Shashank Krishnamurthy Email & Phone Number

o Responsible for the overall engineering execution and strategy of Otis dispatching products

o Responsible for executing several strategic initiatives in the Otis ONE and IoT areas

o Responsible for leading global efforts in the design and development of drives for elevator and escalator applications and end to end lifecycle managemento Oversaw a team of around 50 engineers located in 5 countries and a $10M budgeto Operational responsibilities include roadmap development, program execution and coordination and quality oversight.o Operational responsibilities include roadmap development, program execution and coordinationo Supply chain and quality oversight, year over year material productivity savings as well as factory and field process optimization.

Connecticut, Usa

o Responsible for leading global efforts in the design and development of drives for elevator and escalator applicationso Oversaw a team of around 50 engineers located in 5 countries and a $10M budgeto Operational responsibilities include roadmap development, program execution and coordination and quality oversight. o Personnel responsibilities include the allocation of staff to projects, staff performance review process as well as mentoring staff with regards to career development planning

o Responsible for leading strategic efforts in the research and development of high density and high temperature power converters, printed circuit board embedded packaging concepts for aerospace and commercial applicationso Received UTRC outstanding achievement award for leading efforts in wide band gap deviceso Operational responsibilities, including the allocation of staff to projects for maximum effectiveness in execution and delivery; contributions in the performance review process as well as mentoring staff in regard to career development planningo Principal Investigator on multiple projects related to advanced switching devices for power conversion applicationso Led large multi-disciplinary team (materials, thermal, electrical) that carried out development activities related to high density power conversion systemso Otis Program Office Lead for Advanced Machines and Drives, 2014 onwards till September 2017. Responsible for roadmap development for Otis drives and machines and program responsibility for all projects carried out at UTRC globally for Otis. Received Otis President’s Award for development of special drive software functionality.

o Principal Investigator on multiple projects related to design and development of power converters using silicon carbide and gallium nitride switching devices for high density and high temperature aerospace power converters. o Modeling and control of advanced circuit topologies for AC-AC and DC-AC applications

o Design and development of universal back-to-back three phase power converter platform for power electronic systemso Design and development of digital controller platform for power electronic systems (both hardware and software). The digital controller platform consists of a specialized motor control DSP and FPGA co-processor. o Modeling and control of distributed power resources for operation in a microgrid.o Modeling of power conditioning system that consisted of a fuel cell power plant, lithium-ion battery pack and traction drive system for UTC Power Hybrid bus

Member of Technology and Solutions Division ( Peoria IL). Worked in topics related to next generation genset design.o Feasibility study of high-performance lamination steels for use in synchronous generators. o Analysis of variable speed non-synchronous generators for genset applications.o Analysis of ‘q’-axis exciter for wound field synchronous generators. o Analysis of resonant AC link converter for high power applications.

Phd, Electrical Engineering

Activities and Societies: Indian Graduate Students Association, IEEE,WEMPECThesis research focused on power electronics and control.

Ms, Electrical Engineering

Activities and Societies: IEEEThesis research focused on rapid prototyping of power electronic circuits using the Dymola/Modelica.

Be, Electrical Engineering

Activities and Societies: IEEEStudied at Nirma Institute of Technology. Final year project was a simulation study of the vector control.