic exclusion.
Research on microfinance services further emphasizes fair access to finance, financial inclusion, social protection, and economic empowerment for low-income and marginalized groups.
These contributions support reduced socioeconomic disparities, inclusive financial systems, equal access to opportunities, and economic empowerment, advancing SDG 10: Reduced Inequalities.
2024 Research Publication on SDG 10 — Advancing Financial Inclusion and Economic Equity
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Challenges and Opportunities for Digital Transformation in Philippine Microfinance Institutions | Binaluyo J.P.; Santos A.R.; Agustin N.B. | 8 | 1.35 | Expands inclusive financial services to underserved groups and reduces economic exclusion | |
2 | MICROFINANCE INSTITUTIONS AND SERVICES: CONSUMER PERSPECTIVES AND THE PATH TO STANDARDIZED GUIDELINES | Binaluyo J.P.; Agustin N.B.; Santos A.R. | | | Promotes fair access to finance and protection for low-income and marginalized users |
2025 Research Publication on SDG 10 — Advancing Economic Equity and Social Inclusion
Reducing economic and social disparities is central to SDG 10: Reduced Inequalities, with research addressing economic inequality, social inclusion, gender equality, discrimination, marginalization, and equal opportunities. Research on social entrepreneurship examines how inclusive business models can narrow wealth gaps and reduce marginalization, while analysis of the gender-wage gap addresses structural pay disparities and gender-based exclusion.
Research on LGBTQI+ exclusion further highlights social and institutional barriers to inclusion, emphasizing the importance of non-discrimination and equal participation for sexual minorities.
These areas contribute to social inclusion, economic empowerment, gender equality, non-discrimination, and reduced socioeconomic inequalities, supporting the achievement of SDG 10: Reduced Inequalities.
2025 Research Publication on SDG 10 — Advancing Economic Equity and Social Inclusion
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Has Social Entrepreneurship Reduced Economic Inequality Among Non-state Actors? A Systematic Review | de Vera I.J.M.; Valdez-De Vera R.G.; Calica D.J.S.; Perez M.E.O.; Pacardo D.Q.; Andres E.M.G. | 6 | 1.30 | Evaluates how inclusive business models narrow wealth gaps and reduce marginalization | |
2 | Gender-Wage Gap in the Korean Air Transport Industry: Evidence From Microdata Between the Years 2015 and 2022 | Zmire Z.; Lee H.-J.; Montances Y.T.; Yang S.; Lee S.K. | 3 | 0.94 | Documents and addresses structural pay disparities and gender-based exclusion | |
3 | Natural Law, Homophobia, and LGBTQI+ Exclusion in the Catholic Church | Ballano V.O. | 2 | 0.89 | Challenges social and institutional barriers to inclusion for sexual minorities |
2026 Research Publication on SDG 10 — Promoting Inclusion and Equitable Access
Advancing social inclusion and equitable access is essential to SDG 10: Reduced Inequalities, particularly through social equity, economic inclusion, equal opportunities, and reduced disparities. Research on constrained mobility examines systemic exclusion and unequal access to livelihood opportunities in tourism, while spatial analysis of urban energy and transport supports equitable access to clean energy and sustainable development for urban and marginalized communities.
These efforts contribute to social inclusion, economic opportunity, equitable resource access, reduced socioeconomic disparities, and inclusive development, supporting progress toward SDG 10: Reduced Inequalities.
2026 Research Publication on SDG 10 — Promoting Inclusion and Equitable Access
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Constrained mobilities: exploring the experiences of offloaded tourists in the Philippines | O’Regan M.; Cornell D.A.V.; Ladringan C.D. | 3 | 0.95 | Addresses systemic exclusion and unequal access to livelihood opportunities in tourism | |
2 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila, Philippines | Corpus R.M.; Biona J.B.; Bayani M.S. | 9 | 1.45 | Informs equitable access to clean energy and sustainable development across urban and marginalized communities |
SDG 11: Sustainable Cities and Communities — Building Inclusive, Resilient, and Sustainable Communities
Sustainable urban development depends on inclusive urban planning, sustainable transport, climate resilience, cultural heritage preservation, resource efficiency, and accessible public spaces. Research applies edge AI to improve urban mobility, nature-based solutions to strengthen disaster resilience, and smart tourism approaches to support sustainable urban planning.
