KRISHNA KASHAMPUR

Function development and Testing for Steering feel software and Steering Column

- Developed application software for steering feel, contributing to enhanced vehicle dynamics.

- Designed closed-loop front wheel angle controller for advanced driver assistance functions.

- Tested and tuned software at proving ground, ensuring optimal performance and reliability.
Skills: Vehicle Dynamics· Closed loop control systems · Embedded

Lead Controls Engineer for DC Motor
- Designed and integrated DC motor control logic for steering adjustment.
- Worked within the Classic AUTOSAR architecture, focusing on low-level drivers and SWC interactions.
-Tuned control parameters to ensure smooth, responsive steering behavior and achieve desired NVH performance
Skills: Motor Control · Embedded Systems · AUTOSAR Embedded systems, Problem-solving, Team collaboration

Assignment: Function Developer, Steering System, Volvo GTT

Description: The assignment involves the development of a redundant steering system for future Autonomous trucks.
-Involved in the development, testing, and tuning of the model. Developing TargetLink model for the generation of production code.
-Formulated Software requirements for each unit of the model. Defined test specifications and test cases for testing the module and units.
-Performed SW SIL and TL ML testing of software in BTC Embedded tester.
- Developed Model for Testing in vehicle using MicroAutoBox III

Assignment: Simulation Engineer, Vehicle Analysis Group, Volvo Trucks
Description: The assignment involved the development of the plant models based on Matlab-Simscape and Simulink to understand the dynamic behavior of trucks and tires. The models were used by brakes, steering, automation, and active safety teams.
-New side curtains for trucks in case of a rollover event. CAE study to define boundaries of safety or point of no return where the airbag ejects. Worked closely with suppliers in providing data and validation of simulation studies.
-Performed safety simulations for L4 trucks by injecting faults at the subsystem level and quantifying performance metrics and assisting teams to take decisions on functional safety.