Olipi Mohan Vamsi

About Olipi Mohan Vamsi

I am a Master’s graduate in Computer Engineering with hands-on experience across electrical engineering, embedded systems, IoT, and hardware development. Currently, I am working as an Electrical Engineer Intern at Jaycon Systems and also Firmware Engineer Intern, where I contribute to circuit design, PCB development, testing, and component selection for real-world engineering solutions.My background includes experience as an Embedded Systems Engineer and internships focused on embedded hardware and IoT, where I worked extensively with microcontrollers, firmware development (C/C++), sensors, and system integration. I enjoy working close to the hardware—designing, testing, troubleshooting, and turning concepts into reliable systems.At Playto I Designed and developed embedded firmware in C/C++ for Arduino-based microcontrollers, integrating sensors, servo motors, and actuators using GPIO, PWM, UART, SPI, and I2C communication.Implemented real-time control logic and supported hardware–software integration during system bring-up, debugging, and validation, improving system reliability and reducing development time.With internships at IBM and VS Technologies, I\'ve built IoT systems on Watson Platform and Node-RED, plus object-detection robots. I\'m passionate about real-time control and sensor interfacing—skills honed through hackathon wins like 1st Place in IBM\'s 30-Hour IoT Hackathon.Open to roles in Embedded Systems, Firmware Engineering, Electrical/Hardware Engineering, or Systems Engineering. Feel free to connect if you\'re innovating in Robotics, Technology, defense, or smart tech.

Experience

1. Electrical Engineer

   Jaycon

   Feb 2026 — Present · Melbourne, FL, US

   Using the VESC framework, firmware for BLDC motors was developed and refined with an emphasis on high efficiency power delivery fordrone propulsion systems. Designed the Electronic Optical Platform(EOP) to ensure minimal latency and robust dependability for AR headsets used in busy Theme parkattractions. Working with STM32 microcontrollers with real time task scheduling and hardware abstraction layers were programmed using STM32IDE,STM32CubeMx. For Real time motor telemetry and sensor feedback, synchronized data communications using the CAN bus and UART were implemented. Used logic analyzers, oscilloscopes and multimeters to do signal integrity, troubleshooting, power analysis in order to diagnose.

Education

• MTIET

  Bachelor's degree, Electrical, Electronics and Communications Engineering

• Florida Institute of Technology

  Master of Science - MS, Computer Engineering