Research on cultural heritage, traditional architecture, green spaces, sustainable construction, and smart mobility further promotes inclusive and resilient communities. These efforts protect cultural identity while supporting low-carbon development and efficient urban transport systems.
These contributions advance sustainable cities, urban resilience, inclusive communities, cultural heritage protection, sustainable mobility, and low-carbon urban development, supporting SDG 11: Sustainable Cities and Communities.
2024 Research Publication on SDG 11 - Advancing Sustainable Mobility and Urban Development
Sustainable urban development is strengthened through low-carbon construction, accessible public transportation, sustainable mobility, and smart urban technologies. Research on alternative building materials promotes sustainable construction, while congestion charging and edge computing support efficient, accessible, and smart urban transport systems.
Advancing sustainable urban development, resource efficiency, and smart mobility promotes sustainable cities, accessible transportation, urban innovation, low-carbon infrastructure, and resilient communities, contributing to SDG 11: Sustainable Cities and Communities.
2024 Research Publication on SDG 11 - Advancing Sustainable Mobility and Urban Development
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Alternative Building Materials for a Sustainable Built Environment: A Literature Review | Rivera-Lutap J.A.; Dela Cruz O.G.; Jacinto J.M.; Vael L.M.D.; Muhi M.M. | | | Promotes low-carbon, sustainable construction for urban areas | |
2 | Congestion Charging System on Traffic Flow of Public Transportation: A Review | Gomez A.M.F.; Cruz O.G.D.; Muhi M.M. | | | Improves accessible, efficient public transport systems | |
3 | TrafficEZ: Optimizing Traffic Monitoring through a Novel Two-Tier Edge Computing Model Integrating Advanced Computer Vision Algorithms | Maureal A.L.; Lorilla F.M.A.; Barbosa J.B.; Butaslac I.; Andres G.L. | 7 | 1.24 | Enhances smart, sustainable urban mobility management |
2025 Research Publication on SDG 11 - Preserving Heritage and Building Inclusive Communities
Sustainable urban development is strengthened through cultural heritage preservation, inclusive urban planning, sustainable design, climate resilience, and accessible green spaces. Research highlights ethnic enclaves, vernacular architecture, indigenous settlements, and historic communities as foundations for culturally sustainable and climate-resilient urban development.
The integration of environmental sustainability, inclusive spaces, creative cities, and cultural preservation further supports vibrant and resilient communities. These efforts advance sustainable cities, cultural heritage protection, inclusive urban development, and community resilience, contributing to SDG 11: Sustainable Cities and Communities.
2025 Research Publication on SDG 11 - Preserving Heritage and Building Inclusive Communities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | An Analysis of the Imageability of Ethnic Enclaves in Manila, Philippines for Culturally Sustainable Design and Development | Ramos-Sampan M.; Rivera-Lutap J.; Castillo J.B.; Pineda D.F. | 4 | 1.05 | Safeguards cultural heritage and inclusive urban identity | |
2 | Dissecting Vernacular Ivatan Stone Houses: Lessons from the Past on Green Living | Pahimnayan-Pagador S.J.S.; Rivera-Lutap J.A.; Ronquillo R.K.C. | 5 | 1.09 | Integrates traditional sustainable design into modern settlements | |
3 | Integrating Environmental Sustainability Strategies to the Polytechnic University of the Philippines, Manila Campus Planning Process | Ramos-Sampan M.A. | 7 | 1.12 | Models accessible, green, and inclusive institutional spaces |
2025 Research Publication on SDG 11 - Preserving Heritage and Building Inclusive Communities
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Living on Stilts: An Architectural Analysis of Traditional Badjao Houses in Surigao City | Yan A.C.; Perandos J.D.T.; Maquinay A.J.F.; Cardeño J.H.A. | | | Preserves indigenous settlement knowledge and climate-resilient design | |
5 | Rising from the Ruins: Proposed Policies and Intervention Plans to Revitalize and Conserve the Historic Village of Savidug | Pahimnayan-Pagador S.J.S.; Suizo J.D.S.; Sanchez C.L.O. | | | Protects cultural heritage sites and inclusive community development | |
6 | The Formation of the Creative Cities in the Philippines: A Journey Toward an Orange Economy | Rivera-Lutap J.; Castillo J.B.; Pineda D.F. | 7 | 1.19 | Fosters inclusive, creative, and economically vibrant urban communities | |
7 | The Genesis and Death of Cinema in the City of Manila | Rivera-Lutap J.A.; Antone J.M.S.; Tesoro C.B. | | | Informs cultural heritage preservation in urban planning |
2026 Research Publication on SDG 11 - Advancing Smart, Resilient, and Sustainable Urban Development
Strengthening urban sustainability and resilience contributes to SDG 11, through innovations in sustainable transport, smart cities, and resource-efficient development. Research applies edge AI to improve urban mobility, nature-based solutions to reduce disaster risks, and smart tourism approaches to promote inclusive and sustainable cities.
