Rohan Ravishankar Email & Phone Number

California, United States

Brighton, Michigan, United States

• Specialized in HIL and SIL testing, with expertise in developing and executing test cases aligned with customer, system, and software requirements, including comprehensive regression and feature-specific testing for fault management, diagnostics, performance, and safety related requirements. Collaborated with customers to review test cases and results, enhancing satisfaction and deliverables.• Experienced in NI PXI and VT system automation testing; designed LabVIEW GUIs to meet test… Show more • Specialized in HIL and SIL testing, with expertise in developing and executing test cases aligned with customer, system, and software requirements, including comprehensive regression and feature-specific testing for fault management, diagnostics, performance, and safety related requirements. Collaborated with customers to review test cases and results, enhancing satisfaction and deliverables.• Experienced in NI PXI and VT system automation testing; designed LabVIEW GUIs to meet test requirements and set up test stand sequence files. Developed wheel speed simulation profiles for feature testing. Utilized PXI to simulate and input signals to the ECU, with ATI for data acquisition, recording, and result analysis.• Conducted software testing for AUTOSAR and Automotive Embedded Software Components (SWC) in Braking and Suspension ECU modules, focusing on CAN, Ethernet, and FlexRay protocols. Used PTC Windchill and Cradle for requirements and test management, enhancing system reliability and documentation. • Managed DEM and DCM systems with C programming to resolve DTCs and improve reliability. Conducted CAN diagnostics using Vector tools (CANoe, CANalyzer, DaVinci, Configurator) and ATI Vision, applying ISO 14229 UDS standards to ensure diagnostic accuracy. Show less

Bengaluru, Ka, India

• Developed system architecture for an Automotive Steer-By-Wire Steering system from scratch with a new architecture approach and established interfaces between complex systems and subsystems, reducing the architecture complexity by at least 10%.• Collaborated with multidisciplinary teams to refine system and software requirements for Electric Power Steering systems. Utilized MBSE methodologies to deliver optimized architectures, resulting in a 15% improvement in system performance for… Show more • Developed system architecture for an Automotive Steer-By-Wire Steering system from scratch with a new architecture approach and established interfaces between complex systems and subsystems, reducing the architecture complexity by at least 10%.• Collaborated with multidisciplinary teams to refine system and software requirements for Electric Power Steering systems. Utilized MBSE methodologies to deliver optimized architectures, resulting in a 15% improvement in system performance for various customers.• Implemented a bidirectional traceability system, linking requirements in IBM Doors Next Generation with Rhapsody architectural elements, enhancing tracking by 30% and reducing design alignment errors by 20%, accelerating project delivery times.• Refined Rhapsody's system views from lower-level designs, improving documentation to meet specific customer requirements, which boosted usability by 20% and enhanced client satisfaction. Show less

Bengaluru, Karnataka

• Designed and optimized Automotive sheet metal components with PTC Creo to ensure precision in design conforming to engineering standards, contributing to a5% improvement in manufacturing process efficiency.• Instituted quality control protocols that improved component durability and reduced material waste by 2% during manufacturing.

Bengaluru, Karnataka

Contributed to the development of Engine and Transmission Systems, focusing on technical calculations and NVH (Noise, Vibration, and Harshness) aspects, while also actively engaging in the application of automotive dynamics, braking systems, and simulation techniques for Automotive system advancements.

Master Of Science - Ms, Systems Engineering & Management, 3.7

Bachelor'S Degree, Mechanical Engineering, 3.36/4.00

High School/Secondary Certificate Programs

High School/Secondary Certificate Programs