A software solution on alleviating the implications and limitations of COVID19 on the livelihood of the aged and physically challenged.

The emergence of COVID-19 has brought about negative effects not only to the economy of nations but also the livelihood of people in the nation, with its rise came unemployment, shortage of resources like food and access to health care, increase in expenses etc. Our study/system aims to shed light on some of the causes and effects as well as proffer solutions to these negative effects, with our focus on the Aged and physically challenged in the aspects of Food and Health.

Given the financial situation of the company with most citizens feeding from hand to mouth, this application seeks to connect employers with people ready to offer services for menial jobs like laborers, cleaners etc. This can help provide daily means for people to eat, hence reduce menance in the society.

Quality of Life Enhancement and Maternal Mortality Reduction through Health, Nutrition and Lifestyle Support

Factors, challenges inhibitions and implications of maternal morbidity are examined. Stakeholders would be engaged through focused group discussions, interviews and observations to elicit user needs, desired interventions and priorities. Low and high fidelity prototypes of the desired solution would be designed, tested iteratively with users and stakeholders using agile methodology. Appropriate solutions would be proffered and deployed using mobile apps, telecommunications, voice, text, data analytics, business intelligence and associated technologies and processes. Stakeholders would be adequately incentivized. The importance of good health management, as well as, access to good, available and affordable nutrition for maternal morbidity reduction and healthy development of the mother and child would be promoted. Excellent lifestyle would be encouraged.

we have some cases of various accidents that occurs in the state especially around idi ape axis, uncounted number of time there have been serious traffic jam and accident caused because of impatience of road users and also the absence of traffic officers. so we are proposing an automated traffic control system that will help in the flow and passing of road users.

Our Research/system would be focused on Agbowo community youths (a marginalized group) and how the lack of basic social amenities has affected their lives. We would proffer solutions to help battle some issues the community maybe encountering.

Different upgrade has been done over the years; from size, shape, touchscreen, languages and fingerprint to enable both literate and illiterate to operate the ATM machine, yet some people still find it difficult to operate the machine due to lack of understanding, inability to read etc

The application seeks to provide advisory support for the girl-child (especially the female adolescents that are most at the risk of exploitation and abuse)
It will also provide counselling tips to assist re-integrate female victims, of various forms of abuse, back to the society and ensure their social and emotional well being. A children rehabilitation centre will be used as a case study.

Problem: It has been gathered that so many accidents have occured due to drivers with impaired hearing abilities. Some drivers depend solely on sight to know if they should join a junction, or enter a bend or curved area which has proven to be hazardous. The application will be responsible to give a sensor to the drivers when a honk is detected. Main user: Deaf people

Anyone can volunteer for any NGO job in their area.It can have the usual GoFundMe interface but instead of monetary donations alone, it can include physically helping kids cross the road, shopping for the elderly and any other volunteer service.

An online market platform which leverages on crowdsourcing to address on-demand service needs of individuals and connects them to verified service providers. Services will range from artisanal to professional renditions covering delivery service, home repairs, general cleaning, furniture assembly, carpentry, etc. The online platform will serve as a bridge between “Task Posters” (persons who require certain services) and “Task Doers” (verified individuals who have the requisite skills to complete the listed task).

A newspaper application designed for the elderly who may be suffering from organ weakness like sight, hearing and touch. This application will have features like to text-to-speech, voice recognition, easy navigation to other features like foreignnews, sports, entertainments, alarming system (which serves as a reminder) for a breaking news/pop up news among others.

This Application attempts to enhance students performance by giving them all needed materials around a course in one location.
Students from different campuses can share different materials like pdf, word, PowerPoint slides, jpg, png and other documents formats for easy access. Students will also get to share links to other sites for others to access videos or articles that can enhance performance.
The interface will be very simple and interactive. The main idea is to make similar resources required within a course readily available without the need to do so many fruitless search on google and youtube.

To design an interactive system that will help the teacher and parent to educate and train the autism child to read fluently using approaches like dot matching and puzzling with sequence of animated pictures and interactive learning application.

