Capstone Project Overview  

Team #1: TEAMONE

The Nucor facility produces insulated panels on a continuous line, with a semi-operator controlled foaming stage where polyisocyanurate foam is formed through a chemical reaction. This project aims to develop a control algorithm to automate the foaming process by optimizing chemical input to maintain consistent foam density.

Team members: Anna Nebel, Brianna Chester, Tom Liao, Yifeng Hu, Rehnuma Anwar

Capstone advisor: Zeinab Hosseinidoust

Industry partner: Nucor Insulated Panel Group

Team #2

We are tasked with designing a control algorithm for Nucor’s foam panel production line. The objective is to create a control algorithm that maintains a constant line
speed while adjusting the chemical flow rate to keep the foam density consistent.

Team members: Ryan Bender, Nathan Eastment, Adam Fernandes, Hetash Rattu, Jamal Zureikat

Capstone advisor: Zeinab Hosseinidoust

Industry partner: Nucor

Team #3

This project involves designing a hydrometallurgical plant at a scoping level to produce battery-grade Nickel Sulfate Hexahydrate, a key material used in electric vehicle batteries as part of the cathode active material for advanced battery chemistries.

Team members: Dounia Qawasmi, Salma Ghanem, Bradley Charko, Justin Evangelista, Gertrude Henneh

Capstone advisor: Raja Ghosh

Industry partner: Hatch Ltd.

Team #4: Emission: Impossible

McMaster University aims to achieve a net-zero carbon campus by 2050, with a key challenge being the central plant’s reliance on natural gas for steam and chilled water production. This project involves reviewing the plant’s operations and proposing a fiscally responsible decarbonization strategy to reduce or eliminate the dependence on natural gas use.

Team members: Subhiksha Chittibabu, Anas Takrouri, Shuangyu Gao, Daniele Palladino, Muhammad Shamikh

Capstone advisor: Jake Nease

Partner: McMaster University

Team #5: CarbonSealer

Another major natural gas consumption source in McMaster University other than boilers is the cogeneration unit which contributes to 30 – 40% of overall CO2. It is important to design a process to reduce the carbon emission from the cogeneration system, and membrane carbon capture technology has the potential to be the solution.

Team members: Jian Yang, Zhijun An, Muzi Wang

Capstone advisor: Jake Nease

Industry partners: Dave Cano, Alvin Baldovino

Team #6: PolyCycle

As sustainability is becoming increasingly important in many industries, there is an increased demand for alternatives to traditional plastics; this places polylactic acid (PLA) at the forefront of the bioplastics market due to its renewability and competitive pricing. However, the limited recyclability of PLA restricts their full integration into a circular material economy because of mechanical integrity loss, thermal degradation, and generally decreased tensile strength associated with each recycling cycle. The main objective of the experiment is to improve the recyclability of rPLA over multiple reprocessing cycles by mixing it with polymers like amorphous PHA and chain extenders.

Team members: Kamaya Bosland, Zaid Elwi, Cheryl Tong, Carson Sing, Scarlett Jeong

Capstone advisor: Li Xi

Industry partner: Oligomaster

Team #7: Mission: Imbottleable

This project focuses on improving the recyclability of plastic beverage bottles by blending recycled PET (rPET) and PLA with the use of compatibilizers. Through extensive lab testing, including mechanical, thermal, and rheological analyses, the most effective compatibilizer and optimal processing parameters were determined to enhance material performance and support a circular economy.

Team members: Somia Rehman, Alisa Godovanny, Kritika Sharma, Olivia Ljuboja, Zoya Malik

Capstone advisor: Li Xi

Partner: Oligomaster Inc.

Team #8: Hemp Fusion

The use of hemp in bioplastics is limited due to the cost of shipping, thus a modular system for farmers needs to be designed which can micronize and pelletize hemp with a biopolymer resin on site, making an accessible and sustainable alternative to petroleum-based plastics. This system needs to be user-friendly and will prioritize safety and economic feasibility.

Team members: Samantha McKelvey, Charlotte Paton, Allison Simpson, Adeola Folorunso, Mallika Khurana

Capstone advisor: Li Xi

Industry partners: Oligomaster

Team #9: Mini-MBR Team 9

Under a partnership with Fibracast Ltd., the goal of this project is to design a functional, transportable, small-scale MBR that will be used to treat wastewater on-site from existing sources. Using Fibracast’s own ultrafiltration membrane, FibrePlateTM, and all necessary piping, alarms, and controls, the designed small-scale system will treat post-bioreactor flow to produce clean filtrate.

Team members: Sheel Ayachi, Khushali Shah, Max Rand, Justin Tran, Nicole Liut

Capstone advisor: Kim Jones

Industry partner: Fibracast

Team #10: Mini Membrane Masters

By designing a small scale membrane bioreactor (MBR) using the Fibracast membrane technology, this project’s design treats wastewater at existing production plants. This design aimed to purify mixed liquor in a cost effective, weather resilient, efficient, and portable way.

Team members: Erika Tennant, Joshua Spano, Haeeda Rizwan, Harleen Jaryal, Warisha Adil

Capstone advisor: Kim Jones

Industry partner: Fibracast

Team #11: Sarmo

Decarbonizing the steel industry is crucial in addressing climate change. Our team designed an electrochemical steel production process inspired by Electra technologies, offering a lower-energy, low-emission alternative to traditional methods, shaping the future of sustainable steel manufacturing.

Team members: Olivia Pilla, Sara Woods, Rita Filipe, Michael Burton, Ali Syed

Capstone advisor: Drew Higgins

Industry partner: John D’Alessio

Team #12

Design of a full-scale carbon dioxide removal plant using a combined bipolar membrane electrodialysis system coupled with electrocatalytic hydrogen production to enhance ocean alkalinization using dilute NaOH solution.

Team members: Jake Raycraft, Nolan Roney, Pako Musa, Karl Rizk, Maha Chaudhry

Capstone advisor: Charles de Lannoy

Team #13: HydroCarbon Solutions

Optimization of the global location of a BMED plant based on a techno-economic analysis and the consideration of relevant factors, such as the cost of utilities, labour, and land.

Team members: Eileen Cornejo, Ellie Teeple, Ada Chen, Prachi Kapur, Tiffany Tjong

Capstone advisor: Charles De Lannoy

Team #14

The iron and steel industry is one of the major emitters of greenhouse gas, accounting for 7-9% of global CO2 emissions annually, leading to an effort to reduce emissions from basic oxygen furnace gas (BOFG). This project aims to propose an end-of-pipe solution for an existing steel plant.

Team members: Annika Culhane, Steven Chui, Jonah Kwon, Madeline Wighardt, Elsie Igho

Capstone advisor: Prashant Mhaskar

Industry partner: Hatch Ltd.

Team #1: MHPGEEZ

Lean, Idris, Agda and Rocq are functional programming languages widely used as proof assistants. However, current user experience with these languages suggests that there are many low-level deficiencies. In this project, the aim is to systematically test these proof assistant languages to highlight potential areas for improving their performance by creating an automated code generator that generates tests written in these languages of increasing size and measures the time and memory complexity.

Team members: Esha Pisharody, Zainab Abdulsada, Emma Willson, Grace Croome, Marie Hollington, Proyetei Akanda

Capstone advisor: Jacques Carette

Team #2

Our project aims to support ENT (Ear, Nose, Throat) surgery patients by developing an intuitive AI-powered chatbot that provides accurate, immediate information about surgical procedures at the convenience of the patient. This solution aims to provide a judgment-free space for patients to become well-informed while helping surgeons optimize their time, enhancing the overall surgical experience.

