Sharavanan Mathivanan
Mechatronics & Artificial Intelligence Systems Engineer — Engineering thoughts into reality
Mechatronics & Artificial Intelligence Systems Engineer — Engineering thoughts into reality
Hi, I'm Sharavanan Mathivanan, a second-year Mechatronics & AI Systems Engineering student at Western University in London, Canada.
I'm passionate about building intelligent machines and software, and I enjoy solving real-world problems through robotics, automation, and coding. With hands-on experience in both hardware and software, I bridge the gap between mechanical systems and intelligent solutions.
Bachelor of Engineering Science
My journey through various roles, each contributing to my growth as an engineer and innovator.
MEBOT Robotics
Mar 2024 - Aug 2024 | 🎓
Designed and built educational robots, created training curriculum for students aged 8-15, and delivered product demos to industry and academic clients.
Western Aero Design
Sep 2025 - Present | 🛩️
Leading development of a competitive Tricopter UAV prototype for the International SAE Challenge, focusing on rapid prototyping and system reliability.
WEFIRST Robotics Club
Jan 2026 | 🤖
Directed the software life-cycle for a competitive robot, commissioning a functional prototype from concept to operation within a strict 72-hour deadline.
MAANTT Global Services
May 2025 - Aug 2025 | 🧠
Developed an AI proctoring engine with object detection, pose estimation, and audio analysis achieving 90% detection accuracy for 50+ candidates.
MEBOT Robotics
Mar 2024 - Aug 2024 | 🎓
Designed and built educational robots, created training curriculum for students aged 8-15, and delivered product demos to industry and academic clients.
Western Aero Design
Sep 2025 - Present | 🛩️
Leading development of a competitive Tricopter UAV prototype for the International SAE Challenge, focusing on rapid prototyping and system reliability.
Python
Arduino
JavaScript
HTML
CSS
Java
TensorFlow
LinuxA curated selection of my recent work, each project representing innovation and technical excellence.
Navigates routes autonomously, detects bus stops, follows traffic lights, and performs complex environmental sensing and decision-making. A comprehensive robotics solution combining computer vision, path planning, and real-time control systems.
Eye-tracking powered cursor control with automatic calibration. No manual tuning required—just look and control. Uses advanced computer vision to track eye movements and translate them into precise cursor positioning for accessibility and innovative interaction.
IoT weather station powered by CyberPi. Real-time sensor data collection, cloud integration, and environmental monitoring. A fully functional weather monitoring system that collects temperature, humidity, and atmospheric data for analysis and visualization.
Projects Completed
Years Experience
Technologies