Sustainable energy and transport planning further supports low-carbon urban development, resource efficiency, and resilient communities, contributing to more sustainable and inclusive cities under SDG 11: Sustainable Cities and Communities.
2026 Research Publication on SDG 11 - Advancing Smart, Resilient, and Sustainable Urban Development
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A Lightweight Edge AI Framework for Adaptive Traffic Signal Control in Mid-Sized Philippine Cities | Maureal A.L.; Lorilla F.M.A.; Andres G.L. | | | Develops efficient, sustainable urban transport systems | |
2 | Mainstreaming Nature-based Solutions for Climate-induced Disaster Risk Reduction in the Philippines’ Build Better More Project: From Vicious to Virtuous Cycles | Keong C.Y.; Perante-Calina L.E.; Dili R.M. | 10 | 1.31 | Strengthens urban resilience and reduces disaster risk in communities | |
3 | Optimizing Resources for Smart Tourism Development: A Sequential Explanatory Study of Selected Smart Cities in the Philippines | Cabug-os M.; Cornell D.A.V. | | | Promotes inclusive, sustainable urban planning and tourism | |
4 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila, Philippines | Corpus R.M.; Biona J.B.; Bayani M.S. | 9 | 1.45 | Supports low-carbon, resource-efficient urban development |
SDG 12: Responsible Consumption and Production — Advancing Circularity and Resource Efficiency
Sustainable resource management and responsible production are essential to SDG 12: Responsible Consumption and Production, with emphasis on circular economy, waste reduction, resource efficiency, sustainable consumption, and responsible waste management. Research explores nature-based solutions, recycled infrastructure materials, food-waste-to-energy systems, and sustainable e-waste management.
Further work promotes waste-to-energy, renewable resource recovery, recycling, waste upcycling, and material lifespan extension, supporting more efficient use of resources and reduced environmental impacts.
These efforts advance circular production, waste minimization, resource recovery, sustainable materials management, and responsible consumption and production, contributing to SDG 12.
2024 Research Publication on SDG 12 - Transforming Waste into Sustainable Resources
Sustainable consumption and production are supported through resource efficiency, waste reduction, recycling, waste recovery, and circular economy practices. Research on waste-to-energy and bio-conversion technologies explores ways to transform municipal and organic waste into usable energy while reducing waste volumes and landfill dependence. Research on waste tire upcycling and self-healing concrete further promotes material recovery, resource conservation, extended material life, and reduced construction waste.
These efforts advance sustainable resource use, waste management, circular economy, renewable resource recovery, and resource efficiency, supporting SDG 12: Responsible Consumption and Production.
2024 Research Publication on SDG 12 - Transforming Waste into Sustainable Resources
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Assessing the Feasibility of Waste-to-Energy Projects for Sustainable Solid Waste Management in NCR | De La Cruz A.; Bernal C. | 7 | 1.26 | Reduces municipal waste volume and recovers energy | |
2 | Development of Bio-Conversion Device of Market Wastes Into Methane Gas | Abuan C.M.; et al. | | | Eliminates organic waste and generates renewable fuel | |
3 | Development of Real-Time Sensor Network for Characterization of Pyrolysis Oil from Waste Tires | Aranda J.M.E.; Lazana C.S. | | | Upcycles end-of-life tires into usable resources | |
4 | Encapsulating immobilized ureolytic bacteria yields self-healing concrete | Rosario R.D.; Viado M.J. | | | Extends material lifespan and reduces construction waste |
2025 Research Publication on SDG 12 - Promoting Circularity, Resource Recovery, and Waste Reduction
Promoting sustainable consumption and production requires resource efficiency, waste reduction, recycling, circular economy practices, and responsible resource management. Research on recycled railway composite sleepers advances circular economy and waste recycling, while the use of spent coffee grounds converts food waste into energy and reduces landfill reliance.