Team members: Deluckshan Murugesu, Ben Weeks, Corinna Lin, Donya Zolfaghari, Javier Afonso, Kieran Henderson

Capstone advisors: Denise Geiskkovitch, Charles Welch, Dr. Benjamin van der Woerd

Team #3: MacConnect

In today’s increasingly digitalized world, McMaster students face challenges when trying to find meaningful connections within the university community. MacConnect aims to enhance student engagement, foster inclusivity and streamline information access through a centralized platform where students can effortlessly discover clubs, events, and like-minded peers.

Team members: Mariyam Arief, Jai Rajesh Mehta, Joel Binu Varghese, Olisha D’Mello, Sarath Sajiv Menon, Swaleha Jasmine

Capstone advisor: Mehdi Moradi

Team #4: Team DegreeFlow

DegreeFlow is an academic planning platform designed to help McMaster University students track degree progress, receive real-time seat availability alerts, and explore “What-If” scenarios for course planning. By integrating transcript parsing and course recommendations, it streamlines academic decision-making and ensures students stay on track for graduation.

Team members: Anderson Zhou, Aniruddh Arora, Anupam Raj, Sarah Neelands, Yanchun Wang

Capstone advisor: Luke Schuurman

Industry partner: Team DegreeFlow

Team #5: NexusMES

We are making a centralized web application for the McMaster Engineering Society to standardize and streamline event management. Key features include the ability to manage members, clubs, events, RSVPs, and more, improving administrative efficiency and organization.

Team members: Akash Santhanakrishnan, Kumar Harshavardhan Jha, Millad Bahrami, Vraj Patel, Dhruv Thakor, Gurveer Sohal

Capstone advisor: Luke Schuurman

Team #6: Pentachess

Pentachess is a new chess variant with a wild new board and ruleset redesign that presents a new challenge to old and new players alike. Our team has created a web-based application of it so that people can play the game with all the conveniences that this format brings.

Team members: Brandon Bosman, Mian Rafay, Saad Tariq, Emaan Khan, Karl Sader

Capstone advisor: Paul Rapoport

Team #7: Nodifires

Nodify is a codebase visualization tool that instantly generates interactable, up-to-date execution diagrams to better understand the various segments and services of any Python program. This project simplifies and streamlines the process of understanding code through automating the creation of powerful visual aids.

Team members: Ahmet Dumlu, Youcef Boumar, Anthony Hunt, Mutaz Helal

Capstone advisor: Medhi Moradi

Team #8

Our project aims to develop a robust and accessible open-platform web application for researchers. This application will facilitate the preprocessing, computation of summary measures, analysis, and collection of behavioural data of rodents with induced OCD-like behaviour from the Federated Research Data Repository.

Team members: Brandon Carrasco, Daniel Locke, Jamie Wong, Inoday Yadav

Capstone advisor: Amirhossein Sabour

Industry advisors: Dr. Henry Szechtman and Dr. Anna Dvorkin

Team #9: Die Spy Studios

Die Spy is an ML-based computer vision app used for dice roll detection. It integrates image recognition with quality-of-life features to deliver a strong companion app for any tabletop game.

Team members: Jackson Cassidy, Wyatt Habinski, Christian Majid

Capstone advisor: Mehdi Moradi

Industry partner: Die Spy Studios

Team #10

This project develops an automated trading algorithm that leverages the Post Earnings Announcement Drift (PEAD) anomaly to analyze earnings discrepancies and generate actionable trade recommendations. The system features real-time data integration, machine learning, and a user-friendly interface for backtesting and performance analysis.

Team members: Braedon Kwan, Bhuvesh Chopra, Archit Sharma

Capstone advisor: Amirhossein Sabour

Team #11: VisuAssist

VisuAssist is a web-based application that provides real-time environmental descriptions to assist visually impaired users. Through activation via voice commands and camera inputs from mobile devices, the application interprets surroundings by leveraging image recognition and machine learning technologies. Users can activate environmental description functionality via voice commands such as “show me what you see,” upon which they receive a verbal description of their environment.

Team members: Yimo Ning, Caleb Chung, Sunkyo Yoon, Jiehao Fu

Capstone advisor: Mehdi Moradi

Team #12: ParkItPlace

ParkItPlace is a peer-to-peer marketplace that connects drivers with available parking spaces from individuals, businesses, and property owners. Whether for a few hours or days, ParkItPlace allows users to discover, reserve, and pay for parking in real-time or negotiate terms and pay independently. It transforms unused spaces into valuable resources, offering drivers convenience and spot owners a new income stream.

Team members: Ben Lee, Maaz Salim, John Wu, Ritvik Deshpande, Avin Tharakan, Ivan Ebos

Capstone advisor: Mehdi Moradi

Team #13: TrendGuardian

Global Layoff Forecasting & Analytics Platform is a full-stack web application that provides users with real-time, valuable insights into global layoffs. By offering data on layoffs by industry, company, region, and other key factors, the app will help users make informed decisions about career moves, company choices, and strategic planning.

Team members: Jianlan Ding, Sarah Eng

Capstone advisors: Mehdi Moradi, Amirhossein Sabour

Industry partner: TrendGuardian

Team #14: Rooms4Rent

Landlords and renters currently use apps like Facebook/Kijiji that are not tailored for the renting space, leading to rampant fraudulent posts, and putting the burden of housemate/sublease searching, identity verification, and processing rent onto renters and landlords, often requiring many different apps. Our goal is to simplify the process by combining every process into one app –creating safer, and more convenient way to rent.

Team members: Sammy Dods, Alen Wang, Muzamil Janjua, Ryan Lam

Capstone advisor: Mehdi Moradi

Team #15: ChestScan Xperts

AI-powered web platform for detecting and classifying diseases from user-uploaded chest X-ray images. The platform utilizes a CNN-based model to detect the presence of various common diseases providing accurate and efficient feedback.

Team members: Yuvraj Sing Sandhu, Suvansh Dutt, Suhass Parcha, Ujjwal Raj

Capstone advisor: Mehdi Moradi

Team #16: MeetingBot

In the modern workplace, online meetings generate valuable data—audio, video, transcripts, and metadata—that can power automation tools like meeting summarizers, note-takers, and AI assistants. However, current solutions for accessing this data are proprietary and costly, limiting accessibility for startups and independent developers.

Our project provides an open-source, low-cost API that enables developers to create and manage meeting bots across platforms like Zoom, Microsoft Teams, and Google Meet. These bots can automatically join meetings, capture key data, and make it accessible via an API, eliminating the need for manual intervention.

Team members: Alex Eckardt, Owen Gretzinger, Jason Huang, Sahib Khokhar, Sarah Simionescu

Capstone advisor: Mehrdad Dehaghani

Team #17: Cookie

Gin Rummy has been one of the most popular two-person card games for over a century. This project recreates the game electronically but with a difference. The entire game is played and scored in the dozen number base —“base twelve”— with a dozenal deck of 64 (5 dozen 4) cards. Dozenal has been researched for a few centuries as a number base superior to decimal (“base ten”) mainly because of its abundance of non-trivial factors, 2, 3, 4 and 6, compared to those of decimal, only 2 and 5, with five not being particularly useful. The project involves dealing with the cards with animation and sorting them with mild animation, enabling the play of the cards, and scoring and presenting the results. The focus will be on implementing the new game logic, perfect user interactions and seamless user experience.

