Suresh Bhumireddy

• Model-based development function bug fix to match with the Measurement .MDF file.
• Model-based development and MIL testing for the 2-wheeler EV Power Control Unit (Honda), as well as system integration, functionality debugging, and optimization. As a deputation consultant at the Japan location (October 2024 to May 2025).
• Involved in SWE4 testing and manual code verification activities in the EV domain (BCM) for North American OEMs.
• EV virtualization concept realization, worked on BMS control development, and virtual environment integration and testing.
• SPOC for defect investigation, reporting, and planning.
• Managed multiple high-priority projects simultaneously, consistently meeting deadlines while maintaining attention to detail.

Leading a team of 15 members and involved in development and testing activities (SWE4, SWE6) of ADAS Level 2+ features, and maintaining the project, milestones, and feature performance with FO.

• Involved in skill matrix development for engineers and their career growth.
• Investigated and addressed system/software issues to enhance usability, and improve functionality.
• Strong collaboration with FO to make a better quality product.
• Performed closed-loop/open-loop simulation with CARMAKER and SIMULINK to test and validate various AD Level 2+ features, like TJA, LVF, IDA, etc.
• Performed database algorithm performance testing for autonomous driving features.

• Experienced in application software development using MATLAB, SIMULINK and STATE FLOW for the hybrid control unit of a hybrid electric vehicle.
• Auto Code generation using Target Link.
• Mentored junior engineers and new hires to better improve the competency and efficiency of all staff.
• Developed functional and unit test cases, and tested using M-Test.
• Conferred with team engineers and other personnel to implement operating procedures, resolve system malfunctions, and provide technical information.

• Involved in ADAS feature control strategy development using MATLAB, SIMULINK, and State flow, features like semi-auto parking and lane centering.
• Auto code generation developed functional and unit test cases. Tested semi-auto parking and lane centering model using Carmaker.
• Validation of active safety and functional safety ADAS features, vehicle log data, as per the system-level requirement.

• Developed a communication link (UDP) using MATLAB script, tested the communication link with a 6DOF model, and partially involved the MBD 6DOF model using MATLAB and SiMULINK.
• Performed radar signature study analysis on different classified unmanned aircraft.