I2C Master Controller
Designed an FSM-based I2C master in Verilog with START/STOP condition generation and ACK detection; verified functional correctness through simulation testbenches.
Final-year Electronics & Communication Engineering student
Final-year Electronics and Communication Engineering student specializing in VLSI/RTL design, FPGA, embedded systems, and IoT hardware engineering.
NIELIT
Trained in RTL design, Verilog HDL, FSM design, digital logic, and the ASIC design flow through hands-on simulation and verification exercises.
College Fab Lab
Built embedded applications on ESP32 using UART and I2C protocols for real-time sensor interfacing and data acquisition.
B.Tech, Electronics & Communication Engineering
2023 – 2027
CGPA: 7.60 / 10
Class XII and Class X
Class XII: 81.4%; Class X: 96.7%
Designed an FSM-based I2C master in Verilog with START/STOP condition generation and ACK detection; verified functional correctness through simulation testbenches.
Built an ESP32-based aquaculture monitoring system in MicroPython that tracks water quality including temperature, pH, and turbidity, publishes readings over MQTT to a Node-RED dashboard, and provides local buzzer alerts for out-of-range conditions.
Designed a combinational Verilog decoder converting a 4-bit binary input from 0–9 to a 7-bit common-cathode display output; invalid inputs 10–15 blank all segments. Verified with Vivado behavioral simulation.
Developed an FSM-based traffic light controller with pedestrian-request handling and verified it through simulation across all signal states.
Built an end-to-end Python ML pipeline using Pandas and Scikit-learn to predict sensor health from streaming data, with visualization for anomaly tracking.
Designed the schematic and routed the PCB layout for an IR sensor module in KiCad, including full DRC verification for manufacturability.