Team members: Qiwen Jiao Selina, Chenrui Hao, Zizeng Li Lance, Yunze Li Figo, Qixuan Zhong Laixuan

Capstone advisor: Paul Rapoport

Team #18: RideBuddy

RideBuddy is a carpool platform that helps people to find rides to their destinations. The platform will allow users to create a profile, search for rides, and offer rides to others.

Team members: Kunhan Liang, Jingxin Huang, Raymond Zhao, Arruran Kamalavannan

Capstone advisor: Mehdi Moradi

Team #19: The Technical Boys

Our project focuses on developing a secure invisible watermarking system for digital image protection. Using advanced techniques like Discrete Cosine Transform (DCT), Singular Value Decomposition (SVD), and Quantization Index Modulation (QIM), the system embeds imperceptible watermarks that remain robust against attacks such as compression, noise, and resizing. To enhance security and ownership verification, the system integrates blockchain technology for managing timestamps and keys, ensuring authenticity and tamper resistance. With features for watermark embedding, extraction, and key management, this project provides a reliable solution for digital content authentication, supporting standard image formats like PNG and JPEG.

Team members: Aadvit Khanna, Yu Xi, Zhifu Sun, Xin Huang, Sohard Sukhija

Team #20: Neural Traffic Networks

Neural Traffic Networks (NTN) is an innovative initiative to transform urban traffic management. By leveraging advanced artificial intelligence methods, NTN seeks to optimize traffic flow, improve urban mobility, and enhance the overall commuting experience for residents and visitors in a City.

Team members: Naga Sasi Dhar Imadabattuni, Kartik Sharma, Satya Nikhil Kodukula, Riddhi Shah, Jaden Mathias

Capstone advisor: Swati Mishra

Team #22: Student Evaluation Qualitative Comment Analysis

A website to be used by professors to conduct midterm course evaluations, perform topic modelling to summarize the results, and display visualizations of the generated topics in an easily understandable way.

Team members: Ryan Patterson, Shenton Wang, Lai Wei, Yang Xiao

Capstone advisor: Sharonna Greenberg

Team #1: Garage Guard

Automated garage door open with gesture and image recognition

Team members: Umer Mubeen, Kevin Brockmann, Safiullah Shah, Omar Abbas

Capstone advisor: Ameer Abdelhadi

Team #1: Precision Collective

This project focuses on developing a efficient system to automatically sort resistors based off their resistance values. By integrating accessibility features and time saving mechanisms, the system aims to simplify the process enabling users to focus on circuit design.

Team members: Shanzeb Immad, Johnnathan Gershkovich, Josh Umansky, Ethan Tehranzadeh

Capstone advisor: Chih-Hung Chen

Team #2: SSIG

The Self-Sustaining Intelligent Greenhouse integrates real-time environmental monitoring to optimize plant growth while minimizing energy consumption and manual intervention. Leveraging a wooden and plexiglass architecture, and a web-based dashboard, the system balances environmental conditions such as temperature and CO₂ to create a closed-loop, resource-efficient agricultural solution.

Team members: Inno Panem, Irtaza Syed, Aaron Rajan, Karanvir Braich, Sameer Shakeel

Capstone advisor: James Chen, Shahram Shirani

Team #2: Super! Electric!

To pursue energy efficiency and lowering standard requirements for the power supply unit, we will need a super capacitor module, to provide the energy for occasional power spikes. The project seek to design a management module that allows high energy efficiency, while maintaining affordable cost and small size.

Team members: Shan Qing Pan, Jiahui Yu, Wenrui He, Feichen Zhou

Capstone advisor: Ameer Abdelhadi

Team #3: KeyWave

We’re developing an AI-powered DJ that uses advanced machine learning to analyze and mix music tracks in real-time, creating seamless, dynamic playlists tailored to any mood or setting. Our goal is to blend technology and creativity to redefine how music is experienced.

Team members: Michael Nguyen, Tim Tang, Yao Yuan, Mohamed El Sayed

Capstone advisor: Ameer Abdelhadi

Team #3: Green Current

A hydroponic system capable of providing one individual with continuous access to leafy green vegetables with minimal active maintenance and without access to the power grid.

Team members: Leon Murray, India Groundwater, Fatemeh Zahirisaransari, Dean Lam Tze Ting

Capstone advisor: Chih-Hung Chen

Team #4: W.A.R.S.

An automated system that dynamically changes with the weather outside your car to help you drive safer and with less distractions.

Team members: Cole Cadera, Jackson Bell, Viktor Veljanovski, David Sagalovitch

Capstone advisor: Ameer Abdelhadi

Team #4: Equanimiti

A flexible mental health app that uses retrieval-augmented generation to create personalized exercises for managing anxiety and depression, tailored based on users’ previous responses. It also offers a speech recognition feature, allowing users to complete exercises by speaking instead of typing.

Team members: Robert Benitez-Ek, Gurleen Dhillon, Ajneet Banwait, Nicholas Kuk, Antheus Aldridge

Capstone advisor: Chih-Hung Chen

Team #5: GloveX

We are developing an innovative motion capture glove to wirelessly synchronize hand movements with a robotic arm in real-time. By utilizing flex sensors to capture finger-bending angles, an Arduino for data processing, and a Bluetooth module for seamless communication, our glove provides precise motion tracking. The system integrates an STM32 microcontroller to ensure fast and reliable control of the robotic arm, enabling accurate replication of human hand movements.

Team members: Chuchu Zeng, Yujia Guo, Jiangzhuo Hui, Zepeng Wang

Capstone advisor: Xun Li

Team #5: S05

A precision 3-axis automated soldering system with AI-driven quality control to enhance efficiency and reliability in PCB assembly.

Team members: Mayar Aljayoush, Arji Thaiyib, AHmad Choudhry, Abdullah Hafeez, Arjun Bhatia

Capstone advisor: Shahram Shirani

Team #6: Sldr ² ✧˖°

Our project aims to design a wearable vest embedded with sensors to assist individuals with vision-loss or spatial awareness issues to safely and confidently navigate through various environments without the need for other safety equipment. The vest will provide real-time feedback to the wearer about their surroundings by using vibrations to indicate any obstructions in their way to reduce the risk of collisions.

Team members: Dania Sherif, Rayan Mokdad, Ryan Simoes, Luca Mastroiacovo, Sana Khan

Capstone advisor: Ameer Abdelhadi

Team #6: S06

The AlignPro posture detection device is designed to monitor and provide real-time feedback on the user’s posture through a wearable system integrated into a vest.

Team members: Tejas Sheth, Ahmad Hamzah, Carson Stolk, Tyler Greenwood

Capstone advisor: Chih-Hung Chen

Team #7: RF Doom

VoidLink is an affordable and compact wireless communication device. VoidLink forms a decentralized network to relay relative position and critical information over long ranges with minimal power.

Team members: Boran Seckin, Lukas Koutza-Janisch, Stefan Praniauskas, Milena Thibault

Capstone advisor: Chih-Hung Chen

Team #7: Shock-star Laser

A multi-purpose camera vision orientated laser tracker with software and hardware controls. Initially displayed as a low voltage prototype for bug repellent the Shock-star has a wide variety of applications for defence, farming, personal security and autonomous machines.