Sustainable e-waste management further strengthens hazardous waste recovery, responsible disposal, resource recovery, and circular production. These areas contribute to waste minimization, resource efficiency, circular economy, and sustainable production, advancing SDG 12: Responsible Consumption and Production.
2025 Research Publication on SDG 12 - Promoting Circularity, Resource Recovery, and Waste Reduction
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Acceptance of the Use of Recycled Railway Composite Sleepers: A Review | Mendoza C.A.; Dela Cruz O.G.; Delos Angeles A.P.; Yu B.D.P. | | | Advances circular economy and waste recycling in infrastructure | |
2 | Harnessing Energy Using Spent Coffee Grounds | Nuevo L.M.B.; et al. | 7 | 1.36 | Converts food waste into energy and reduces landfill reliance | |
3 | Sustainable E-Waste Management Through a Circular Economy Framework | Golpeo J.M.; Andres G.L.; Faronal I.N.; Casuat C.D. | 8 | 1.20 | Improves hazardous waste recovery and responsible disposal |
2026 Research Publication on SDG 12 - Driving Sustainable Resource Management and Circular Practices
Sustainable resource management and responsible production are essential to SDG 12: Responsible Consumption and Production, particularly through resource efficiency, waste reduction, sustainable infrastructure, and low-impact development. Research on nature-based solutions promotes sustainable resource use and low-impact infrastructure, while transport-focused analysis supports reduced waste and emissions through sustainable energy management.
These efforts promote resource conservation, waste and emissions reduction, sustainable energy use, and environmentally responsible infrastructure, contributing to more sustainable consumption and production patterns under SDG 12.
2026 Research Publication on SDG 12 - Driving Sustainable Resource Management and Circular Practices
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Mainstreaming Nature-based Solutions for Climate-induced Disaster Risk Reduction in the Philippines’ Build Better More Project | Keong C.Y.; Perante-Calina L.E.; Dili R.M. | 10 | 1.31 | Promotes sustainable resource use and low-impact infrastructure | |
2 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila | Corpus R.M.; Biona J.B.; Bayani M.S. | 9 | 1.45 | Reduces waste and emissions from transport systems |
SDG 13: Climate Action — Accelerating Low-Carbon and Climate-Resilient Development
Addressing climate change requires climate resilience, adaptive capacity, climate mitigation, low-carbon development, and greenhouse gas emission reduction. Research on nature-based solutions strengthens resilience to climate hazards, while urban transport and renewable energy studies support decarbonization and the transition away from fossil fuels.
Climate action is further supported through climate adaptation, sustainable energy, climate-resilient communities, and institutional climate planning, including indigenous settlement practices and heritage conservation.
These efforts contribute to climate mitigation, adaptation, resilience, emission reduction, renewable energy transition, and climate-responsive development, advancing SDG 13: Climate Action.
2024 Research Publication on SDG 13 - Advancing Low-Carbon and Climate-Resilient Solutions
Climate mitigation and adaptation are supported through greenhouse gas emission reduction, renewable energy, climate resilience, ecosystem restoration, and low-carbon development. Research on waste-to-energy explores reducing methane emissions and replacing fossil fuels, while solar-powered technology supports freshwater ecosystem restoration.
Urban renewable energy solutions, including wind energy and digital twin technologies, further support the transition toward lower carbon intensity and more sustainable energy systems.
These areas advance climate mitigation, renewable energy transition, ecosystem resilience, emission reduction, and climate-responsive development, contributing to SDG 13: Climate Action.
