National-level coordinator for Students for the Exploration and Development of Space (India). Coordinating across 10+ SEDS chapters nationwide through structured communication and joint engagement initiatives.
Embedded systems engineer with a focus on aerospace and defence — working at the intersection of hands-on hardware development and technical leadership, building towards the cutting edge of what's technologically possible.
A 4th-year Electrical & Computer Science Engineering student at VIT Chennai, currently working across embedded systems firmware and hardware development with applications spanning battery management systems, CanSats, and flight systems.
Current focus areas include ARM Cortex-M based MCUs, embedded Linux, RTOS, and PCB design — moving from prototype-grade development toward register-level, production-grade firmware and hardware.
Focused on being at the forefront of technological advancement in the aerospace and defence industry — through contributions spanning embedded system design, firmware development, telemetry, digital filter design, and PCB design.

ESP32 avionics stack with Madgwick IMU fusion, multi-rate sensor pipeline, and LoRa 433 MHz telemetry. Led a 15-member team through full mission integration and two field tests.

Single-cell BMS with hybrid SOC estimation: 2-state Kalman filter fused with coulomb counting and OCV lookup. Wi-Fi telemetry to Blynk dashboard. Top 60 / 900+ at ElectronicWings Challenge.

Two KiCad PCBs built from scratch: a push-pull 12V–240V inverter and a fully manually-routed ESP32-S3 dev board with USB-C, TVS protection, and 40+ GPIO breakout.

Power electronics internship at BARC — THD analysis of 6-pulse rectifiers, MATLAB/Simulink modelling, passive filter design, and op-amp comparator circuit.

BMS hardware design for humanoid robot leg: 12S Li-ion spec, TI BQ7695202 schematic in KiCad, 12-MOSFET protection stack, and Ebyte E22 LoRa link.
National-level coordinator for Students for the Exploration and Development of Space (India). Coordinating across 10+ SEDS chapters nationwide through structured communication and joint engagement initiatives.
Established feedback channels between students, faculty, and the Head of Department — resolved 5+ policy concerns. Coordinated University Day and 2 campus events: logistics, scheduling, cross-departmental communication.
Currently learning & building
On the build list