Tushar Chaudhari

• Leading 25 member team globally (US, MX, DE, IN) consisting of System Project Leads, Safety Managers, Security Managers, Requirements Analysts • Responsible to define technical customer strategy, system architecture, timing and budget • Provided direction and support to the engineering team to achieve sustainability • Support risk management for the customer accounts • Comply with all Bosch and industry policies, standards, and procedures (ISO26262, CMM, ASPICE, TS16949, QM, etc)

• Built and leading high performance 30-member team in 2 years to drive and support projects in areas of system, SW and HW engineering. • Acquired and established new business to reach a revenue of 3 mn dollars in just 2 years • Provided direction and support to the engineering team to achieve sustainability • Worked with engineering team to identify growth opportunities and to establish and maintain strategic contacts with the OEMs

• Planned and execute customer projects for the development of applications for electronic power steering • Managed projects in the US, Germany, India and China gaining experience to work with teams across diverse cultures • Successfully drove 8 OEM projects from kick-off to SOP over a period of 5 years • Supported new project acquisitions and RFQs • Follow quality process for software development according to ISO26262 and ASPICE

 Implementation and testing of various functions in the context of Drive-Transmissions for different customers  Conceptualization, design, development, and rollout of a Domain-Specific-Language and a tool for configuring the embedded software for the drive transmission control units (TCU). The entire implementation resulted in at least 40% efficiency improvement and more than 50% reduction of implementation time and effort for a given project.

Worked with the basic software team responsible for CAN signal processing for drive transmission systems Cross functional interaction to understand requirements from the custoemer Development of software adhering to the ISO26262 and ASPICE standards

- Analyzed and validated an innovative joint system with variable stiffness for the DLR Hand-Arm System based on a dynamic control model. - Developed tools for automated trails and analysis of the system. - Analysis for different types of friction in the system. - Developed a dynamic system model in Matlab/Simulink based on the experiments.

- Designed and developed a software for an autonomous Robot Cell for Welding Ship sub assemblies. - Path planning algorithms, time optimization, planning for weld staggering. - Automated control code generation for Robot controller.

- Process Planning for Aerospace Components. - Fixture Design for Welding with close tolerances. - Supplier Interaction for Fixture realization.

Advanced Mechatronic Systems Advanced Motion Control