Surabhi Dattawad
About Surabhi Dattawad
Surabhi Dattawad is a Senior Hardware Engineer at Bosch Global Software Technologies in Bengaluru, India, where she has worked since 2016. She has received multiple awards for her contributions, including the OTA and the Growth Driver award, and holds a patent for a power supply design.
Work at Bosch Global Software Technologies
Surabhi Dattawad has been employed as a Senior Hardware Engineer at Bosch Global Software Technologies since 2016. Based in the Bengaluru Area, India, she has contributed to various projects over her eight years with the company. Her work primarily focuses on electronics design, particularly for Human-Machine Interface (HMI) in Bosch heating systems. Dattawad has been recognized for her contributions to the company, receiving multiple awards, including the Growth Driver award in November 2021.
Education and Expertise
Surabhi Dattawad earned her Master of Technology (MTech) degree in Power Electronics from B. M. S. College of Engineering, where she studied from 2014 to 2016. Her academic background provides her with a strong foundation in electronic systems and power management, which she applies in her role at Bosch. Dattawad's expertise is reflected in her patent for a power supply design for a room temperature controller, granted in 2021.
Achievements
Dattawad has received several accolades throughout her career. In 2020, she was awarded the OTA by Bosch, recognizing her contributions to the organization. She also secured second place in the Bosch Innovation competition in December 2019. Her presentation skills were acknowledged when she earned the Best Presenter award at the IEEE ICSPACE conference in 2017, where she also published a paper on 'Sensors and Control System Models of Wind Power Generation.'
Patents and Publications
Surabhi Dattawad holds a patent for a power supply design for a room temperature controller with a power line communication system, which was granted in 2021. Additionally, she has contributed to academic literature, publishing a paper at the IEEE ICSPACE conference in 2017. This paper focused on 'Sensors and Control System Models of Wind Power Generation,' showcasing her involvement in both practical and theoretical aspects of engineering.