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NameemailFaculty Member's Department(s)Topic or Description of Research ProjectProject disciplinesNo. of ScholarsPrefered scholar skillsLab WebsiteAdditional notes to scholars
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Prof. Marcias Martinezmmartine@clarkson.eduMAEComposite ManufacturingStructural Analysis1www.marciasmartinez.comProject for the Office of Naval Research
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Prof. Marcias Martinezmmartine@clarkson.eduMAENon Destructive Inspection of Composite MaterialsStructural Analysis1www.marciasmartinez.comProject for USAF
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Prof. Marcias Martinezmmartine@clarkson.eduMAEWelding AnalysisStructural Analysis1www.marciasmartinez.comProject on use of thermographic camera
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Robert Thomasrthomas@clarkson.eduCEEConcrete durabilityCivil engineering, materials science1-2
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Tom Langentlangen@clarkson.eduBiologypopulation survey of river fish (Mooneye)Biology, Environmental Science1-2Involves working on a boat in evenings
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Andreas Wilkeawilke@clarkson.eduPsychologyStatistical thinking in children; human cognitive evolution
Psychology, Biology, plus Math/Stats/CS/CMD
1-2
psych and bio, collaborate with other research assistants
https://spark.adobe.com/page/lDtQsT3gXv0AA/
local collaboration with SUNY daycare center and North Country Children's Museum for testing; past McNair scholars on this project include Y. Garcia and N. Pluviose
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Guangming Yaogyao@clarkson.eduMathematicsComputational mathematics
Mathematics, computer science, fanancial math
1-2
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Dhara Trivedidtrivedi@clarkson.eduPhysicsToxic Chemical Capture Using Metal Orgnaic Frameworks
Materials Science, Computational Research, Nanoscience
1-2Basic computational skills and willingness to learnhttps://dharatrivedi.github.io
Researcher will have team support and work on environmental remediation technology
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Chen Liucliu@clarkson.eduElectrical and Computer EngineeringAutonomous driving vehicles/robotselectrical, computer, software2-3programming skills and linuxhttps://camel.clarkson.edu/
autonomous driving technologies, including perception, mapping, real-time computing
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Silvana Andreescueandrees@clarkson.eduChemistry & Biochemistry3D printing materials and sensors solutions for clean waterchemistry, materials sci, env engineering1-2enhusiasm & team workhttps://www.andreesculab.com/
Work with an interdisciplinary chemistry-engineering-env/agro practitioners funded research; learn 3D printing
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Costel Dariecdarie@clarkson.eduChemistry & Biochemistrybreast cancer proteomicsbiochemistry and biomedical/clinical 1-2motivated students only
https://lin-web.clarkson.edu/~cdarie/index.html & https://www.facebook.com/darie.lab.16
motivated students only
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Seema Riverariveras@clarkson.eduInst STEM EdTA STEM PedagogyEducation/STEM Education1interested in ed researchpotentially interested in qualitative research
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Ian McCrumimccrum@clarkson.eduChemical EngineeringAtomic-scale modeling of electrocatalysts for sustainable chemical production
Chemistry, Materials Science, Engineering,
1-2https://sites.clarkson.edu/mccrumgroup/
May additionally work in a team on constructing low-cost gas chromatographs for science/engineering outreach
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Ian McCrumimccrum@clarkson.eduChemical EngineeringSynthesis of multifunctional electrocatalysts for sustainable chemical production
Chemistry, Materials Science, Engineering,
1-2https://sites.clarkson.edu/mccrumgroup/
May additionally work in a team on constructing low-cost gas chromatographs for science/engineering outreach
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Taeyoung Kimtkim@clarkson.eduChBE & ISEpH-mediated electrochemical separations for sustainability
Electrochemistry, Environmental Engineering
1-2https://sites.google.com/a/clarkson.edu/tkim
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Masudul Imtiazmimtiaz@clarkson.eduElectrical and Computer EngineeringSensor design on a PCBElectrical, software, computer Eng1-2https://sites.clarkson.edu/capdm/Students will work in a team with graduate students for implementations
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Masudul Imtiazmimtiaz@clarkson.eduElectrical and Computer EngineeringProsthetic Hand and RoboticsElectrical, software, computer Eng1-2
https://sites.clarkson.edu/avhbac/health-monitoring/
Students will work in a team with graduate students for implementations
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Yang Yangyanyang@calrkson.eduCivil and Environmental engineeringComplete destruction of PFAS at ambient conditions.