Team members: Samarth Mehta, Sava Jankovic, Akash Sharma, Emil Soleymani

Capstone advisor: Ameer Abdelhadi

Team #8: Stop and GO

This project involves designing a controller to manage a Brushless DC (BLDC) motor and implement regenerative braking. The controller will efficiently recover energy during braking and feed it back to the system, enhancing energy efficiency and battery performance.

Team members: Mayar Elkzzaz, Samuel Samaan, Jonnah Duque, Jason Wigmore, Liam Watson

Capstone advisor: Ameer Abdelhadi

Team #8: Team Groot

The Automated IoT Indoor Plant Cultivation System optimizes plant growth by monitoring and controlling key factors such as pH, water levels, and light intensity. Using sensors and automated pumps, it dynamically adjusts conditions to maintain an ideal environment, while IoT integration enables real-time monitoring and remote control for enhanced convenience.

Team members: Yuzhou Jiang, Hanyu Huang, Dehe Meng, Zemeng Wang, Dishu Yang

Capstone advisor: Shahram Shirani

Team #9: NextMove

Chrome Extension that uses AI to personalize your emails.

Team members: Yash Bhavsar, Aidan Mathew, Semantika Pandey, Taiwo Rabiu, Kehinde Rabiu

Capstone advisor: Chih-Hung Chen

Team #9: Enclosed Ecosystem

This project involves developing a sustainable, enclosed ecosystem that integrates a fish tank and plant bed, leveraging photosynthesis to grow plants, support aquatic life, and reduce CO2 levels while autonomously managing environmental conditions. Targeted at residential, commercial, and industrial users, it offers an innovative solution for low-maintenance gardening, and carbon footprint reduction.

Team members: Ally Luu, Nathan Rodrigues, Abdelrahman Mostafa, Caroline LI, Ha Le

Capstone advisor: Ameer Abdelhadi

Team #10: Jom & Terry

A wrist-worn computer mouse designed for people who have limited hand dexterity, who have undergone hand amputation, or who were born without a hand.

Team members: Luke West, Ryan Xu, Matthew Yu, George Gill

Capstone advisors: Ameer Abdelhadi, Xun Li

Team #10: PetPal Feeder

A smart device that recognizes pets and automatically delivers the ideal portion of food based on their size.

Team members: Junbo Wang, Chaoyang Chen, Tao Yan, Zihao Song, Cheng-Kai Weng

Capstone advisor: Chih-Hung Chen

Team #11: Harmonic Quarter

Chord Finder is a hardware-based system that detects musical notes, identifies chords in real-time, and provides instant feedback to help musicians learn and practice more effectively.

Team members: Arnur Seken, Parsa Salmatian, Anh Hoang, Ayeman Hyder

Capstone advisor: Ameer Abdelhadi

Team #11

WireNet is a web-based wire harness and connectivity management system designed for technical teams and industry applications, offering a more user-friendly and efficient alternative to traditional routing software. WireNet enables rapid implementation, easy connection verification, and intuitive connector table outputs to streamline wiring harness planning and manufacturing.

Team members: Arjun Snider, Kurt Snell, Christy Joseph-Anton, Steven Samu

Capstone advisor: Chih-Hung Chen, Shahram Shirani

Team #12: The Capaciteers

A smart dartboard that enhances the darts experience through computer vision-based score detection and interactive LED lighting. The integrated LEDs create a dynamic and engaging gameplay experience, while a companion app enables users to manage various game modes and track player statistics.

Team members: Aithihya Kompella, Shathurshika CHandrakumar, Lawrence Suitor, Grace Xing, Benji Richler

Capstone advisor: Ameer Abdelhadi

Team #12: CP Ball

Our capstone project focuses on developing an AI-powered basketball training assistant that combines machine learning and computer vision to provide players with real-time feedback, performance tracking, and personalized training recommendations.

Team members: Jibin Mathew, Ronit Ahuja, Anthona Acosta, Biswajit Saha

Capstone advisor: Chih-Hung Chen

Team #13: Medi-traX

The Medical Monitoring System is a network of three devices working in tandem to deliver medical history and real-time information to both patients and first responders. The bracelet will convey information like a robust medical history (allergies, diseases, medications, etc.) & real-time information (blood oxygen & pulse) to both the patient and first responder devices. The patient device displays the sensor information, and will potentially house a non-invasive glucometer. The first responder device will provide paramedics with a graph showing the sensor data over the last few hours, as well as alerting them to the aforementioned medical history.

Team members: Hazel Al Afif, Nathan Rosehart, Luke Hendrikx, Mohammad Bishr Hamideh

Capstone advisor: Ameer Abdelhadi

Team #13: BitByBit

This project aims to build an integrated smart home system using a Raspberry Pi as the central controller. The system includes AI-powered facial recognition for secure access control, real-time data collection from sensors (temperature, motion), device management (lights, fans), and remote control via a mobile app.

Team members: Sara Shehada, Falak Shaikh, Areeba Irfan, Clara Abadir

Capstone advisor: Chih-Hung Chen

Team #14: Fireball Fighters

Our Smart Fire Detection System reimagines traditional fire alarm systems by integrating a network of advanced smart devices. Our smart devices are designed with sensors to monitor temperature, humidity, smoke, and carbon monoxide, along with a thermal camera that maps fire intensity and propagation. This real-time data is transmitted to a web application, where it is visually processed to provide fire fighters and emergency responders with faster, clearer, and more actionable insights.

Team members: Earl Parker, Ricky Chao, Ryan Kumar, Ansh Tiwari, Rafik Manla Hassan

Capstone advisor: Ameer Abdelhadi

Team #14: JAYM Software Ltd.

AiPron is an AI safety and cooking assistant to be used within the home kitchen with the goal of being able to assist in hands-free recipe instructions and reduce personal injuries.

Team members: Joelle D’Amico, Ankit Aggarwal, Yahya Selim, Magda Shehata

Capstone advisor: Chih-Hung Chen

Team #15: HyperMag

An electromagnetic accelerator that can continuously propel a projectile using magnetic fields generated by passing current through inductors. This is a small scale representation of hyperloop, and maglev trains.

Team members: Andrew Power, Mohit Aasi, Aarti Sethi, Sajan Flora, Carlos Ceniceros-Arce

Capstone advisor: Chih-Hung Chen

Team #15: InkSync

InkSync is a smart pen for non-touchscreen devices that allows you to take digital notes on any surface without the use of a tablet.

Team members: Andrew Ye, Arthur Myshkin, Kyle Stamp, Zhe Wang

Capstone advisor: Ameer Abdelhadi

Team #16: BabyFi

Our project focusses on creating a smart in-car monitoring system that helps parents stay focused on driving while also keeping an eye on their baby’s well-being. We want to give parents peace of mind by providing a reliable system that monitors the baby’s movements and sounds, and offers helpful suggestions when needed.

Team members: Jil Shah, Jainesh Soni, Shiv Thakar, Mit Patel, Pravine Manivannan

Team #16: KrakenLink Communications

A system to establish a bidirectional data link through water using lasers.

Team members: Cass Smith, Zaryaab Hasan, Oscar Lu

Capstone advisor: Ameer Abdelhadi

Team #17: Autonomous Bicycle

A bicycle that is able to balance on its own and navigate its surroundings autonomously.

Team members: Ahmed Khan, Thomas Rybiak, Shabab Rahman, Richard Qiu, Abdul Nasir Noori

Capstone advisor: Ameer Abdelhadi

Team #17

An autonomous cart designed for transporting personal belongings. Equipped with computer vision and advanced sensors, it intelligently tracks and follows a designated user.