2024 Research Publication on SDG 13 - Advancing Low-Carbon and Climate-Resilient Solutions
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Assessing the Feasibility of Waste-to-Energy Projects for Sustainable Solid Waste Management in the National Capital Region, Philippines | De La Cruz, Arvin; Bernal, Carlo | 7 | 1.26 | Reduces methane emissions from landfills and replaces fossil fuels | |
2 | Development of Automatic Solar-Powered Microcontroller-Based Algae Collector Using Pixy2 Cam in Taal Lake | Oldan, Billy Ray M.; et al. | | | Supports freshwater ecosystem restoration linked to climate impacts | |
3 | Wind Energy Potential of High-Rise Buildings in Makati Using Digital Twins | Ballinan, Jane Nicole; et al. | | | Unlocks urban renewable energy to lower carbon intensity |
2025 Research Publication on SDG 13 - Promoting Climate Mitigation, Adaptation, and Resilience
Climate action and sustainable development are strengthened through decarbonization, climate mitigation, climate adaptation, renewable energy integration, and climate resilience. Research on urban transport identifies strategies to reduce carbon emissions, while renewable energy policy supports the transition away from fossil fuels.
Institutional sustainability planning and indigenous settlement practices further promote climate mitigation, adaptive capacity, climate-resilient communities, and heritage protection.
These areas contribute to greenhouse gas emission reduction, climate adaptation, resilience, renewable energy transition, and climate-responsive development, advancing SDG 13: Climate Action.
2025 Research Publication on SDG 13 - Promoting Climate Mitigation, Adaptation, and Resilience
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Carbon Emission Reduction in Urban Transport: A Comprehensive Review of Urban Transport Challenges | Bianes J.R.A.; Victoria A.N., Jr.; Muhi M.M.; Andres G.L. | 9 | 1.23 | Identifies strategies to decarbonize public and private mobility | |
2 | Energy Security: A Policy Framework for Accelerating Renewable Energy Integration Towards Sustainable Development | Casuat C.; De La Cruz A.; Montablan R.; Canlas A.; Reyes R. | | | Accelerates transition away from fossil fuels | |
3 | Integrating Environmental Sustainability Strategies to the Polytechnic University of the Philippines, Manila Campus Planning Process | Ramos-Sampan M.A. | 7 | 1.12 | Embeds climate mitigation and adaptation in institutional operations |
2025 Research Publication on SDG 13 - Promoting Climate Mitigation, Adaptation, and Resilience
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | Living on Stilts: An Architectural Analysis of Traditional Badjao Houses in Surigao City | Yan A.C.; Perandos J.D.T.; Maquinay A.J.F.; Cardeño J.H.A. | | | Documents indigenous climate-resilient settlement practices | |
5 | Rising from the Ruins: Proposed Policies and Intervention Plans to Revitalize and Conserve the Historic Village of Savidug | Pahimnayan-Pagador S.J.S.; Suizo J.D.S.; Sanchez C.L.O. | | | Combines heritage protection with climate adaptation planning |
2026 Research Publication on SDG 13 - Strengthening Climate Resilience and Low-Carbon Development
Building climate resilience and reducing greenhouse gas emissions are central to SDG 13: Climate Action, particularly through climate adaptation, disaster risk reduction, low-carbon development, and sustainable energy management. Research on nature-based solutions strengthens resilience and adaptive capacity to climate hazards, while spatial analysis of urban transport supports low-carbon policies and emission reduction.
These initiatives advance climate resilience, adaptive capacity, climate mitigation, greenhouse gas emission reduction, and sustainable energy planning, contributing to SDG 13: Climate Action.
2026 Research Publication on SDG 13 - Strengthening Climate Resilience and Low-Carbon Development
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Mainstreaming Nature-based Solutions for Climate-induced Disaster Risk Reduction in the Philippines’ Build Better More Project: From Vicious to Virtuous Cycles | Keong C.Y.; Perante-Calina L.E.; Dili R.M. | 10 | 1.31 | Strengthens resilience and adaptive capacity to climate hazards | |
2 | Spatial analysis and drive cycle development for sustainable energy management and policy in Metro Manila, Philippines | Corpus R.M.; Biona J.B.; Bayani M.S. | 9 | 1.45 | Supports low-carbon policy and greenhouse gas emission cuts |
SDG 14: Life Below Water — Supporting Aquatic Ecosystem Protection
Protecting aquatic ecosystems and reducing water pollution are important to SDG 14: Life Below Water, particularly through water quality, aquatic ecosystem health, pollution prevention, and conservation. Research on Laguna Lake examines water quality and fish populations, while algae-collection technology demonstrates potential for water quality monitoring and aquatic ecosystem management.
Wastewater treatment research further supports pollution reduction and responsible water management, helping address land-based pollutants that can affect marine and coastal environments.
