Jeyakannan Yogarajan

Automobile Braking and Stability Systems Development Engineer

Chennai Area, India

Vehicle Testing Teaching managemant Vehicle Dynamics Automotive Engineering
▪ Software Feature owner and holding the end to end responsibility (from requirement handling till software release) for WABCO braking systems static/low dynamic functions.
▪ Expertise in control algorithm development for medium and heavy-duty commercial vehicles braking and stability systems
▪ Prototype model development in MATLAB Simulink and Stateflow (R2014b).
▪ Profound experience in requirements gathering (internal and external), Test case creation and documentation, Validation in open loop (WABCO’s inbuilt test rigs) and closed loop (plant model simulation in MATLAB, HIL and target vehicle) test environments.
▪ Profound knowledge and work experiences in various Data acquisition tools like CANalyzer, CANape, and Dewetron.
▪ Profound work experience in all stages of V-model software development cycle.
▪ Good knowledge of vehicle diagnostics and error handling concepts.
▪ Involved in S-FMEA and D-FMEA preparation for the static/low dynamic functions.
▪ Profound experience in development of ISO 26262 compliance system.
▪ Profound experience in On-time software function delivery ensuring quality assurance and quality control by complying with Automotive SPICE 3.0
▪ A Certified Lean Six Sigma - Yellow Belt.

Senior Control Function Development Engineer at WABCO

Jun 2017 - Present

The primary responsibility is to develop a fault-free vehicle control functions meeting all requirements, creating a fault-free system requirement specification and system/software architecture. MAIN RESPONSIBILITIES: • Elicit technical customer (internal / external) requirements • Analyze use-cases, create functional requirements and test specifications based on customer demand and development target. • Specify technical system requirements derived from customer (internal/external) requirements • Create/invent new vehicle control functions • Develop, extend and release vehicle control functions • Design of functional prototypes to check the developed algorithms • Development of functional algorithm in MATLAB Simulink/Stateflow • Development of system verification strategies • Creation of test plans and test specifications • Perform tests in MATLAB (SIL, MIL), dSPACE HIL, ECU testing in the laboratory(Vehicle environment simulated using internal tools) and Target Vehicle • Support for improvement of development processes (speed & quality) ▪ On-time delivery of software function ensuring quality assurance and quality control by complying with Automotive SPICE 3.0 • Development of ISO26262 - Functional Safety compliance system • Automation of Testing procedure using EXAM automation tool • Support newly joined Engineers during onboarding

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