Team members: Patrick Tan, Jaideep Pannu, Zain Kamran, Dave Duroshola

Capstone advisor: Chih-Hung Chen, Shiran Shahram

Team #18: Lunar Forge

An electro-mechanical interface between the Lunar BRICS and NASA Ames ARMADAS architectures to enable low landed mass lunar surface construction.

Team members: Ryan Theriault, Samuel Crane, Ryan Ferri, Josh Blanchard

Capstone advisor: Cameron Dickinson

Industry advisor: MDA Space

Team #18: Ping-Pong Master

The objective of this project is to develop an electronic referee system for table tennis that automates ball tracking, real-time scoring, foul detection, and provides player performance analysis. This system will cater to professional players, coaches, and referees, improving decision accuracy and enhancing player development.

Team members: Sike Xiong, Shunyao Jiang, Yuxuan Xu, Changyu Liang

Capstone advisor: Ameer Abdelhadi

Team #19: First Person View Gaming Motion Controller

Create an interactive controller that takes user movement as inputs to control a mobile video game. The device is meant to be a budget alternative to virtual reality as it would be designed to mimic the immersive experience of virtual reality by tracking the user and converting it into instructions to be pipelined into a video game.

Team members: Fan Ho, Patrick Wang, Yue Xu, Xingyu Liu

Capstone advisors: Xun Li, Ameer Abdelhadi

Team #19: Ninja Turtles

The safety of motorcyclists on the road is paramount especially when it comes to hazards like blind-spots. The need for real-time information without distractions is the aim of our Capstone project, MotoVision HUD which aims to enhance rider safety and situational awareness.

Team members: Saad Siddiqui, Rafay Talpur, Dayyan Hashmi, Farzan Faisal

Capstone advisor: Chih-Hung Chen

Team #20: TagSense

A reusable self releasing clothing tag and an automated checkout system that uses RFID technology for a quick and seamless shopping experience.

Team members: Justin Covach, Ben Miles, Danielle Fong, Isaac Kong, Brian Ho

Capstone advisor: Ameer Abdelhadi

Team #20: ANN-E

Our team developed an innovative general purpose analog circuit architecture for implementing neural networks, departing from traditional digital GPU-based approaches. By leveraging analog computing principles, we achieved faster processing speeds and significantly better power efficiency while maintaining accuracy, demonstrating an alternative path for neural network hardware as Moore’s Law continues to deliver diminishing returns. We will be demonstrating this work by allowing students to draw digits on a piece of paper and process the data with our custom PCB’s to display a prediction of the digit they have written.

Team members: Samuel Parent, Hydar Zartash, Shaan Suthar, Amr El Hossan, Anthony Turco

Capstone advisor: Ameer Abdelhadi

Team #21: CardGPT-4

The BlackJack ProBot leverages machine learning and computer vision to recognize the suits and values of multiple playing cards in real time, providing players with optimal decision-making advice based on blackjack rules. Additionally, the robotic arm executes actions such as moving betting chips and signaling hand gestures to enhance the player’s gaming.

Team members: Erik D’Alesio, Ruichen Liu, Le Chang, Ammad Ghauri

Capstone advisor: Ameer Abdelhadi

Team #21: Fit Plants

Fit-Plants aims to bring a modern, smart and cost-efficient plant monitoring system to homeowners! Probes would utilize several onboard sensors to capture and relay a plethora of vitals about a user’s plant(s) to their devices, to keep them informed and guide them on what it needs to thrive.

Team members: Cayden Ferguson, Pragya Khanna, Samer Rafidi, Hamza Saeed

Capstone advisor: Chih-Hung Chen

Team #22

SignWave is a wearable device used to translate American Sign Language (ASL) gestures into real-time speech. The glove tracks the movement and position of each finger on the hand, and sends the data to a translation model which makes predictions of what word is being signed by the user based on the positional data of the fingers being fetched from the on-board sensors.

Team members: Adiyan Ahmed, Ian Chen, Ayan Usmani, Denis Sprutov, Keith Maclean

Capstone advisor: Chih-Hung Chen

Team #22: SightSync

AI-powered glasses that transcribe conversations and display captions directly in the user’s field of vision to remove communication barriers for the hearing impaired.

Team members: Laura Giron, Ahmed Alduuyher, Hashim Ali, Hira Yousuf, Makeish Raveendran

Capstone advisor: Li Xun

Team #23: Dirty Mike & The Boys

Device that prevents pressure ulcers by changing the patient’s body weight distribution with airbags. Airbags are inflated/deflated based on pressure sensor readings in the “high risk” areas of development.

Team members: Brendan Hunter, Steve Vandervelde, Mikhail Ostrovsky, Taeil Kim

Capstone advisor: Ameer Abdelhadi

Team #23: Chisel Devs

Throughout this project, we experience the full set of challenges involved in the design and validation of a fully parametrizable super-scalar out-of-order RISC-V core. Central to our project is the ability to identify the bottlenecks of a sophisticated processor architecture, address them, and validate their correctness while maintaining a design that is intuitive and aggressively configurable.

Team members: Hakam Atassi, Alisher Rakhimov, Hasan Salman

Capstone advisor: Shahram Shirani

Team #24: Lumiwatch

Ultraviolet (UV) radiation poses significant risks to sensitive individuals, especially when combined with high relative humidity. This project aims to develop a wearable UV-level and humidity monitor that provides real-time feedback, alerts, and actionable recommendations. The device will address the interaction between UV radiation and humidity, helping users take preventative measures against UV-related damage.

Team members: Yunhua Tang, Yuanhao Gu, Zohaib Vehra

Capstone advisor: Ameer Abdelhadi

Team #24: Stock Sense

Our project aims to develop an application that uses language learning models and generative AI to provide accurate and new information in a summarized and beginner friendly manner for stocks. This score will assist users by summarizing relevant information from news articles, public opinions, and financial reports.

Team members: Ibrahim Atiq, Ahmed Abdelhalim, Adam Elmongy, Muthana Alhabian, Ahmed Sabrah

Capstone advisor: Chih-Hung Chen

Team #25: The EMerGers

This project involves the use of EMG signals to control a robotic am that will be used in laboratories to help researchers and scientists handling hazardous materials.

Team members: TireniOluwa Ogunmoyero, Olorunloluwa Oguntunde, Siddarth Kachu, Peter Kahalf

Capstone advisor: Chih-Hung Chen, Shahram Shirani

Team #25:  JSRU

Our project allows for users to unlock their doors using facial recognition and notify them if there is an unknown face at their door through an application. Users should also be able to see a live video of what the raspberry pi is seeing on their phones.

Team members: Joshua Suh, Sava Manojlovic, Robbert Wilfred, Udaybir Bajwa

Capstone advisor: Ameer Abdelhadi

Team #26: Magic Mirror (MAMI)

The goal of this project is to create an intelligent beauty mirror that can advise users on skincare and makeup at a professional level. This product is designed to meet the demands of professional makeup artists, beauty aficionados, and regular makeup users who require high-precision makeup and skin care. The smart mirror assists users in tracking and improving the outcomes of their skincare and cosmetic routines by storing data and doing real-time skin analysis. With a 10-inch 1080p touch screen, high-resolution (1080p) camera, and distance sensors, the device will activate automatically as the user gets closer and offer customized cosmetic recommendations using a touchscreen interface. Regarding technological platforms, we will analyze skin and prescribe cosmetics using integrated AI chips or cloud-based processing
for picture recognition.

