Abhishek Suresh

The impact and influence of AI-based Automotive Human Machine Interfaces on the user experience and acceptance of the occupants of the vehicle has been investigated. To achieve this, the systematic differences in the modes of interaction between various cars’ HMI, with and without AI are compared. Furthermore, the user experience and acceptance of the occupants are analyzed by testing with the developed interactive prototype, which was done in the form of Remote Moderated Usability Testing.

Involved in developing and evaluating an Interior HMI Display for a fully autonomous passenger vehicle, under the Vehicle Concepts department, where the display was built using LED Matrices driven by Raspberry Pi with NodeJS architecture for fetching the data to be displayed, from the web. In addition to this, a suitable car mount was also designed to hold the panels on the car.

Responsible for monitoring and supervising alternator production line. Some of the tasks include: - Conducted process verification and validation of the alternator line - Involved in tool management, materials and manpower planning - Performed root cause analysis and FMEA for the shaft and claw division of the alternator line