Work Experiences

• May - August 2024 (Seasonal)
• Mobile Web Development Specialist Intern | Toronto District School Board
• In my role at the Toronto District School Board, I was responsible for testing web application features to ensure they met client requirements and adhered to established standards. I developed detailed test plans and documented results to confirm compliance. Utilizing Telerik Test Studio, I created automated test scripts that assessed application performance and functionality, allowing for efficient identification of issues and enhancement of app quality. I collaborated closely with developers and clients to gather feedback and discuss potential new features, ensuring we prioritized user needs in our development process. Additionally, I employed DevOps practices and Agile methodologies to thrive in a fast-paced development environment, enabling our team to adapt to changes and deliver high-quality applications on schedule.

• May - August 2021
• Controls Designer Co-op | Massiv Automated Systems - Magna Int.
• I was responsible for designing and implementing test bench schematics to validate various automated solutions, creating detailed diagrams to ensure accurate testing of all components against performance standards. My expertise in PLC and HMI programming was crucial in setting up and configuring the test benches for optimal performance within the automated systems we developed. Additionally, I developed comprehensive manuals with step-by-step instructions for the installation and operation of components used in robot assemblies. These manuals were aimed at helping team members understand the processes involved, ensuring that everyone could effectively work with the systems.

• July - August 2020
• Electrical Intern | Massiv Automated Systems - Magna Int.
• I had the opportunity to design and detail circuits, approaching each project with a strong willingness to learn and quickly adapting to technical requirements to ensure my designs met necessary specifications. I was responsible for maintaining and enhancing various electrical instruments and systems, which involved troubleshooting issues, conducting routine checks, and implementing improvements for efficient and reliable operation. I also addressed everyday engineering challenges by identifying practical solutions. Through problem analysis and collaboration with team members, I suggested and implemented effective resolutions that streamlined processes and enhanced overall performance.

Projects

• AeroGrow Agriculture Drone
• AeroGrow is a precision agriculture drone system designed for small-to-mid-sized soybean farms to automate disease detection and reduce pesticide usage. As part of our final-year engineering capstone, we developed a modular drone integrating aerial imaging, real-time sensor communication, and targeted pesticide spraying. I was responsible for drone structural design, sourcing and budgeting components, and integrating environmental sensors that captured soil moisture, humidity, and temperature.
• The drone used an ESP32-CAM for image capture, with OpenCV-based color analysis achieving ~60% disease detection accuracy. Ground sensors communicated with the drone via MQTT during flight. While autonomous GPS-guided navigation was architected using ArduPilot. MATLAB simulations were used to model battery drain, flight time (~30 min), and thrust efficiency under different payloads.
• Technologies: ESP32-CAM, MQTT, OpenCV, ArduPilot, INAV, MATLAB, LiPo Battery Modeling
• Skills Demonstrated: Embedded Systems, Image Processing, Sensor Networks, Flight Dynamics, Power Systems, Team Collaboration

• Chat Room System
• We developed a lightweight, multi-threaded chat room application to demonstrate core operating system concepts including concurrency, synchronization, thread pooling, and deadlock avoidance. The system used a C++ TCP server to manage client connections and a Python-based WebSocket proxy to bridge the React front end with the raw TCP backend.
• The system supported 10 chat rooms with up to 2 users each, enforcing consistent formatting, privacy, and isolated communication. Persistent threads and scoped mutexes were used to maintain performance and ensure safe concurrent execution.
• Technologies: C++, Python (Asyncio), React, WebSockets, TCP Sockets
• Skills Demonstrated: Systems Programming, Multithreading, Client-Server Architecture, Proxy Communication, Full-Stack Integration

• Sun-Screamer
• The "Sun-Screamer" is a wearable device designed to protect users from the harmful effects of UV radiation. It’s a wristband equipped with a UV sensor, vibration motor, and Bluetooth module. The device tracks UV levels in real time and reminds users when it’s time to reapply sunscreen, helping to prevent sunburn and reduce the risk of skin cancer.
• The wristband was designed to connect to a smartphone app, providing notifications and allowing families to monitor multiple devices. This device was intended to be lightweight, durable, and designed for everyday use, with a focus on low power consumption.
• Technical skills used: C, Quartus, VS Code, Micro-Cap 12

• Home Barista
• The "Coffee Barista" is an automated milk and sugar dispenser designed to simplify coffee preparation while accommodating individual preferences. Built with an Arduino Uno microcontroller, the device integrates various sensors and actuators to enhance functionality and user experience.
• Users can select their desired milk and sugar quantities through pushbuttons, with real-time feedback displayed on an LCD screen. The system prioritizes safety and precision by incorporating an ultrasonic sensor to ensure dispensing only occurs when a cup is detected, preventing messes. Additionally, a weight sensor monitors milk levels, while a temperature probe ensures the milk stays within safe storage temperatures. Alerts for low milk or unsafe temperatures are sent directly to the user’s phone via Bluetooth, providing convenient monitoring. Servo motors control the dispensing mechanisms, delivering precise quantities based on user inputs.
• Technical skills used: C++, Arduino, Autodesk EAGLE, Micro-Cap 12, TinkerCad

Leadership Experiences

• June - August 2024
• IT Entrepreneurial Program | Toronto District School Board
• • Focused on leadership, collaboration, and innovation, preparing students for success in technology and business ventures. Developed multifaceted skills in business analysis, design, and testing roles.

• October 2023 – April 2024
• Media Director | Western Sikh Student Association
• • Directed media initiatives, orchestrating content creation, and engagement strategies across various platforms.
• • Implemented innovative approaches to enhance the digital presence and awareness among target audience.

• September 2021 – April 2022
• Upper Year Mentor | UWO Women in Engineering
• • Supported female engineering students, offering insights on academic, professional, and personal development.
• • Fostered a supportive and inclusive environment, empowering individuals to confidently navigate challenges in their engineering studies and career paths.