Education
Computer Engineering, Uoft
Languages
English, Urdu, French, Arabic
Get to Know Me
About Me
Hello! I'm Kashan Ahmad, a third year Computer Engineering student at the University of Toronto with a passion for building impactful technology. My work spans across embedded systems, software development, and AI-powered solutions — blending logic, creativity, and hands-on innovation.
Whether it’s designing FPGA-based games in Verilog, developing real-time GIS applications in C++, or building CNN models for medical image classification, I thrive on solving real-world problems through technical precision and creative thinking.
As a self-motivated learner and a collaborative team member, I’m constantly exploring new tools, frameworks, and design patterns to bring bold ideas to life. I aim to build not just functional systems — but systems that inspire.
Experience
An overview of my experience and projects, reflecting my passion for building and problem-solving.
Embedded Systems Engineer
September 2024 - May 2025
University of Toronto Robotics Association (UTRA)
- Designed and developed fully autonomous rover using embedded circuitry, ROS and C++, enabling successful navigation and environmental manipulation tasks.
- Implemented fault detection alarm system for BLD-750 motor using Arduino microcontroller, reducing motor failure incidents by 95%.
- Documented system architecture and debugging methodologies, improving team knowledge transfer efficiency by 40%.
Electrical Engineer Intern
May 2024 - August 2024
Ittefaq Electrotech
- Designed and implemented automated gate driver circuits for voltage and current control, increasing system efficiency by 25%.
- Programmed low-side MOSFET switching circuits using NE555 timer ICs with optimized duty cycles, achieving reliable timing control and maximum efficiency.
- Validated hardware designs using LTSpice simulations, ensuring 100% compliance with project specifications.
Engineering Design Team Leader
January 2024 - May 2024
Chestnut Residence - University of Toronto (APS112)
- Led a 5-member engineering team to design the “Simplistic Wellness Hub” for Chestnut Residence, overseeing client communications, task delegation, and project milestones to ensure alignment with wellness and accessibility goals.
- Developed and optimized 110+ design concepts using structured brainstorming, morphological charts, SCAMPER analysis, and decision matrices (Pugh & Graphical Decision Chart) to converge on the most effective solution.
- Conducted in-depth research and benchmarking, incorporating findings on ergonomics, lighting (lux & color temperature), soundproofing (dB levels), and accessibility standards (AODA) to define measurable design objectives.
- Engineered a multipurpose wellness space with acoustic insulation (fiberglass soundproof walls), warm 2700K lighting, ergonomic seating (13–15° incline), and modular layouts, ensuring compliance with AODA accessibility standards and building codes.
- Delivered a fully documented conceptual design package, including 3D models, feasibility analysis, performance metrics (lux, decibel levels, and occupant capacity), cost analysis ($40,000 budget), and user-centered evaluation metrics (surveys and performance testing).
Engineering Design Team Leader
Septermber 2023 - December 2023
Hart House Theatre - University of Toronto (APS111)
- Led a 6-member engineering design team in developing a universal accessibility solution for both audience seating and stage access at Hart House Theatre, managing team coordination, task delegation, stakeholder engagement, and technical report development.
- Conducted in-depth site surveys, stakeholder research, and environmental assessments (ramp gradient analysis, load requirements, slip resistance) to establish functional specifications and engineering constraints aligned with Ontario Building Code and AODA standards.
- Engineered and evaluated 100+ design concepts using morphological charts, SCAMPER ideation, feasibility analyses, and multi-criteria decision tools (Graphical Decision Matrices, Pugh Method).
- Proposed a retractable seating system coupled with industrial wheelchair lifts, optimizing structural integrity, spatial efficiency, and user inclusivity while maintaining theatre aesthetics.
- Delivered a complete engineering design package, including 3D sketch models, feasibility analysis, and testing plans outlining FEA-based stress simulations and long-term maintainability assessments.
Education
Bachelor of Applied Science (BASc), Computer Engineering
2023 - 2028
University of Toronto (UofT)
Currently pursuing a Bachelor of Applied Science in Computer Engineering with minors in Artificial Intelligence and Business.
High School
2019 - 2023
Sir William Mulock Secondary School
Grade: 98%. Co-Founder of the school Coding Club.
Certifications
Altium Designer Workshop Certificate- issued by IEEE UofT Student Branch
February 2024
MATLAB Onramp Certificate
November 2023
The Complete Python Bootcamp From Zero to Hero in Python
July 2023
Human Rights 101 - issued by The Ontario Human Rights Commission
November 2021
Portfolio
A curated selection of projects demonstrating my expertise in software engineering, embedded systems, and creative problem-solving.
Resume
Here is my resume. You can also download it.
Contact
Let's connect and build something amazing together.
Contact Info
I’d love to hear from you! Whether it’s a quick question, a potential project, or just to say hello, feel free to reach out via email or my social links.
Student
Computer Engineering, University of Toronto, St. George Campus
Phone Number
+1 905 531 1256
Email Address
kasubhani@hotmail.com
Get In Touch
Got a question, an idea, or an opportunity? Send me a message and I’ll get back to you as soon as I can!