Enviornmental engineering, chemical engineering
1-2https://www.yang-eeclab.com/
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Erik Backusebackus@clarkson.eduCivil & Environmental EngineeringComplete Streets/Vision Zero Implementation; Wildlife/Highway corssings
Planning, Policy, Transportation Engr., Construction, GIS, Surveying, Civil Engineering, Data Analysis
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ability to work outdoors, interest in in outdoors, basic computer/tablet use skills
https://sites.google.com/clarkson.edu/clarkson-c3g/
Several projects around the north country, including a wildlife corridor roadkill study
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Suguang Xiaosxiao@clarkson.eduCivil & Environmental EngineeringMechanical properties of lunar regolith simulantCivil engineering, materials science1-2
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Bethany Almeidabalmeida@clarkson.eduChemical & Biomolecular EngineeringHydrogels encapsulating stem cells for treatment of Osteoarthritis
Biomdical Engineering, Materials Science, Organic Chemistry, Stem Cell Biology
1https://sites.clarkson.edu/almeidalab
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Bethany Almeidabalmeida@clarkson.eduChemical & Biomolecular EngineeringSmall molecule release from polymeric nanoparticles
Biomdical Engineering, Materials Science, Organic Chemistry, Stem Cell Biology
1https://sites.clarkson.edu/almeidalab
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Kwadwo Appiah-Kubikappiahk@clarkson.eduPhysical therapyVestibular and postural training using virtual reality
Biomechanics, neuroscience, health sciences
1-2
Psch or bio major; interest in human research (health-related)
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Kwadwo Appiah-Kubikappiahk@clarkson.eduPhysical therapyDevelopment of a virtual reality (VR) walking balance assessment
Computer Science/Engineering, Biomechanics, Health Sciences
1-2Coding for VR design, interest in human reseach
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Brian Helenbrookbhelenbr@clarkson.eduMechanical & Aerospace Engineering3D modeling of a luge suspensionsMechanical Engineering1CAD
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Jeremie Fishjafish@clarkson.eduElectrical and Computer EngineeringSolving Braess' paradox to improve road congestionMathematics, physics, engineering1-2Basic computational skillshttps://webspace.clarkson.edu/~jafish/
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Jeremie Fishjafish@clarkson.eduElectrical and Computer EngineeringExplainable AI for gene-expression networks: toward drug discoveryMathematics, physics, engineering1-3Basic computational skillshttps://webspace.clarkson.edu/~jafish/
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Kenneth Wallacekwallace@clarkson.eduBiologyAnalysis of the developing vertebrate intestinal stem cell compartmentBiology, development, molecular biology1-2
interest in the intersection of molecular biology with organ formation
https://www.clarkson.edu/people/kenneth-wallace
Development of the intestinal stem cell compartment will have translational aspects to human development.
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Melissa Kingmeking@clarkson.eduChemistry & BiochemistryNovel Nanoparticle Design
Chemistry, Nanomaterials, surface science
1-2
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Devon Shippdshipp@clarkson.eduChemistry & BiochemistryNovel polyurethanes for chemical-mechanical planarization
Chemistry, polymer science, surface science
1-2Enjoy lab-based work, good analytical skills
https://sites.google.com/clarkson.edu/shippresearchgroup//
Industrial sponsored project. Will need to work as part of team
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Devon Shippdshipp@clarkson.eduChemistry & BiochemistryEnvironmentally friendly polyurethanesChemistry, polymer science1-2Enjoy lab-based work, good analytical skills
https://sites.google.com/clarkson.edu/shippresearchgroup//
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Leo Y Jiangyjiang@clarkson.eduElectrical and Computer EngineeringRenewable grid integration and power grid decarbonization
Electrical eng, Math, Computer eng, physics
1-2https://sites.google.com/view/leojiang/home
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Leo Y Jiangyjiang@clarkson.eduElectrical and Computer EngineeringEnergy quity and assessibility
Electrical eng, Math, policy, Enviromental Eng, Econ
1-2https://sites.google.com/view/leojiang/home
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Maria Grachevamgrachev@clarkson.eduPhysicsNanofluid simulation (Thermosyphons for thermofrost stabilization)Physics/Computer Science1Interest in physics and computer modeling
https://people.clarkson.edu/~mgrachev/research.html
You will work with a group of graduate students on the same problem
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Modi Wangmwang@clarkson.eduChemistry & BiochemistryInflammation and cell signaling studyCell Biology, Biochemistry1-2https://modiwanghk.wixsite.com/mwanglab
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Ka Ho Leungkleung@clarkson.eduChemistry & BiochemistryVisualizing lysosomes activityChemical Biology, Fluorescence imaging1-2https://www.dianawhitebiomath.com/