Team members: Zhitong Zhang, Tianxiong Wu Tyler, Hanglu Li Kaylee, Kyle Yoshimochi

Capstone advisor: Ameer Abdelhadi

Team #26: GND Inc.

An autonomous drone system designed to detect, track, and intercept unauthorized drones using cameras and wireless communication. The system coordinates between drones to ensure effective defense in real time.

Team members: CJ Nour, Gabriel Fastro, Ivan Markovic, Teodor Markovic

Capstone advisor: Chih-Hung Chen

Team #27: House of CCARDs

P.H.A.S.E is a wearable haptic glove that creates an immersive VR experience through tactile and force feedback. By providing the sensation of touch and resistance with the virtual objects, it establishes a tangible connection between the user and the virtual world.

Team members: Claire Kim, Amelie Ung, Catherine Zheng, Rainleigh Clemente, Yuan Ding

Capstone advisor: Chih-Hung Chen, Shahram Shirani

Team #28: Groovy

We’re developing an AI-powered DJ that uses advanced machine learning to analyze and mix music tracks in real-time, creating seamless, dynamic playlists tailored to any mood or setting. Our goal is to blend technology and creativity to redefine how music is experienced.

Team members: Christopher Jiang, Daniel Loi, Tamer Rafidi, Mazen Maamon, Ahmed Elbarbary

Capstone advisor: James Chen

Team #1: Survey Bot

A Profileograph that can autonomously perform the surface surveying run and automatically mark locations on the floor where it detects areas out of spec during the survey, all without the intervention of human surveyors.”

Team members: Lin Fu, Haoyu Guo, Keyin Liang, Guanxiong Wu, Zuoxiu Kang

Capstone advisor: Alan Wassyng

Industry partner: Surface Dynamics Canada

Team #2: Optimal RouteBot

Optimal RouteBot is a system that automates the fulfillment of online grocery orders by determining the optimal order for retrieving grocery items and navigating efficiently to their specified locations within a store using a TurtleBot4 robot. Our project streamlines the process of picking and packing online orders, improving efficiency and customer satisfaction.

Team members: Alastair Irvine, Alessia Manarin, Charlotte Neumann, Sonya Ross

Capstone advisor: Matthew Giamou

Industry partner: Optimal RouteBot

Team #3: NightOwls

SmartRead is a system with a wearable head-mounted device and a smartphone app. The device captures images of text, and the app translates them, providing users with quick, hands-free text translation.

Team members: Xiang (Shawn) Zhang, Ding Hao, Yimin Pang, Yuchen Yao, Wenyu Yin, Taoming Yu

Capstone advisor: Alan Wassyng

Team #4: AMA

AMA is an intelligent meeting assistant that records both in-person and virtual meetings while offering an interactive platform for users to access meeting details, summaries, action items, and responses to their queries. It features advanced capabilities to distinguish between speakers and supports diverse languages, accents, and dialects, ensuring accurate and comprehensive meeting information capture. People can use this tool to avoid having to take notes manually during meetings. Eliminating the need to multitask during meetings allows meeting participants to engage in the meeting content without the fear of missing key words or ideas in their notes.

Team members: Burhan, Shakir, Grigor Pahlevanyan, Haashim Rehan, Michael Golendukhin

Capstone advisor: Ishwar Singh

Team #5: BlendIQ

A machine that utilizes actuators, motors, pumps, and load cells to automatically blend a smoothie following some recipe. Users can choose a smoothie and start the blending process at ease using our simple user interface.

Team members: Lazar Vlacic, Djordje Kokot, Tom Jefferd, Kareem Shabaka

Capstone advisor: Alan Wassyng

Team #6: Stynamics

With the recent focus on collaborative robots that aid humans with everyday tasks, our capstone explores the potential of pairing a vision system with a robotic arm to autonomously hand over objects from the robot’s environment to a user (and vice versa). The team is responsible for the gripper design, vision recognition system, and integration of the solution with the existing robot arm.

Team members: Abdulrahman Abouelamrin, Rashad Bhuiyan, Jadyn Wall, Cameron Beneteau, Omar Wehbe

Capstone advisor: Gary Bone

Industry partner: Stynamics

Team #7: EyeCan

EyeCan is a wearable device and camera system that helps users identify and safely navigate heat hazards in a kitchen environment which aims to support the independence of individuals in the Blind and Visually Impaired (BVI) community.

Team members: Sabrina Sousa, Magalie Durepos-Létourneau, Julia Meeson, Corbin Jarrett, Couper Smith

Capstone advisor: Matthew Giamou

Team #8: Parking Gods

In collaboration with the Centre for Software Certification, this is a system to park a car in a safe and efficient manner without human intervention.

Team members: Marko Buha, Ryan Gowland, Quinn Gauder, Mohammad Nasser, Beichen Huang

Capstone advisors: Vera Pantelic, Victor Bandur

Team #9: V2X Visionaries

Mini-Mac Nexus is a lane-centering algorithm engineered for 1:10 scale autonomous vehicles by leveraging a new time-adequate and high-quality V2I communication system. These advancements to Mini-Mac City can be used to further research in the field of automation and support experiential learning projects across the Faculty of Engineering.

Team members: Darshini Coore, Aaditya Senthilkumar, Ali Zaidi, Kishawn Srivijay

Capstone advisor: Stefan Ramdhan

Industry partner: McMaster Centre for Software Certification (McSCert)

Team #10: PosturePerfect

PosturePerfect is a wearable system that monitors a user’s posture and provides real-time feedback. By alerting users to their poor posture, the system keeps them conscious of their posture habits and ultimately improves their health and well-being.

Team members: Curtis Gray, Kaan Ozkan, Julian Safos, Aldraech Liac, Connor Hamstra

Capstone advisor: Alan Wassyng

Team #11: SCL Propulsor

This project develops a simulation environment connected to an RC vehicle for rapid software and hardware testing, enabling the evaluation of an adaptive cruise control algorithm. It integrates Software-in-the-Loop (SIL), Hardware-in-the-Loop (HIL), and a real-time visualizer with an automotive chassis dynamometer to model and test autonomous driving algorithms and safety mechanisms.

Team members: Samuel Khzym, Daniel Lupas, Nicholas Petrunti, Pesara Amarasekera, Alexandru Antohe

Capstone advisor: Alan Wassyng

Industry partner: SCL Propulsor

Team #12: GRAB-BOT

Project Title: GRAB-BOT: Guided Retrieval and Autonomous Ball-collector

GRAB-Bot is a semi-autonomous tennis ball retrieval system designed to perform the role of traditional ball boys within the game of tennis.

Team members: Rayhaan Datoo, Jeffrey Chen, Nicholas Glasgow, Muntazar Bhurwani

Capstone advisor: Alan Wassyng

Team #13: Sandmaze

The Niagara Escarpment is home to a series of crevice caves, such as those found in Rattlesnake Point and Mt. Nemo Conservation Area, which presents significant challenges for mapping due to tight spaces, obstructive rocks, and low visibility. This project aims to enhance a helmet-mounted sensor system that will render 3D maps of these caves offline. The device will be designed to be affordable, costing less than $750, ensuring accessibility for researchers. Key features will include waterproofing and shock resistance to withstand harsh cave conditions, along with a long battery life of over 1 hour and 30 minutes to match typical expedition durations.