These studies contribute to aquatic ecosystem conservation, water quality protection, pollution prevention, and sustainable management of aquatic resources, supporting the objectives of SDG 14: Life Below Water.
2024 Research Publication on SDG 14 - Protecting Aquatic Ecosystems and Water Quality
Protecting aquatic ecosystems and improving water quality support SDG 14: Life Below Water, particularly through marine and coastal conservation, pollution prevention, aquatic ecosystem health, and sustainable water management. Research on solar-powered algae collection demonstrates the potential of water quality monitoring for aquatic and coastal environments, while wastewater treatment research addresses land-based pollution that can reach marine ecosystems.
These areas promote aquatic ecosystem protection, pollution reduction, water quality monitoring, and conservation of aquatic resources, contributing to the objectives of SDG 14: Life Below Water.
2024 Research Publication on SDG 14 - Protecting Aquatic Ecosystems and Water Quality
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Development of Automatic Solar-Powered Microcontroller-Based Algae Collector Using Pixy2 Cam in Taal Lake | Oldan B.R.M.; et al. | 2024 | | | Demonstrates water quality monitoring tools applicable to coastal areas |
2 | Emerging pollutants in wastewater: Challenges and advancements in treatment technology | Corpus R.M.B.; et al. | 2024 | | | Reduces land-based pollution that flows into marine environments |
2025 Research Publication on SDG 14 - Advancing Aquatic Ecosystem Health and Conservation
Protecting aquatic ecosystems and maintaining water quality contribute to SDG 14: Life Below Water, particularly through aquatic ecosystem health, water quality monitoring, pollution prevention, and sustainable management of aquatic resources. Research examining water hyacinth and fish populations in Laguna Lake highlights the importance of freshwater ecosystem health and its connection to coastal water quality.
This focus supports aquatic ecosystem conservation, water quality protection, pollution reduction, and sustainable aquatic resource management, contributing to the objectives of SDG 14: Life Below Water.
2025 Research Publication on SDG 14 - Advancing Aquatic Ecosystem Health and Conservation
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Exploring the Influence of Water Hyacinth & Water Quality on Fish Count in Laguna Lake | Abastas Y.; et al. | | | | Addresses freshwater ecosystem health, which connects to coastal water quality |
SDG 15: Life on Land — Protecting Biodiversity and Terrestrial Ecosystems
Protecting terrestrial ecosystems and biodiversity supports SDG 15: Life on Land, particularly through ecosystem conservation, habitat restoration, sustainable land management, biodiversity protection, and prevention of land degradation. Research on nature-based solutions promotes the restoration and sustainable use of terrestrial ecosystems, while studies on native plant species support sustainable bioprospecting and biodiversity conservation.
Environmental sustainability planning, indigenous stewardship, and traditional landscape management further integrate ecosystem and biodiversity values into development and conservation.
These areas contribute to terrestrial ecosystem protection, biodiversity conservation, habitat restoration, sustainable land use, and ecosystem-based development, advancing SDG 15: Life on Land.
2025 Research Publication on SDG 15 - Advancing Biodiversity Conservation and Sustainable Ecosystems
Protecting terrestrial ecosystems and biodiversity supports SDG 15: Life on Land through biodiversity conservation, sustainable land management, habitat restoration, ecosystem protection, and sustainable use of natural resources. Research on Mangifera indica and Garcinia mangostana promotes sustainable bioprospecting and the conservation of native plant species without habitat destruction. Integrating biodiversity and ecosystem values into planning and development also strengthens ecosystem conservation, indigenous stewardship, terrestrial habitat restoration, and sustainable landscape management.
Advancing biodiversity conservation, habitat restoration, sustainable resource use, and ecosystem-based planning contributes to the protection of terrestrial ecosystems and supports SDG 15: Life on Land.
