Analog IC · Mixed-Signal · FPGA · Embedded Firmware · Control Systems
Bridging silicon and system — designing CMOS ICs on open PDKs (SKY130A, IHP SG13G2), building FPGA digital logic, writing register-level firmware on STM32, and competing at the international stage in microelectronics. GPA 3.77/4.0 · Dean's List · 3rd place globally, International Microelectronics Olympiad, Armenia 2024.
// about
I am an explorer driven by a passion for analog IC design, low-level system architecture, and the emerging field of integrated photonics. I enjoy solving complex problems and bridging the gap between traditional electronic engineering and modern optical sciences.
My hands-on experience spans PCB design, firmware development, and register-level programming across STM32, ARM Cortex, and ESP32 platforms. I am deeply curious about how power-efficient electronics and real-time control systems can be leveraged to optimize Photonic Integrated Circuits (PICs) and optoelectronic applications.
I am eager to collaborate with like-minded innovators in world-class research environments to bring advanced technologies to life — and I love mentoring young minds to spark their curiosity for innovation.
// technical expertise
CMOS circuit design using open-source and commercial PDKs — op-amps, PLLs, VCOs, charge pumps, PFDs, and SAR ADCs. Full flow from schematic and simulation to layout verification.
Interest and growing knowledge in Photonic Integrated Circuits (PICs), optoelectronic system design, and the intersection of photonics with power-efficient analog control electronics.
RTL design in Verilog targeting Intel/Altera FPGAs. Custom IP blocks (UART, cache architectures), FSM design, arithmetic pipelines, and hardware simulation in ModelSim.
Register-level and HAL-based C/C++ firmware on STM32 (F4, H7) and ESP32. Peripheral integration (SPI, UART, I2C, CAN, DMA), display drivers, real-time PID control, and encoder feedback loops.
Custom IC layout for analog and mixed-signal blocks — floor-planning, DRC/LVS verification, parasitic extraction, and post-layout simulation. Tapeout experience on both SKY130A and IHP SG13G2 PDKs.
PID, FOC (Field-Oriented Control), encoder-based speed/acceleration loops, and signal processing algorithms deployed in real-time on embedded hardware. MATLAB/Simulink for model-based design.
// projects
Designing a Noise-Shaping Successive Approximation Register (NS-SAR) Analog-to-Digital Converter optimized for highly power-efficient operation using the SkyWater SKY130 PDK and Cadence tools. Final year academic project targeting ultra-low-power IoT and biomedical sensing applications.
Designing a 2.4 GHz Type-II ΔΣ Fractional-N Phase-Locked Loop coupled with a Type-IV Cross-Coupled Differential LC Voltage-Controlled Oscillator for WiFi/Bluetooth applications. Developed using the IHP SG13G2 PDK for the UNIC-CASS program by IEEE CASS. Includes PFD and charge pump sub-blocks.
Designed and submitted a highly efficient three-stage operational amplifier for Tiny Tapeout fabrication on the SKY130 PDK. Achieved a 2 nA disable current, 4 MHz unity-gain bandwidth, and 80 dB open-loop gain. Schematic and layout developed in xschem, ngspice, and KLayout.
Leading design and development of an open-source micromouse robot at RoboticGen. Four-wheel drive reaching 3 m/s (2× faster than previous version). Custom STM32F405 PCB for motor control reduced board size by 40%. PID motion control with encoder feedback for high-speed, low-latency maze navigation.
Developing a smart reaction wheel controller prototype for satellite Attitude Determination and Control Systems at NUS StarLabs. Implementing advanced Field-Oriented Control (FOC) algorithms with sensor interfacing to drive and optimize BLDC motors.
Robotic end-effector using pneumatic actuation, vacuum pumps, and an ARM-based microcontroller with register-level programming for precise real-time control. Rack-and-pinion driven fork with Time-of-Flight sensors for adaptive handling of boxes of varying sizes in dynamic warehouse environments.