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Ka Ho Leungkleung@clarkson.eduChemistry & BiochemistryDesign and synthesis of functional fluorophore for cell imagingOrganic synthesis1https://autumnkaholeung.wixsite.com/leunglab
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Simona Liguorisliguori@clarkson.eduChemical & Biomolecular EngineeringHydrogen gas separation - design and synthesis of a metallic membrane
Material Science, Chemistry, Chemical Engineering
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Sitaraman Krishnanskrishna@clarkson.eduChemical EngineeringSelf-healing polymer composites using natural materialsMaterials science1
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Sitaraman Krishnanskrishna@clarkson.eduChemical EngineeringStable photoanodes for aqueous dye-sensitized solar cellsMaterials science1
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Jeremie Fishjafish@clarkson.eduElectrical and Computer EngineeringPotential earthquake prediction via divergence optimizationMathematics, physics, engineering1-2Basic computational skillshttps://webspace.clarkson.edu/~jafish/
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Ying Zhangyinzhang@clarkson.eduPsychology
Social and relational factors that promote and interfere with mothers’ postpartum mental health and parenting
Psychology1psychology/social sciences/ statisticshttps://www.clarkson.edu/people/ying-zhang
Maternal mental health has been found to be an essential basis for positive parenting and parenting efficacy. I have two ongoing projects in pinpointing the social and relational factors that are closely related to maternal postpartum mental health.
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Ying Zhangyinzhang@clarkson.eduPsychologyIntimate partner violence detection using AI and machine learning technologyPsychology1-2
psychology/social sciences/ statistics/ computer science
https://www.clarkson.edu/people/ying-zhang
This is an interdisciplinary project to build text-mining-based identification tools to detect abuse in intimate relationships with aims to utilize victims’ online narratives to generate algorithms to effectively detect abusive relationships and detect subtypes of abusive behaviors. Algorithms are being created to detect IPV and will be used to build into an interactive website for women victims to understand the nature of their abusive relationships.
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Ben Roulstonbroulsto@clarkson.eduPhysicsBuilding an all-sky camera & monitioring system for the observaotryPhysics,electrical, computer1raspberry pi, linux, electronics building
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Emmanuel Asante-Asamanieasantea@clarkson.eduMathematics
Modeling the dynamics of signaling filopodia during long range cell-cell communication
Mathematics, Statistics, Developmental biology
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Solving differential equations in MATLAB, Data fitting in MATLAB
https://www.asante-asamani-multisimlab.com/
Cells use signaling filopodia (cytonemes) to communicate over long distances during the development of various tissue patterns. This project will analyze experimental data on the dynamics of cytonemes and use the processed data to estimate the parameters of a mathematical model using curve fitting tools in MATLAB.
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Emmanuel Asante-Asamanieasantea@clarkson.eduMathematics
Modeling the transport of signaling molecules along cytonemes during long range cell-cell communication
Mathematics,Statistics, Developmental Biology
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Solving differential equations in MATLAB, Data fitting in MATLAB, Data analysis
https://www.asante-asamani-multisimlab.com/
Cells use signaling filopodia (cytonemes) to communicate over long distances during the development of various tissue patterns. The goal of this project is to understand how signaling molecules are transported along cytonemes by comparing the output of a mathematical model with experimental data.
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Emmanuel Asante-Asamanieasantea@clarkson.eduMathematicsCreating a computational model of the dorsal thorax of a fruit fly
Mathematics, Statistics, Developmental Biology
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MATLAB programming, Basic Statistics, Differential equations
https://www.asante-asamani-multisimlab.com/
Epithelial tissues consist of polygonal cells in contact. Simulating tissue dynamics requires a computational replica of this structure. This project seeks to create a MATLAB program for partitioning a quadrilateral into polygons with 4-6 sides.
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Emmanuel Asante-Asamanieasantea@clarkson.eduMathematics
Investigating the front to back coordination of cellular protrusions during chemotaxis.
Mathematics, Statistics, Cell Biology1Python programming, Calculus I, Basic statisticshttps://www.asante-asamani-multisimlab.com/
Chemotaxis is cell migration in response to chemical stimuli. It involves a forward protrusion and rear retraction of the cell boundary. It is unclear how cells coordinate this front to back motion to translocate. This project will develop a Python code to analyze the front to back motion of chemotaxing cells.
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