| Client | Pinpoint talent |
| Professor(s) | Melissa Sienkiewicz, Islam Gomaa |
| Program | Computer programing |
| Students | Jeffrey Sharpe Ningxin Zhao Mohammedaama-Shaikh Surjeet Singh Manjotkaur Dharni |
This is a an internal webtool for database management and reporting.
A database management tool for client operations
| Client | Al Morrison |
| Professor(s) | Melissa Sienkiewicz, |
| Program | Computer Programmer |
| Students | Team 16 (7 Up) Yuhan Cheng Sijie Chen Tyler Van Loon Jiazhao Zhang Pavlo Demchenko Siyang Xiong Jonathan Schmidt |
This android application aims to help our client to solve the hassle of recording car expenses. With the app, the client could easily log all his mileage, gas expenses, as well as seeing a graphical report of his expenses. Also, the client could record receipts to be saved as references too. Hopefully, when tax time comes, our client is in a better position in terms of reporting car expenses.
This android application aims to help our client to solve the hassle of recording car expenses. With the app, the client could easily log all his mileage, gas expenses, as well as seeing a graphical report of his expenses.
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| Client | Nylene |
| Professor(s) | Todd Kelley, |
| Program | Computer Engineering Technology |
| Students | Mustapha Matar Adam Matar Thi Da Tang Ting Chen Jimmy Tam |
Nylene’s current product search web application is outdated and unnecessarily complicated. We have been tasked with remaking the application to make it simpler to use for both administrative users and customers, as well as more efficient from a server sided perspective
Nylene is a producer and compounder of engineering thermoplastics that are manufactured for industrial use. They have pioneered the processes for specialty
compounds for a variety of end-uses.
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| Client | Blackburn Hamlet Association |
| Professor(s) | Melissa Sienkiewicz, Murtuza Marketwala |
| Program | Computer Programming |
| Students | Bing Zhou Cheng Zhang Divyangnares Patel Gabriel Araujo Lilia Martins Tarunkumar Kakadiya |
The project is the redevelopment of the Blackburn Hamlet Community Association website. The main goal was to have a website that is intuitive to navigate both for members of the community and association.
We achieved:
• Redesigned the website looks and structure
• Created and integrated two “child” websites into the main one
• Implemented accessibility features into the website aiming to be on pair with the Accessibility for Ontarians with Disabilities Act (AODA).
• Created a Business Directory where local business can register their business.
• Implemented an online payment option for membership.
• A calendar on the home page that gets automatically updated whenever a new event is added in a specific group calendar.
• An online community hall booking system.
• Improved the integration between BHCA social media (Facebook, Instagram, etc.) and the main website.
Our project was a complete rework of the Blackburn Hamlet Association Website. We updated its looks to a more modern design choice, added extra sections, and created some extra functionalities.
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| Client | Sandra Iroakazi |
| Professor(s) | Melissa Sienkiewicz, |
| Program | Computer programming |
| Students | Yash Modi Bakulbhai Prajpati Huifang Li Madeleine Peluso Shuting Yang Dmitrii Iakimchuk |
The Kampe website shows information on healthcare providers in a given region in an easy-to-use format
Kampe is a website that provides healthcare information for people in Africa
| Client | Suki Lee |
| Professor(s) | Todd Kelley, |
| Program | CET computer Engineering and technology |
| Students | Thuy Mai Computer Engineering Technologies: Computer Science Student (CET) Ivan Nyakayiro Kevin Luu |
Caremada web application is specifically designed for providing services along with ride hailing features. The application will enable clients to find qualified services providers to handle services in various categories such as childcare, aiding seniors, aiding individuals with disabilities, maternal, medical, therapy, tutoring, and/or shopping wherever they are. In addition, this application gives a chance for caregiving professionals to build profiles, find work and get paid wherever they are.
Our team was tasked to implement a dispatch system service like(Uber and lyft) to accommodate clients that need transportation with a professional caregiving drivers.
This web application will help users request a type of taxi service much easier. The additional feature that this application has stands out because of the service it provides other than just a simple ride-hailing application. User’s will be able to request a service such as escort me to a doctor and wait until the user is done to drive them back to their desired destination.
Caremada allows caregiving professionals to build profiles, find work and get paid wherever they are. It allows parents, families and members to book and pay for service providers whether at home or travelling anywhere in the world.
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| Client | Lissa Bowie |
| Professor(s) | Melissa Sienkiewicz, |
| Program | Computer Programmer |
| Students | Dongjin Shin, Sinjeong Kang, Qing Wang, David Lee |
Lissa Bowie has been over 20 years of experience in her jewellery industry who has reached out to us, team (Yuki), for help improving her Shopify website where she operates her business. Forging her craft in three separate countries, culminating with the brand taking shape in the Mountainous regions of Mexico. She has created a wonderful collection of hand-made keepsakes. The website: https://lissabowie.myshopify.com/ – operates on the Shopify platform and through the Shopify Partners Portal the Client has been able to craft and manage her website thus far.
