Projects

• Currently designing a smart watch from scratch, including all the hardware, software, and mechanical aspects
• Designed BMS circuit with OCP, OVP/UVP, and allows for simultaneous charging and use of the watch
• Designed to communicate over 2.4GHz BLE with smart phone app

• Worked as part of a team of 4 to build an automatic pill dispenser, health tracking wristband, and Android app
• Responsible for PCB design, schematic capture, and layout for the wristband and dispenser
• Designed wristband to use Li-Po battery with micro-USB charging
• Wrote embedded firmware for ESP32 microcontrollers and incorporated IoT protocols for reliable communication

• Developed a Python program with OpenCV to slice security footage so that it can be watched in less time
• The program captures all the movement that is happening at different times and overlays them at the same time
• With a ghosting effect on each segment, the user can then see all the motion in the video at once, saving them time

• Designed a digital control system to control the position of a ball on movable ramp
• Simulated and tested the system using Matlab and Simulink
• Used multivariable techniques by having two control loops to control ramp angle and ball position
• Employed both continuous and discrete time control techniques

Transistor Radio Transmitter and Receiver

• Prototyped and built AM modulator and demodulator with NPN transistors
• Used common source amplifier circuit for volume amplification
• Simulated third order Sallen-Key low pass filter to remove noise from transmission

• Designed, prototyped, and assembled auto-ranging ohmmeter PCB using TI Launchpad microcontroller
• Accurate to within 5% and can measure 20 Ohms - 650 kOhms

Analog Audio Equalizer Circuit

• Designed and prototyped analog circuit to amplify different frequencies individually
• Used active low, high, and band-pass filters to isolate desired frequencies
• Simulated circuit operation using NI Multisim

• Placed top 5 in the Deltahacks V hackathon at McMaster University
• Created system to send text notifications when container is breached
• Used Twilio API, custom-built API, web app, and Android app

• Built a circuit using buttons and an LED grid to display the game and control where to move
• Wrote C++ code to implement the rules and logic of the game play and to control the circuit
• Made an intelligent computer player which uses the MiniMax algorithm to decide which moves to play

• Designed a Java program to encrypt or decrypt files using a polyalphabetic cipher and a given key
• Uses the Java Swing library for an easy to use GUI interface