Mechatronics Engineering Student · TMU

Aryan Billava

Embedded Systems|Robotics|CAD & Manufacturing|Automation_

Engineering student with a hands-on approach — from programming microcontrollers and building robotic systems to machining precision tooling in a production environment. Always building, always learning.

View Projects Email Me LinkedIn ↗
// Explore Portfolio
01
About
Background, contact info, education & certifications
→
02
Skills
Languages, hardware, CAD, manufacturing & more
→
03
Experience
Work history at The Vinyl Co. across 5+ seasons
→
04
Projects
Robotic hand, thermal systems & embedded builds
→
05
Extracurricular Experience
Take-Off Robotics & TMU BAJA Racing teams
→
01 — Profile

About Me

I'm a Mechatronics Engineering student at Toronto Metropolitan University, driven by a genuine passion for how things work and a relentless drive to build, break, and improve. My interests span robotics, embedded systems, CAD design, automation, and precision manufacturing.

My engineering mindset was shaped long before university — working summers at The Vinyl Co. as a Tool and Die Maker and Machine Operator gave me a deep appreciation for precision, manufacturing tolerances, and what it really means to make something that works in a production environment.

Outside of work, I push myself through hands-on projects and team-based engineering challenges. Whether I'm wiring up an ESP32, assembling a competition rover, or designing on CAD software, I'm always learning by doing.

I'm currently seeking a co-op / internship opportunity where I can apply my technical and hands-on experience in a real engineering environment while continuing to grow alongside experienced engineers.

Education
Bachelor of Engineering
Mechatronics Engineering
Toronto Metropolitan University · Toronto, ON
September 2023 – Present
Certifications
🏅
Lean Six Sigma White Belt
Earned
🎯
SolidWorks CSWA
In Progress · Expected Aug 2026

// Contact Info

📞647-514-6788
✉️aryanbillava01@gmail.com
🔗linkedin.com/in/aryan-billava
📍Woodbridge, ON
🎓Toronto Metropolitan University
02 — Capabilities

Technical Skills

// Programming Languages
CC++ PythonMATLAB Arduino IDE
// Hardware & Embedded
ArduinoESP32 Arduino MegaMicrocontrollers Servo ControlSensor Integration Circuit DesignSerial Communication PCB WiringMotor Drivers Soldering
// CAD & 3D Design
SolidWorksAutoCAD Fusion 360Onshape 3D Printing
// Manufacturing
MillingDrilling Tool & Die MakingPVC Extrusion Fitting & AssemblyQuality Inspection Precision Tolerances
// Software & Tools
Microsoft OfficePrototyping DebuggingSystem Redesign
// Professional Skills
TeamworkProblem-Solving CommunicationStrong Work Ethic Iterative TestingEngineering Design Process
03 — Work History

Work Experience

Tool and Die Maker
The Vinyl Co. · North York, ON
Jul 2021 – Aug 2025 · Seasonal
Row of manual milling machines on the shop floor Workbench with precision steel tooling components and CNC machines in background
  • Fabricated and assembled precision steel and aluminum vacuum tooling used in PVC extrusion processes
  • Operated manual machining equipment including milling and drilling machines to tight tolerances
  • Performed fitting, adjustment, and finishing using a wide range of hand tools
  • Maintained and troubleshot tooling to support consistent product quality and efficient manufacturing operations
Machine Operator
The Vinyl Co. · North York, ON
Jul 2020 – Aug 2020 · Seasonal
  • Operated PVC extrusion lines by monitoring machines and maintaining continuous material feed
  • Performed quality inspections through extrusion sampling, dimensional scans, and supervisor verification
  • Safely handled, organized, and packed finished extrusion profiles onto racks to maintain workflow efficiency
04 — Engineering Work

Projects

PROJECT_01
Flex Sensor Controlled Robotic Hand
January 2026 – March 2026
+
3D printed robotic hand and flex sensor glove laid flat Full system with robotic hand, glove, Arduino and breadboard Top-down view of complete robotic hand system wiring
// Overview
  • Designed and built an Arduino-based, 3D-printed robotic hand that mimics real-time finger movement using flex sensors and servo motors
  • Full electromechanical system combining embedded programming, mechanical fabrication, and hardware integration
// Key Engineering
  • Programmed embedded control logic in C/C++ to map flex sensor inputs to calibrated servo motion
  • Synchronized multi-finger actuation for realistic hand movement replication
  • Integrated sensors, servo motors, external power systems, resistor networks, and protoboard/PCB-style wiring
  • Troubleshot hardware conflicts combining electrical, mechanical, and embedded design
ArduinoC/C++ Flex SensorsServo Motors 3D PrintingResistor Networks PCB WiringEmbedded Systems
PROJECT_02
Thermal Detection & Safety Visualization System
October 2025 – December 2025
+
Thermal system showing 18.50°C on RGB matrix Thermal system showing TOO HOT warning at 30.50°C Close-up of RGB matrix displaying TOO HOT warning
// Detailed Project Report (With Images)
📄 MTE301_Final_Project_Report.pdf ↗ Open
// Overview
  • Built a real-time thermal detection and safety visualization system using an Arduino Mega, ESP32, DS18B20 sensors, and a 64×64 RGB LED matrix
  • System features dynamic color-mapped thermal displays, flashing warning indicators, and buzzer-based safety alerts
// Key Engineering
  • Programmed embedded systems to process and communicate live temperature data across multiple microcontrollers
  • Resolved 5V–3.3V logic level differences, serial communication, and power distribution challenges
  • Overcame memory limitations and matrix mapping through iterative debugging and system redesign
Arduino MegaESP32 C/C++DS18B20 Sensors 64×64 RGB LED MatrixSerial Communication Logic Level ShiftingEmbedded Systems
05 — Involvement

Extracurricular Activities

Take-Off Robotics
Team Member
January 2026 – Present · Toronto, ON
CAD render of competition rover with robotic arm and claw 3D printed rover chassis assembly in progress Team members assembling and wiring rover components
  • Designed and built a competition rover with a robotic arm and claw using CAD, 3D printing, embedded systems, and mechanical assembly
  • Integrated ESP32-based electrical systems, motor drivers, servos, and DC motors; performed wiring, soldering, and troubleshooting
  • Collaborated in a team of four through the full engineering design, prototyping, testing, and optimization process
Toronto Met BAJA Racing
Chassis / Business Team Member
October 2024 – Present · Toronto, ON
  • Contributed to chassis design research for an off-road SAE BAJA vehicle
  • Assisted with updating and developing the Toronto Met BAJA Racing website
  • Handled and organized business-related documents for the business sub-team