The Project is based on an International Online Reservation System. In this project we are to design a system that will allow users to do an Online International Reservation. All they do is to access the online reservation from their own system. This system has a reservation.mdb files which add, delete and update the customer' information. This system has scalable yet include important functionality such as client history, full seurity and powerful reporting tools.

Different upgrade has been done over the years; from size, shape, touchscreen, languages and fingerprint to enable both literate and illiterate to operate the ATM machine, yet some people still find it difficult to operate the machine due to lack of understanding, inability to read etc

Enabling Adaptive Practice of Prior Knowledge towards Promoting Education Equity.

Students will learn the best when offered the timely, proper supports that correspond to their current knowledge level. With AI-based intelligent tutoring systems that can calculate student’s current skill mastery of certain knowledge, it is possible to offer personalized, adaptive practice based on each students’ prior knowledge. This may better prepare students up to the next-to-be-learned knowledge, reduce the time of them struggling unproductively or practicing knowledge they have already mastered, and increase their learning efficiency through more personalized, focused and targeted practice. Such adaptive practice of prior knowledge also holds the potential to bridge the knowledge gap between different students, and promote education equity.

PROJECT OVERVIEW
This machine will focus on truck/trailers weighing and waybill ticketing operations in a company. An operation which can solely be performed by the truck driver and can be done anytime. This system is designed to identify the trucks and their respective drivers and capture their weight information which will then be sent to a web dashboard for monitoring.

This AWM operates in a way that any driver/operator can operate regardless of age, inexperience or education level as they will be trained on its usage for effective running of daily weighing operations.

The users of this machine will be registered with information as it relates to their individual trucks/trailers and which can be edited from time to time due to change in driver and these drivers will be left with no choice than to adapt to the usage of the new system. This will also enhance their knowledge relating to Information Technology and in tandem assist the company to guard against theft (unregistered or unwanted truck and driver to the company).

This will also serve as a forum for learning and adaptability for personal improvement planning by the users/drivers.

The Automated Weighbridge Machine (AWM) also identifies vehicles and drivers to prevent unauthorised use and captures the database of every vehicle at the weighing site.

EXISTING WEIGHBRIDGE OPERATIONS
Step 1: Driver drives the truck into the weighbridge and submits his loading order (Name, plate no, destination and material) and tare weight is captured by operator.
Step 2: Weighbridge (WB) operator enters driver’s details on the system.
Step 3: Driver drives out of the WB and head to the loading point.
Step 4: After loading, driver returns to the WB and brings back his loading order to the operator at the weighbridge.
Step 5: The Operator captures his gross weight and ask driver to come back for his waybill after parking (which contains drivers name, plate no, material, destination and gross, tare and net weight)
Step 6: Driver takes waybill to the security gate for final clearance and drives off.

PROPOSED SYSTEM (AWM) AND ITS INNOVATIVE FEATURES
Step 1: Driver login with plate number and Pin (4digit)
Step 2: System prompt driver to drive into the weighbridge to enter Tare weight.
Step 3: In a moment, Tare weight is captured by the system and prompt the driver of the action. (TARE WEIGHT TAKEN)
Step 4: Driver drives out of the weigh bridge into the factory.
Step 5: Driver drives into the factory to queue up for loading.
Step 6: The loading supervisor assigns arriving trucks to a particular material loading point.
Step 7: Truck driver drives to the assigned loading point for loading.
Step 8: After loading, the driver returns the loaded truck to the weighbridge for weighing.
Step 9: Driver login to the AWM with plate no and pin
Step 10: The system prompts the driver to drive into the weighbridge to enter GROSS WEIGHT.
Step 11: In a moment, Gross weight is captured and NET WEIGHT is computed.
Step 12: System generates waybill with the following contents (Driver's name, plate number, destination, waybill s/n, material loaded, Gross weight, Tare weight and Net weight).
Step 13: Driver takes waybill from the AWM and takes to the security personnel for final clearance at the gate and driver drives off to the destination.

Innovative features.
• All the process involved are automated.
• All drivers are trained to operate the machine, regardless of age, inexperience or education level.
• All existing drivers and Trucks will be identified by the AWM haven being preregistered on the machine’s database.
• Ensuring Accuracy and timeliness

Note: Assumed that all trucks are in good condition and can make long distance trips.