I am most interested in systems that bridge the physical and digital worlds: reliable embedded software, connected devices, and intelligence that runs where the data is created.
Completed the undergraduate programme in Computer Engineering with a strong focus on Embedded Systems and the Internet of Things. Enrolled in a graduate-level project on connected homes at the Cyber-Physical Systems Lab alongside the program.
GPA: 16.87 / 20.0 (3.37 / 4.0 on U.S. Scale)
Completed a diploma in Mathematics & Physics, with a strong interest in mathematics, combinatorics, and algorithmic problem-solving.
GPA: 19.05 / 20.0 (4.0 / 4.0 on U.S. Scale)
Bronze Medal
View certificate ↗Bronze Medal
View certificate ↗Gold Medal & First Place
View standings ↗Silver Medal
Issued by Young Scholars Club & NODET.
C++ firmware for ESP32-S3 secure MQTT-over-TLS telemetry, automated provisioning and claiming, backed by ThingsBoard CE, Docker, and PostgreSQL.
A model-based workflow for thermal dynamics with a six-state Stateflow controller, safety checks, generated C code, and Arduino validation.
A practical C++ cheatsheet spanning algorithms, data structures, graph theory, geometry, mathematics, strings, and contest preparation.
A KNX smart-home integration for monitoring and controlling lights, curtains, and temperature through ThingsBoard and a customized gateway.
An AIoT motion-classification pipeline using simulated MPU6050 signals, Edge Impulse WebAssembly inference, MQTT, and ThingsBoard monitoring.
Forked an existing AES-128 VHDL implementation and added an AES-256 implementation in Verilog to extend the repository’s hardware-encryption coverage.
A focused fork of the MicroPython firmware: our only goal was adding CAN support, without changing the rest of the firmware.