Bio
Mechatronic Systems Engineering student with project experience in mechanical design, electronics and embedded programming. In university projects, I have designed mechanical assemblies and electronic circuits, worked with sensors and microcontrollers, and evaluated designs through simulation.
I am particularly interested in machine development, automation and how mechanical, electrical and control systems work together. I enjoy figuring out how things work and take a structured approach to solving problems. In international teams, I explain technical decisions clearly, listen to different ideas and take responsibility for meeting shared deadlines.
Projects
Oct 2026 – present · 2-person team
Planet Locator
A standalone, offline device that lights an LED for every planet above the horizon. A GPS receiver gives position and time; an ESP32-C3 computes each planet's azimuth and elevation and shows them on an OLED display. Custom PCB in KiCad with USB-C charging.
Oct 2026 – present
CANDash
A CAN bus interface board built around an ESP32-WROOM-32E and an SN65HVD230 transceiver. It runs from a 12 V vehicle supply with reverse-polarity and TVS surge protection, a 3.3 V switching regulator, an I²C header for a display, and a UART programming header. Designed in KiCad.
Apr – Jul 2026 · 5-person team
Automated Egg Frying Machine
A machine for commercial kitchens that feeds, cracks and fries eggs in parallel, releases them with a tilting surface and sweeper, and grinds the shells. Designed in SolidWorks with schematics, a touchscreen UI, DFMEA and production cost planning.
Oct – Dec 2025 · 4-person team
LoRa Letter and Parcel Detection
A photodiode sensor in the postbox detects mail and sends a LoRa message to an indoor unit, which lights an RGB LED strip. Works without Wi-Fi or an app. Battery life estimated at about 12 days on 1,200 mAh.
Embedded Systems Lab
WiFi Robot
A mobile robot controlled over Wi-Fi, built on the AlphaBot platform with a Raspberry Pi. The Raspberry Pi receives drive commands over the wireless network and controls the motors, combining Linux-based embedded programming, networking and motor control in one lab project.
Experience
Construction machinery workshop
Excavator hydraulic pump repairs · tower crane motors and inverter setup · wiring harnesses and cable assembly · fabrication and industrial safety
CNC machining and quality
CNC milling and drilling · precision measuring · SolidWorks to CAM
Heavy vehicle maintenance
Truck steering and suspension · excavator swing mechanism and hydraulics
Activities
Delegate
Delegate from Richmond College. Researched and presented the country's position, debated with international delegates and worked on draft resolutions.
Skills
Programming
- C / C++
- Python
- AVR programming
- Arduino
Electronics
- Digital electronics
- Analog electronics
- Circuit analysis and electrical measurement
- PCB design and prototyping
- Schematic design
- Power electronics and electric drives
- Motor control
Embedded systems
- Microcontroller programming
- Embedded systems design
- Sensor and actuator integration
- Communication protocols: CAN, I²C, SPI, UART, LoRa
Control and modelling
- Control engineering: PID, feedback control, stability analysis
- System modelling in MATLAB/Simulink
- Basic PLC programming
- Thermodynamics basics
Mechanical design
- Technical drawing and CAD modelling
- Vehicle technology: powertrain, chassis, automotive systems
- Robotics: kinematics, actuators, robot control
Software & Tools
CAD
SolidWorks
PCB design
KiCad · Altium
Simulation
MATLAB / Simulink
Programming
C / C++ · Python · Arduino IDE · AVR