Code-versatile professional with complete working knowledge of asset systems and source-code debugging. Experienced coder working with industrial closed-loop digital control systems. Recognized for creative debugging and problem-solving. Adaptable embedded software engineer with experience developing embedded firmware. Goal-oriented engineering leader skilled at software debugging and specialized hardware selection. Celebrated for embedding quality, next-generation firmware.
- Develop and integrate embedded software for advanced aerospace systems.
- Design, code, and test real-time embedded systems with a focus on reliability and safety.
- Work on hybrid electric propulsion systems, handling both software and hardware interfaces.
- Optimize system performance and troubleshoot embedded system issues.
- Collaborate with multidisciplinary teams, including hardware engineers and systems architects.
- Implement CAN communication protocols and embedded C/C++ programming.
- Utilize debugging tools for real-time systems to identify and resolve issues effectively.
- Emphasize rigorous testing and validation to meet aerospace industry standards.
- Apply problem-solving skills and attention to detail for software-hardware integration.
- Maintain comprehensive documentation and adhere to safety protocols.
- Participate in code reviews and continuous improvement of code quality.
- Engage in continuous learning and adaptability to new technologies and methodologies.
· Distance measurement using Wireless Communication:
Components used are Arduino UNO, Bluetooth module, and ultrasonic sensor.
Used Arduino IDE tool for programming Arduino UNO to help ultrasonic sensor detect any obstacles and measure the distance between them
· Developed and maintained professional relationships with internal employees and customers.
· Observed how different types of switchyard equipment functions in response to different types of faults and maintenance activities to protect the high-powered electrical equipment.
· Noted how the furnace works processing iron ore and steel scrap into steel.
· Observed how steel sheathing using rollers.
· Studied how the maintenance works for larger industrial equipment like motors, etc. In the mechanical and electrical workshops.
Currently Residing in the United States. Ready to relocate.
Design of a Power Train system for Electric Vehicle (Two-wheeler), MVGR college of engineering, Vijayanagaram, Andhra Pradesh, India, 12/01/19, 05/01/20, The basic idea of the project was to make a more reliable converter when seen from the load side. MATLAB Simulink was used to create an ideal model using an impedance source inverter. We tried creating a real-time model implementing our theory and succeeded. Distance measurement using Wireless Communication, MVGR college of engineering, Vijayanagaram, Andhra Pradesh, India, 10/01/19, 12/01/19, Components used are Arduino UNO, Bluetooth module, ultrasonic sensor. Used Arduino IDE tool for programming Arduino UNO to help ultrasonic sensor detect any obstacles and measure the distance between them. Intern, Rashtriya Ispath Nigam Limited, Visakhapatnam, Andhra Pradesh, India, 05/01/19, 06/01/19, Developed and maintained professional relationships with internal employees and customers. Observed how different types of switchyard equipment functions in response to different types of faults and maintenance activities to protect the high-powered electrical equipment. Noted how the furnace works processing iron ore and steel scrap into steel. Observed how steel sheathing using rollers. Studied how the maintenance works for larger industrial equipment like motors, etc. In the mechanical and electrical workshops.
Currently Residing in the United States. Ready to relocate.