Jino Michael Pattery

Set up functional safety database according to ISO 26262 to cope with different work products Training for functional safety for system architects and requirement engineers Preparation of risk and hazard analysis

Hardware-in-the-Loop (HIL) simulation of E-Drive controllers, Power Electronics Target specific code generation in C and VHDL for DSPs/FPGAs Testbed implementation for inverter/motor drive evaluation in electric vehicle applications. Development of DC-DC, DC-AC, AC-DC converters for Vehicle-to-Grid technologies. Digital/Analog circuit design for gate drivers/ sensor systems. PCB Layout design, routing and Gerber verification

Lead Researcher in Product Management Division, responsible for conceptualization to launching both software and hardware products. Solution architect for projects in the area of smart grids, metering, vehicle to grid technologies Requirement analysis, technical feasibility studies, draft specifications of IEEE/IEC standards Collaborations with international experts from academis and industry Functional improvements on hardware and software products Product development life cycle.

Implementation of a HIL testbed for vector control of induction motor used in electric vehicles. Teaching courses on Power Electronics, Linear Integrated Circuits.

Deployment and coordination of Accelerated Power Development Reforms Programme of Govt. India Tender documentation, purchase and technical feasibility studies for the entire project deliverable.

IGBT based power electronics interface module development for 48 V micro-wind turbine Control algorithm implementation in TMS320F2812 DSP using automatic embedded code generation.

Load share controller development for parallel hybrid electric vehicle architecture and implementation in a production car based mule. Simulated IC engine emission model using ADVISOR toolbox in MATLAB. Designed a power electronics drive for the motor