Team members: Jimmy Yan, Jingbin Lin, Hassan Al Masmoum, Calvin Suen

Capstone advisor: Matthew Giamou

Team #14: EscalAid

EscalAid is an electrically powered assistive knee brace designed to aid the user by reducing the load experienced by their legs by 40% when walking up or down stairs. It uses a motor and cable actuation system to provide constant force to aid the straightening or bending of the leg depending on the current motion of the user.

Team members: Alex Bartella, Ramanesan Arunan, Ryan Lee, Peter Kosir, Ethan Cavallin

Capstone advisor: Dylan Kobsar

Industry partner: EscalAid

Team #15: Smooth Operators

We want to design, build and program an autonomous robotic arm to identify and pick up household objects and hand them off to a human operator. Similarly, the robot should be able to receive objects from the user and put them down carefully. We seek to make the hand-off fluid reliable through a combination of sensors and computer vision to the point where the user and robot should be able to pass a cup of water back and forth without spilling.

Team members: Mazen Afify, Smit Patel, Tyler Lee, Liam Walker, Abdulrahman Derbala

Capstone advisor: Alan Wassyng

Team #16: RouteShare

RouteShare is an off-grid, solar-powered real-time transit display system designed to enhance accessibility and improve the rider experience. By providing accurate, up-to-date bus arrival information, RouteShare reduces perceived wait times and empowers commuters with reliable transit data, improving overall satisfaction and accessibility for all riders.

Team members: Anand Jinesh, Eddy Su, Deborah Udokwe, Danyal Afzal, Ali Hamdy

Capstone advisor: Elizabeth Hofer

Industry partner: Livesens Inc. – Jase Jin (COO)

Team #17: S3V3NT33N

This project aims to develop a system allowing users to engage in offensive sword fighting practice. The system will be designed and built to track the human user’s sword movement and perform defensive sword fighting maneuvers.

Team members: Gavin Jameson, Wisam Ashique, Rebecca Schmelzer, Daksh Mathur

Capstone advisor: Alan Wassyng

Industry partner: S3V3NT33N

Team #18: CycleSense

A do it yourself cycling power meter to track real-time statistics. Designed to promote fitness by significantly lowering the cost of entry of cycling training.

Team members: Michael Zheng, Alden Luscher, Chong Xiong, Jieqing Huang, Yanqing Shi

Capstone advisor: Alan Wassyng

Team #1: BANDwidth

Battery state of charge (SOC) estimation is challenging, requiring specialized algorithms. Standardized testing is necessary to determine which of the hundreds of SOC estimation approaches proposed yearly are the best. This project will expand upon an existing, early stage online SOC estimation algorithm testing tool. The tool is Matlab based, receives submissions through a Google form, and tests algorithms in serial on a server at McMaster. This approach is not scalable though since testing each algorithm takes an hour or more and the software regularly crashes due to unhandled errors from the submitted algorithms. The project objectives are to create: (1) A cloud based software implementation which can test multiple algorithm submissions in parallel, (2) A secure algorithm submission portal which prevents malware attacks etc., (3) A web interface which reports and compares algorithm performance (see Kaggle as an example), (4) A robust version of the model testing software which can handle any error. These software improvements will allow the testing tool to be scaled up to having several hundred active users.

Team members: Rod Isaac Nathan Uy, Ben Dubois, Aidan Mariglia, Declan Young

Capstone advisor: Phil Kollmeyer

Industry partner: Surface Dynamics Canada

Team #2: SyntaxSentinels

A code plagiarism detector that uses natural language processing to overcome the limitations of typical code plagiarism detectors such as MOSS.

Team members: Mohammad Khan, Lucas Chen, Luigi Quattrociocchi, Julian Cecchini, Dennis Fong

Capstone advisor: Hassan Ashtiani

Team #3: Tangle

The project connects Tangled Program Graphs (TPG) to advanced physics simulations (MuJoCo), allowing AI agents to learn multiple skills simultaneously – like walking and balancing – in more realistic virtual environment. We also improve the software accessibility of TPG by creating portable development environments and rebuilding the observability infrastructure for clearer experiment results.

Team members: Richard Li, Cyruss Allen, Mark Angelo Cruz, Calvyn Siong, Edward Gao

Capstone advisor: Stephen Kelly

Team #4: Eco-optimizers

The Source Code Energy Optimizer capstone project focuses on improving software energy efficiency through automated code refactoring. The tool features a VS Code extension with a custom-built UI that leverages a Python-based refactoring library to minimize energy consumption without altering the original intent of the source code.

Team members: Mya Hussain, Ayushi Amin, Nivetha Kuruparan, Sevhena Walker, Tanveer Brar

Capstone advisor: Istven David

Team #5: GradSight

A Digital Composite Web Application designed for a touchscreen interface at McMaster University. It allows users to view and search past graduation composites, leveraging machine learning for image detection and name parsing, while also collecting analytics on user interactions to improve the experience over time.

Team members: Hammad Pathan, Willie Pai, Wajdan Faheem, Henushan Balachandran, Zahin Hossain

Capstone advisor: Meggie MacDougall and Ciara McCann

Industry partner: Alumni Relations, McMaster Faculty of Engineering

Team #6: Pitch Perfect

The McMaster GSA Softball League Platform is a web-based application designed to streamline league management, enabling players to create and join teams, schedule and reschedule games, track standings, and manage player rosters. With features like automated scheduling, announcements, and preferences for game timings, the platform simplifies league operations for players, captains, and administrators.

Team members: Damien Cheung, Derek Li, Emma Wigglesworth, Temituoyo Ugborogho, Jad Haytaoglu

Capstone advisor: Jake Nease

Team #7: Tune Goons

ScoreGen is an end-to-end solution for musicians, teachers, and composers who need an easy and quick way to convert their songs into sheet music. Record yourself playing a monophonic input and ScoreGen will use signal processing to interpret the note features and generate a pdf which you can download or share with others.

Team members: Emily Perica, Ian Algenio, Mark Kogan, Jackson Lippert

Capstone advisor: Martin von Mohrenschildt

Team #8: Rythm Rangers

The GenreGuru project accepts a piece of music from the user after which it uses signal processing to compute audio features from the music and using those features it generates song recommendations.

Team members: Ansel Chen, Matthew Baleanu, Muhammad Jawad, Ahmed Al-Hayali, Mohamad-Hassan Bahsoun

Capstone advisor: Martin Von Mohrenschildt

Team #9: dice_devs

Design and play your own version of modernized Yahtzee with additional features and twists.

Team members: John Popovici, Nigel Moses, Naishan Guo, Isaac Giles, Hemraj Bhatt

Capstone advisor: Paul Rapoport

Team #10: Plutos

A budgeting app that tracks and categorizes expenses through receipt photos

Team members: Angela Wang, Eric Chen, Fondson Lu, Jason Tan, Payton Chan

Capstone advisor: Spencer Smith

Team #11: OKKM-insights

This project is a cutting-edge distributed platform designed to efficiently label and gather actionable intelligence from satellite imagery. The system leverages distributed computing to manage large-scale datasets and provides an interface for users to contribute by labeling satellite images, with the goal of extracting valuable insights for various applications.

Team members: Oleg Glotov, Kyle McMaster, Kartik Chaudhari, Mathew Petronilho

Capstone advisor: Swati Mishra

Team #12: Reimbursement Rangers

A centralized platform designed to streamline financial operations for the McMaster Engineering Society (MES), simplifying reimbursement requests, payment processing, and ledger tracking. The platform reduces administrative overhead and ensures compliance with audit standards.

