B.Sc. Engineering (Hons) · Electronic and Telecommunication Engineering
University of Moratruwa
Mar 4, 2024 — Dec 30, 2028
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Electronics & Robotics Enthusiast
Electronics engineer in the making, crafting smart hardware, embedded systems, and robotics from idea to reality.
About
Who I am, what I care about, and the path that shaped my work.
I am an Electronics and Telecommunications Engineering undergraduate passionate about building intelligent hardware at the intersection of electronics, embedded systems, and robotics. From custom PCB design to embedded control and robotic systems, I enjoy turning ideas into practical, reliable, and well-engineered products.
University of Moratruwa
Mar 4, 2024 — Dec 30, 2028
Projects
Product work and builds that show how I think about craft, clarity, and shipping.

Developed Micromouse Version 3 using an STM32 microcontroller, Sharp IR distance sensors, and ToF sensors. Designed velocity profiles in MATLAB for easier motion-control tuning, progressing from a hand-soldered prototype to a custom PCB, with encoder-based incremental feedback and selectable operating modes for autonomous maze navigation.
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Designed and developed an automated quality-control system for the Elephant House production environment, focusing on process monitoring, quality inspection, and improving consistency through engineering-based automation.
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An upgraded Micromouse robot featuring a custom-designed PCB, PWM-output ToF distance sensors, and encoder-equipped motors for autonomous maze navigation. Improved the hardware integration and sensing architecture through iterative embedded system and PCB development.
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An Elephant Fence Breach Detector is a smart monitoring system designed to detect failures or damage in electric elephant fences. When a fence breach is detected, the system automatically sends an SMS alert to nearby villagers or responsible authorities, enabling quick action and helping reduce human–elephant conflicts.
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Fully analog closed-loop DC motor controller with feedback-based speed regulation, analog control circuitry
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Designed and developed an autonomous multi-challenge robot featuring advanced PID line following, grid navigation, velocity-profile-based ramp climbing, wall following, and an automated ball-shooting mechanism. Integrated embedded firmware, sensor processing, motion control, and mechanical systems for competition tasks.
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Tools
Software and tools I use to design, build, and ship.
Skills
Click a skill to see the work I did to build it.
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3D modeling and mechanical design using CAD tools for robotics and engineering projects.
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Microcontroller-based system development, sensor integration, motor control, and embedded firmware
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Design and development of autonomous robots, including motion control, sensing, navigation, and embedded systems
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Certifications
Courses and certifications that back up the work.
Blog
Notes on building products, engineering, and things I’m learning.

Oct 10, 2026
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Oct 10, 2026
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Oct 10, 2026
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Oct 10, 2026
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Contact
Tell me about your project, timeline, and goals. I usually reply within a couple of days.