Based on the problem statement, attempts have been done to enhance the website:
SEO has been implemented in the local Yuki Shopify website for optimization
Social Media such as Facebook & Instagram have been integrated – help users to share products / product information
Features like, Product Review, Wishlist, Augmented Reality and Accessibility were also integrated
Our strategy to deliver our product was done using the existing platform provided by Shopify. This platform is called Shopify Partners. On this platform, developers are able to easily modify the store and see the result of the development real-time. This tool is chosen since it is most compatible with our product which is also provided by Shopify.
The team has gained valuable experience working on this project:
How to effectively communicate with the client and provide quality service and support
How to manage the project in a timely manner
How to make the collaborative effort in the team to generate positive outcome
How to follow the guidance of our professor, also known as senior project manager, to meet the requirements set by the course
How to control versions and organize project components
The project has a demo website which resembles the real website but with the implementation of the enhancement: https://lissa-bowie-test.myshopify.com/
Enhance a Shopify store’s SEO, Social Media Integration, Rating & Review Feature, Augmented Reality, and already existing Wish List and Contact Menu.
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| Client | Melissa Sienkiewicz |
| Professor(s) | Melissa Sienkiewicz, |
| Program | Computer Programmer – CST8334 Software Development Project |
| Students | David Perry, Kathleen Arbour, Lovepreet Singh, Robleh Nur, Rozil Maranan, Navdeep Kaur |
Our client is a professor at Algonquin College and has identified an opportunity to enhance the ability to mark Java assignments of level 1 and level 2 Java students. The Java Auto Grader was created using Java.
The need for a grading application such as the one that this team will be designing stems for many different factors. Most importantly, an application for grading Java assignments will allow for a quick and efficient means of grading thus allowing for marks and feedback to be sent to the students. There are so many students in the early levels that it can make marking Java assignments very time consuming. The quicker students receive feedback, the more time they must learn from it. Using automation for grading removes any probability of the accusation to a professor of being biased in grading.
The program utilizes an easy-to-use GUI with a few buttons that will perform all of the necessary functions. The Java Auto Grader works as follows:
1. The program will accept a zip file which contains: a student submission folder, a solution file and a CheckStyle file as the input
2. As input folders will be in zipped format, software will unzip the folders first
3. Next the program will extract Student’s information and the time/date of submission of the assignment
4. The Java Auto Grader will run unit tests to output the total number of passed and failed tests
5. The program will run checks using checkstyle.XML file to match the java coding standard.
6. After performing all the necessary checks and tests, the Java Auto Grader will output the results in the csv file format
This product is independent, and self-contained. There are some automatic graders for programming language assignments that exist on the internet which have a cost associated with them. What makes this product different from the other auto graders is that this product will be able to unzip files and print grades as well as student information to a csv file for reporting purposes.
The Java Auto Grader doesn’t need internet connectivity to run. There is no database involved as all the results are saved to the user’s local machine.
This is the Java Auto Grader. It will take away having to manually grade Java assignments. The user can browse for the assignment which they want to grade. The Auto Grader will grade student’s assignments using a Checkstyle XML file and Junit tests.
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| Client | eSSENTIAL Accessibility |
| Professor(s) | Melissa Sienkiewicz, Murtuza Marketwala |
| Program | Computer Programming |
| Students | Jill Glas Shivam Gupta Lanre Oreyomi Ronak Patel Gaganrobin Singh Maggie Tan |
eSSENTIAL Accessibility is a leading software accessibility testing and solutions company that strives to help make websites more accessible for all users. Currently, automated webpage testing is done through the ASLint bookmarklet. eSSENTIAL Accessibility wanted to expand its webpage testing solutions to offer a Chrome Extension Development Tool that could offer automated website testing, user flow recording, and facilitate manual testing all with one Chrome Extension.
Our project focuses on the automated testing portion of the Chrome Extension which automatically tests webpages against WCAG and eSSENTIAL Accessibility standards and displays the results in the Chrome Extension DevTool with the ability to download the report as a JSON file.
Through the development process, we have learned about Chrome Extension development, JavaScript, HTML, and web accessibility standards. We have also gained experience working in teams, both our automated testing team and the full chrome extension team.
The eA Web Accessibility testing toolkit allows users to automatically test webpages against accessibility standards.
| Client | Andrew Chung – Essential Accessibility |
| Professor(s) | Melissa Sienkiewicz, Murtuza Marketwala |
| Program | Computer Programming |
| Students | Lindsay (Mingzhen) Deng
Diana El-Haddad Harsh Uppal Darshil Pathak Manaliben Arugiri Gosai Alen Jiji |
Our project involves creating a Chrome extension, used to test websites, that will record a visitor’s journey (or flow) through the website for the essential Accessibility Company. In support of accessibility testing drive efficiency in the manual testing for accessibility. This was done by working in parallel and coordinating with two other teams (Team 10 and Team 13) developing other facets of the same Chrome extension.
The extension allows the user to record the URLs visited and any interaction events performed by the user in the form of XPaths. All the captured information can be downloaded as a JSON file.
Our feature involves recording a user’s workflow by capturing the sequence of pages, interaction events performed by the user, and downloading it as a JSON file.
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