Saibabu Merakanapalli is an Automotive Electrical Functional Architect specializing in Autonomous Steering, Antilock Braking Systems (ABS), ADAS software architectures, and Software-Defined Vehicle (SDV) platforms. With advanced engineering experience at General Motors and prior roles at Nexteer Automotive, he designs and validates safety-critical chassis systems that improve vehicle reliability, predictive diagnostics, and accident-prevention capabilities across modern EV and autonomous platforms.

He has deep expertise in AUTOSAR Classic & Adaptive, SOME/IP, Ethernet/TSN-based communication, functional safety (ISO 26262), and model-based development ( IBM Rhapsody). His work spans end-to-end functional architecture, microservices for Software defined Vehicles, network latency diagnostics, and advanced steering/braking control strategies used in next-generation vehicles.

Saibabu is also active in technical research, contributing publications on AI-driven automotive diagnostics, SDV architecture optimization, predictive maintenance, and intelligent chassis systems. He serves as a peer reviewer across engineering journals and frequently writes about advanced vehicle safety innovations that align with U.S. national transportation and EV safety priorities.

Passionate about making mobility safer, Saibabu’s work focuses on saving lives through engineering, advancing the reliability, intelligence, and safety of the modern vehicle ecosystem.