Keerthika Pandiselvan

Spearheaded definition and execution of vehicle electrical and software architecture for FNV4 programs, leading the Advanced Electrical Architecture & Systems team to integrate V2V, OTA, AI/ML, MaaS and L2+/L3 features into production vehicles and optimize power, latency, and system performance.

Led multi-functional initiatives for a Transportation-as-a-Service platform, defining self-driving architecture, use cases, trade-offs and system specs while driving verification, triage, and resolution of complex AV system issues across prototype and production vehicles.

Directed global embedded software verification processes, developed verification strategies across vehicle platforms and led virtual co-simulation and cloud-based integrated test platforms for connected vehicle feature validation.

Led technical software development for AUTOSAR and non-AUTOSAR BCM features, coordinating multi-region teams and suppliers to deliver on-time production-ready software and managed configuration for 40 projects in the BCM Software Factory.

Designed and developed embedded software for automotive radio and BCM systems, performed unit and functional testing for HMI infotainment features and implemented static analysis and defect remediation processes.

Developed and tested in-car UI interfaces and supported automated testing of infotainment and connectivity products using AM/FM, HD Radio, Bluetooth and GPS technologies.

Developed HMI software for automotive instrument clusters, performed testing and generated production C code using MATLAB/Simulink/Stateflow and GDT toolsets.

Completed a professional certificate in Architecture and Systems Engineering Fundamentals through MIT xPRO in 2019.

Grade: 4.0/4.0

Master of Science in Electrical and Computer Communications completed with a 4.0/4.0 GPA in 2011.

Grade: First Class with Distinction

Bachelor of Engineering in Electrical and Electronics awarded First Class with Distinction in 2009.