Team members: Austin Bennett, Evan Sturmey, Adam Podolak, Christian Petricca, Jacob Kish

Capstone advisor: Luke Schuurman

Team #13: ARC

Realm is an Augmented Reality (AR) social networking app.

Team members: Avanish Ahluwalia, Rafey Malik, Abdul Zulfiqar

Capstone advisor: Spencer Smith

Industry partner: ARC

Team #14: P.C.D.

For future mobile robots with arms to be able to help people at home (or elsewhere), they need to be aware of the spaces occupied by the people around them. Sensors, such as Microsoft’s Kinect, can produce color 3D “point clouds” of the scene in front of the robot, and skeleton tracking software based on these point clouds has been developed for gaming. However, the results provided by skeleton tracking software are inadequate since they only produce stick figures and do not provide the reliability required for the safe interactions of people and robots. The software challenge this project is to develop a system that can reliably detect and track humans in a 3D point cloud space, even when partially obscured, to enable safe human-robot interactions in real-time scenarios.

Team members: Tarnveer Takhtar, Harman Bassi, Kyen So, Matthew Bradbury

Capstone advisor: Gary Bone

Team #15: SyncMaster

SyncMaster is a cloud-based user authentication and document distribution system designed for facility access management at the City of Hamilton, Water Division.

Team members: Mitchell Hynes, Richard Fan, Kyle D’Souza, Rafeed Iqbal, Akshit Gulia

Capstone advisor: Spencer Smith

Industry advisor: City of Hamilton, Water Division

Team #16: Ace

Develop a diffusion neural network model to generate new chest x-ray images with specific lung and cardiac conditions.

Team members: Gurnoor Bal, Harrison Chiu, Ahmad Hamadi, Jared Paul, Hamza Issa

Capstone advisor: Sabour Amirhossein

Team #17: Baja Dynamics

We have developed a continuous variable transmission(CVT) simulation tool to streamline the tuning process for the CVT of the McMaster Baja Racing Car. The tool integrates mathematical models, a rendering engine, and a user-friendly interface to simulate real-world conditions, enabling efficient virtual testing and optimization of CVT performance for improved acceleration and hill-climbing.

Team members: Grace McKenna, Travis Wing, Cameron Dunn, Kai Arseneau

Capstone advisor: Spencer Smith

Team #18: Chemware Engineering

Our project is a user interface and model version management tool for modeling and simulating industrial plants. The user interface for a model is represented by a network of nodes and edges that the user can freely modify and edit.

Team members: Madhuran Sivapragasam, Kishor Pandya, Dhrumil Pandya, Rasik Pkharel, Madhu Sivapragasam

Capstone advisor: Spencer Smith

Industry advisor: Vladimir Mahalec

Team #19: Room8

Roommates often complain about cleanliness of communal spaces and have a difficult time holding each other accountable. Shared living spaces often cause friction in communicating expectations and frustrations. This application includes a suite of tools to manage accountability amongst rommates. The main feature uses computer vision to detect the cleanliness of indoor environments, quantify who is creating/cleaning messes, and relay that information to occupants. It essentially serves as a mediator for student houses. Other tools include a bill splitter for shared expenses, a chore scheduler to keep track of responsibilities, and a chatbot to push SMS notifications to a house group chat and help members stay on top of their obligations.

Team members: Jane Klavir, Maged Armanios, Mohammed Abed, Harshil Patel, Jinal Kasturiarachchi

Capstone advisor: Spencer Smith

Team #20: Shuttle Squad

MacTransit is a system that helps McMaster commuters track shuttle bus locations, check occupancy levels, and view real-time ETAs, providing a more reliable and transparent shuttle bus service on campus.

Team members: Aysu Ozdal, Andrew Thompson, Arvind Shastri, Stanley Nguyen, George Yazji

Capstone advisor: Vincent Maccio

Team #21: Alkalytics

This project focuses on developing a scalable, user-friendly database management system to organize, analyze, and visualize experimental data for ocean alkalinity research, facilitating efficient data handling and insight generation for carbon-dioxide capture solutions.

Team members: Sumanya Gulati, Jason Tran, Kate Min, Jennifer Ye

Capstone advisor: Charles de Lannoy

Team #22: TeleHealth Insights

A web-based application that supports administering at-home speech therapy assessments, improving guidance and assessment outcomes for clinicians.

Team members: Mitchell Weingust, Parisha Nizam, Jasmine Sun-Hu, Promish Kandel

Capstone advisor: Irene Yuan

Team #23: Hinterland

Designed to enhance creative writing, tinymorph is a web-based text editor that provides AI-driven suggestions, real-time feedback, and an intuitive interface. It offers modular customization for tone, structure, and workflow improvements, allowing users to refine their writing process with greater flexibility and control.

Team members: Nebras Khan, Aaron Pham, Waleed Malik, Lucas Li

Capstone advisor: Swati Mishra

Team #24: Uno-Flip

This project involves developing a digital version of the UNO Flip card game. The software aims to replicate the game mechanics of UNO Flip, including the unique flip side of the cards, special actions, and multiplayer functionality. The primary goal is to create an engaging digital game that adheres to the official UNO Flip rules while providing additional features like scoring, multiplayer options, and animations.

Team members: Mingyang Xu, Kevin Ishak, Jiahao Wei, Zain-Alabedeen Garada

Capstone advisor: Paul Rapoport

Industry partner: Uno-Flip

Team #25: RapidCare

The project aims to speed up the documentation process for healthcare professionals in turn streamlining the medical process. Through preliminary elicitation we have found doctors spend the most time on documentation. We aim to create an application that can record the voice of conversations using existing dictation devices to fill out charts etc.. Then on the conversation insights on frequent diagnosis and corresponding medicines can be seen as well. This will also be applied in the triage process meaning the whole patient journey will be sped up.

Team members: Pranav Kalsi, Inreet Kaur, Gurleen Rahi, Moamen Ahmed

Capstone advisor: Kristen Burrows

Team #26: Ethical Pals

The MES-ERP (McMaster Engineering Society Expense Reporting Platform) is a web-based finance and accounting system developed to improve the financial operations of the McMaster Engineering Society (MES) and its 60 student groups. The platform addresses challenges such as long reimbursement request processing times, loss of requests, and inefficiencies in budget tracking caused by manual processes.

Team members: Housam Alamour, Taaha Atif, Sufyan Motala, Omar Muhammad, Rachid Khneisser

Capstone advisor: Luke Schuurman

Team #27: Neuranalyzers

LungVision AI leverages Deep Learning models to automate diagnostic tasks using large-scale, physician-labeled datasets. By integrating computer vision for disease detection and large language models for generating structured radiology reports, the project aims to enhance diagnostic efficiency and support healthcare professionals.

Team members: Reza Jodeiri, Nathan Luong, Patrick Zhou, Kelly Deng, Ayman Akhras

Capstone advisor: Mehdi Moradi

Team #28: Cowvolution Minds

This project will develop a machine learning model to predict dairy farming outcomes, enabling proactive management to improve herd performance and optimize breeding.

Team members: Krish Patel, Harshpreet Chinjer, Shazim Rahman, Aryan Patel, Martin Ivanov

Capstone advisors: Dr. Shari van de Pol, Shabnam Nikpour

Industry partner: CATTLEytics Inc.

Team #29: SEA

Developing a web-based service that enables league and schedule management from a convenient user interface.

Team members: Casra Ghazanfari, Jung Woo Lee, Alexander Verity, Nicholas Fabugais-Inaba

Capstone advisor: Jake Nease