2025 Research Publication on SDG 15 - Advancing Biodiversity Conservation and Sustainable Ecosystems
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | A Review on Phytochemistry, Ethnopharmacology, and Antiparasitic Potential of Mangifera indica L. | Mendonça D.; et al. | | | Advances sustainable research and value of native plant species without habitat destruction | |
2 | Integrating Environmental Sustainability Strategies to the Polytechnic University of the Philippines, Manila Campus Planning Process | Ramos-Sampan M.A. | | | Integrates ecosystem and biodiversity values into institutional planning and development processes | |
3 | Living on Stilts: An Architectural Analysis of Traditional Badjao Houses in Surigao City | Yan A.C.; et al. | | | Protects mountain and terrestrial forest livelihoods linked to indigenous stewardship |
2026 Research Publication on SDG 15 - Advancing Ecosystem Protection and Land Restoration
Protecting and restoring terrestrial ecosystems supports SDG 15 through biodiversity conservation, sustainable land management, habitat restoration, and land degradation reversal. Nature-based solutions promote ecosystem restoration and sustainable resource use while strengthening resilience to climate-related hazards.
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Mainstreaming Nature-based Solutions for Climate-induced Disaster Risk Reduction in the Philippines’ Build Better More Project | Keong C.Y.; Perante-Calina L.E.; Dili R.M. | 10 | 1.31 | Protects, restores, and promotes sustainable use of terrestrial ecosystems; integrates nature-based solutions to reverse land degradation |
SDG 16: Peace, Justice and Strong Institutions — Promoting Peaceful, Inclusive, and Accountable Governance
Promoting peace, justice, and strong institutions requires institutional accountability, transparency, inclusive governance, public participation, access to information, and social justice. Research on data governance supports transparent and efficient public resource management, while studies on journalism, health governance, and crisis communication strengthen public trust, information access, and responsive institutions.
Research addressing stigma and public administration further promotes non-discrimination, social inclusion, institutional capacity, and peaceful and effective governance, supporting progress toward SDG 16: Peace, Justice and Strong Institutions.
2025 Research Publication on SDG 16 - Advancing Inclusive and Accountable Governance
Promoting inclusive, transparent, and accountable governance is essential to SDG 16: Peace, Justice and Strong Institutions, particularly through social justice, non-discrimination, access to information, public trust, and effective institutions. Research examines stigma and marginalization, journalistic authority and public access to information, and evidence-based governance to strengthen trust in health and regulatory institutions. Strengthening peaceful, secure, and effective public institutions also requires inclusive participation and reliable information, particularly during crises and emergencies. Research on public administration and social media communication highlights these dimensions of institutional capacity and responsive governance.
These areas advance social inclusion, non-discrimination, access to information, public trust, institutional accountability, responsive governance, and peaceful societies, contributing to SDG 16: Peace, Justice and Strong Institutions.
2025 Research Publication on SDG 16 - Advancing Inclusive and Accountable Governance
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | (In)visibility matters: Reappropriating stigma in Filipino HIV and AIDS trope through Kapwa and Hiya | Gamayo G.V.F. | 7 | 1.18 | Promotes inclusive, non-discriminatory policies and social justice for marginalized groups | |
2 | Ambivalent Governance and Journalistic Authority: An Exploratory Study of Scandal News Engagement in Three Philippine Cities | Mendoza K.P.R.; Dizon E.M.O.; Durian M.V.T.; Pandan M.S.A.; Viray J.R.B. | 4 | 1.01 | Enhances public access to information and strengthens responsive institutional governance | |
3 | Navigating Trust, Journalism, and Health in the Age of Populism: The Dengvaxia Vaccine Scandal in the Philippines | Mendoza K.P.R. | | | Builds public trust in health systems and regulatory institutions through evidence-based governance |
2025 Research Publication on SDG 16 - Advancing Inclusive and Accountable Governance
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
4 | PROSPECTS FOR STRENGTHENING THE NATIONAL SECURITY DIMENSION IN THE PUBLIC ADMINISTRATION GRADUATE EDUCATION OF THE PHILIPPINES | Claudio S.P. | 2 | 0.97 | Advances capacity-building for peaceful, secure, and effective public institutions | |
5 | Why is social media crucial for crisis communication in the Philippines? Exploring Facebook dynamics during natural disasters | Rosario A.J. | 5 | 1.06 | Strengthens inclusive participation and reliable information flow during emergencies |
2026 Research Publication on SDG 16 - Strengthening Transparent and Accountable Governance
Transparent, accountable, and effective governance is central to SDG 16. Research on data governance uses forecasting algorithms to improve public resource management, institutional transparency, and accountability.
These efforts promote institutional effectiveness, transparency, accountability, and evidence-based governance, supporting SDG 16: Peace, Justice and Strong Institutions.
