>_ Embedded Systems & Firmware Engineer
B.Tech in Robotics & Automation · NSDC-Certified Embedded Systems · Writing bare-metal Embedded C that runs on real hardware — from PIC microcontrollers to UAV flight controllers.
I'm an Embedded Software engineer from Bangalore with a B.Tech in Robotics & Automation (VFSTR, 7.65 CGPA) and a minor in IoT & Embedded Systems. I also hold a Diploma in Mechanical Engineering (SBTET, 75.11%), which gives me a solid hardware foundation.
I've completed NSDC-certified advanced training at Emertxe Information Technologies — covering bare-metal Embedded C, Linux System Programming (IPC, pThreads, TCP/UDP sockets), and RTOS. I interned at ExoDrone Systems (Hyderabad), integrating Pixhawk and Cube Orange flight controllers on quadcopter, hexacopter, fixed-wing and agriculture drone platforms.
I've published at ICCSCE-2025 and authored a book chapter — rare outputs for a fresher. Now looking for my first full-time Embedded / Firmware role where I can work with real hardware.
Completed professional training in Embedded C, Embedded Linux, Linux System Programming (IPC: Pipe, FIFO, Shared Memory; pThreads; TCP/UDP network programming), and RTOS. Delivered 10+ hands-on projects covering data structures, OS concepts, and embedded firmware. Certified under NSDC / Skill India — Electronics Sector Skill Council QP: ELE/Q1501.
Integrated and tested UAV electronics on Pixhawk and Cube Orange flight controllers across quadcopter, hexacopter, fixed-wing, and agriculture drone platforms. Performed ESC calibration, telemetry wiring, sensor validation (accelerometer, gyroscope), and documented autonomous flight test procedures.
Four-year programme covering robotics, automation, embedded electronics, control theory, sensor integration, and ROS. Published a peer-reviewed conference paper at ICCSCE-2025 and authored a book chapter — rare academic outputs at undergraduate level. Also secured a college-funded research project grant.
Three-year Diploma providing strong mechanical and manufacturing foundations — a background that directly supports hardware-aware firmware and robotics engineering.
Bare-metal firmware on PIC18F4580 for a multi-node CAN bus system. Implements real-time exchange of vehicle parameters (speed, RPM, fuel, temperature) between ECU nodes, ADC interfacing, SSD display, and digital keypad — a complete embedded firmware project.
Custom Linux shell in C built from scratch — supports internal and external commands, process creation (fork/exec), job control, piping, background process management, and signal handling (Ctrl+C / Ctrl+Z). Demonstrates deep OS-level knowledge.
Assembly and full integration of a fixed-wing UAV — installed electronics, configured the Pixhawk flight controller, tuned PID parameters for stable flight, and validated autonomous waypoint missions in Mission Planner.
Word-to-file index built in C using hash tables and linked lists. Reads multiple text files, builds an inverted index mapping every word to the files containing it, and returns results instantly — demonstrating advanced data structures and file I/O.
Hides and recovers secret messages inside bitmap images using LSB encoding. A secret key secures encode/decode. Demonstrates precise bit manipulation, binary file I/O, and low-level pointer operations — core embedded skills.
Arithmetic on numbers beyond all standard data type limits. Each digit is stored as a linked-list node; addition and subtraction traverse nodes while maintaining carry/borrow. Demonstrates dynamic memory and pointer mastery.
ICCSCE-2025 · International Conference on Computer Science & Communication Engineering · 2025
2025 · Engineering / Automation domain publication · Rare contribution at undergraduate level
I'm actively looking for my first full-time role in Embedded Systems or Firmware Engineering in Bangalore. If you have an opening — or just want to talk hardware — I'd love to hear from you.