Eshaan V Hanchate
About Eshaan V Hanchate
Eshaan V Hanchate is an Associate Hardware Engineer at Bosch Global Software Technologies in Bengaluru, India, where he has worked since 2022. He specializes in hardware security module validation and has contributed to significant improvements in testing processes and post-silicon validations for automotive microcontrollers.
Work at Bosch Global Software Technologies
Eshaan V Hanchate has been employed as an Associate Hardware Engineer at Bosch Global Software Technologies since 2022. In this role, he operates from Bengaluru, Karnataka, India, and has contributed significantly to hardware security module validation. His responsibilities include automating the testing process for NIST vectors using Python, which has led to a notable reduction in time and memory usage. He also conducts post-silicon validations for 16nm microcontroller generations, ensuring the reliability and performance of advanced automotive microcontrollers.
Education and Expertise
Eshaan V Hanchate earned his Bachelor of Engineering (BE) in Electronics and Communications Engineering from Visvesvaraya Technological University, completing his studies from 2018 to 2022. He also studied at Global Academy of Technology, where he obtained a similar degree during the same timeframe. His educational background has equipped him with the necessary skills and knowledge to excel in hardware engineering, particularly in the field of automotive microcontrollers and hardware security.
Background
Prior to his current position at Bosch, Eshaan V Hanchate gained experience as an intern at DevSys Embedded Technologies Pvt Ltd in 2021. His internship lasted for one month and provided him with practical exposure to embedded systems and hardware engineering. This foundational experience has contributed to his professional development and expertise in the field.
Achievements in Hardware Validation
Eshaan V Hanchate has made significant contributions to hardware validation processes during his tenure at Bosch. He pioneered the automation of the SENT module validation process using Python and UDE programming, which drastically reduced processing time from one month to mere minutes. Additionally, he developed diverse test cases for functionality and performance evaluation of hardware security modules, enhancing the overall validation efforts. His work also includes implementing test vectors from NIST for both symmetric and asymmetric cryptography accelerators.