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Optimize Resource Management for Data Governance using Forecasting Algorithms | Lagman A.C.; Escober R.E.; Sabonsolin J.A.; Dimaapi R.C.; Paz A.J.M.; Bawica J.M. | 3 | 1.02 | Strengthens institutional transparency, accountability, and efficient public resource management |
SDG 17: Partnerships for the Goals — Strengthening Collaborative Action for Sustainable Development
Building effective partnerships supports SDG 17: Partnerships for the Goals through multi-stakeholder collaboration, cross-sector partnerships, knowledge sharing, capacity building, and resource mobilization. Research highlights collaboration among universities, local governments, industry, health agencies, financial institutions, civil society, technology providers, and community groups to advance sustainable development.
Partnerships also support skills development, inclusive finance, agricultural market access, and collaborative innovation, demonstrating the value of coordinated action among academic, government, private-sector, and community stakeholders. These efforts advance multi-stakeholder partnerships, institutional capacity, knowledge exchange, technology cooperation, inclusive development, and collaborative innovation, contributing to SDG 17: Partnerships for the Goals.
2024 Research Publication on SDG 17 - Strengthening Cross-Sector Collaboration
Strengthening partnerships for sustainable development supports SDG 17 through cross-sector collaboration, knowledge sharing, technology cooperation, and multi-stakeholder partnerships. Research on e-commerce connects academe, technology providers, farmer groups, and market actors to improve agricultural product marketing, while waste-to-energy initiatives encourage collaboration among research institutions, government agencies, and private investors.
These partnerships promote technology transfer, resource mobilization, collaborative innovation, inclusive market access, and sustainable development, contributing to SDG 17: Partnerships for the Goals.
2024 Research Publication on SDG 17 - Strengthening Cross-Sector Collaboration
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Bridging the Agricultural Divide: Implementing an E-commerce Platform for Enhanced Agricultural Product Marketing | Velasco M.N.; et al. | | 6 | 1.28 | Cross-sector partnership between academe, tech providers, farmer groups, and market actors |
2 | Assessing the Feasibility of Waste-to-Energy Projects for Sustainable Solid Waste Management in NCR | De La Cruz A.; Bernal C. | | 7 | 1.26 | Collaborative innovation between research institutions, government agencies, and private investors |
2025 Research Publication on SDG 17 - Strengthening Multi-Stakeholder Partnerships
Building effective partnerships for sustainable development supports SDG 17 through multi-stakeholder collaboration, capacity building, knowledge sharing, technology cooperation, and institutional partnerships. Research highlights collaboration among universities, local governments, industry, health agencies, and academic institutions to advance sustainability, employability, public health, and inclusive development.
Partnerships involving the government, financial sector, and civil society also promote inclusive finance, policy coordination, resource mobilization, and shared development outcomes.
These areas strengthen cross-sector collaboration, institutional capacity, knowledge exchange, technology cooperation, and inclusive development, contributing to SDG 17: Partnerships for the Goals.
2025 Research Publication on SDG 17 - Strengthening Multi-Stakeholder Partnerships
# | Research Title | Authors | Scopus Link | Cite Score | FWCI | Key Relevance |
1 | Integrating Environmental Sustainability Strategies to the Polytechnic University of the Philippines, Manila Campus Planning Process | Ramos-Sampan M.A. | | 7 | 1.12 | Multi-stakeholder collaboration between university, LGUs, and industry for sustainable development |
2 | Smart Career and Alumni Relations Through AI-Enabled Platforms: Improving Employability and Engagement in Higher Education | Oquindo F.H.; Casuat C.D.; De La Cruz A. | | 9 | 1.33 | Strengthens university-industry-alumni linkages for skills and job matching |
3 | Language Localization as a One Health Strategy for Leptospirosis Prevention in Flood-Prone Communities | Banal C.L.; et al. | | | | Inter-sector partnership between health agencies, LGUs, and academic institutions |
4 | MICROFINANCE INSTITUTIONS AND SERVICES: CONSUMER PERSPECTIVES AND THE PATH TO STANDARDIZED GUIDELINES | Binaluyo J.P.; Agustin N.B.; Santos A.R. | | | | Multi-stakeholder dialogue between government, financial sector, and civil society for inclusive finance |