View on GitHub →Implemented a custom UART communication block on the DE0-Nano FPGA board in Verilog, configured for 9600 baud. Established serial communication with another FPGA running an identical block. Transmitter and receiver modules, simulation in ModelSim, and cross-board hardware validation.
View on GitHub →Two-wheeled high-speed line-tracking robot on STM32F411 achieving speeds exceeding 0.7 m/s with encoder-based speed and acceleration control. Custom PID control loop and real-time sensor data filtering. Won first place at Dextron 2024 using advanced signal processing techniques for line and pattern detection.
// achievements
20th Edition · Yerevan, Armenia
Secured 3rd place globally among participants from 20+ countries including the USA, UAE, Germany, and France. Demonstrated advanced proficiency in microelectronics and EDA software on an international stage.
National Selection · International Microelectronics Olympiad
Won the national selection round for the International Microelectronics Olympiad by demonstrating strong knowledge in microelectronics and EDA software tools.
ITUM · Division of EETE
Built a differential-drive robot with STM32F411 achieving >0.7 m/s using advanced signal processing for line and pattern detection. First place in a highly competitive national robotics event.
Uva Wellassa University · Dept. of Science & Technology
Designed and built a custom four-wheel-drive battle bot equipped with dual weapons, optimized for both terrain racing and combat performance.
Electronic Club · University of Moratuwa
Mobile robot capable of box picking, color identification, and detecting arrow mark directions in a multi-task autonomous challenge.
University of Moratuwa · IESL · SLT-Mobitel
Vision-based robot capable of detecting, picking, and placing colored balls into designated targets with computer vision guidance.
IEEE Robotics & Automation Society · IIT
ESP32-powered mobile robot capable of solving complex mazes by traversing and internally mapping the environment in real time.
2016 & 2017 · Northern Province Team
Represented and led the Northern Province team to gold medal victories at the national-level mathematics quiz competition in consecutive years.
// experience & education
Developing a smart reaction wheel controller prototype for satellite Attitude Determination and Control Systems (ADCS). Implementing advanced Field-Oriented Control (FOC) algorithms and sensor interfacing to drive and optimize BLDC motors.
Designed a four-wheel drive system capable of reaching 3 m/s — twice the speed of the previous version — for an open-source micromouse. Created a STM32F405-powered PCB for motor control and system management, reducing PCB size by over 40%. Working on PID tuning and sensor integration for optimized robot movement.
University of Moratuwa, Sri Lanka. Cumulative GPA 3.77/4.0 — Dean's List in Semesters 1, 2, and 4. Coursework: Analog & Digital Electronics, Signal Processing, Control Systems, Computer Architecture, Communication Systems, Embedded Systems Programming, Data Structures and Algorithms.
J/Hartley College, Jaffna, Sri Lanka. A/L 2021 in Combined Mathematics, Physics, and Chemistry — Z-score 2.4978, Island rank 158th (top 0.5% nationally). G.C.E. O/L 2018 with 9As. Served as Senior Prefect.
Webmaster — University of Moratuwa Chapter. Managing digital presence and technical communications for analog/digital IC design events.
Dec 2025 – PresentActive member contributing to technical and social initiatives. Photographer/videographer for Career Fair, AGM, and departmental events.
Volunteer and coordinator transforming Northern Sri Lanka into an innovation hub. Grew school robotics competition from 25 to 50+ teams.
// contact
I am open to research discussions, graduate school inquiries, and project collaborations in analog IC design, integrated photonics, FPGA development, embedded firmware, and robotics hardware.
If you are a faculty member or researcher whose work intersects with these domains, I would welcome the opportunity to connect.
| Location | Singapore |
| Degree | B.Sc. Eng. (Hons.) · University of Moratuwa |
| GPA | 3.77 / 4.0 · Dean's List |
| Available for | Research · Graduate Studies · Collaborations |
| Domains | Analog IC · Photonics · FPGA · Robotics |
| Languages | English · Tamil |