Jan 2025 – Nov 2025 · 10 mos · Pune, Maharashtra, India · Hybrid

• Working with consulting team to identify the AI enabled ASPICE processes and use cases
• Led PoC development for ADAS architecture by identifying AI-enabled ASPICE processes and mapping use cases for SDVs.
• Developing system architectures and engineering process with mapping from ASPICE and AUTOSAR domains
• Integrated embedded systems over IoT-cloud platforms and supervised sensor validation for real-world traffic scenarios.
• Identifying and mapping the functional and application use cases withing the innovation domain of SDVs
• Analyzed competencies in SDV domain and provided technical leadership to CoE team.
• Working with data analytics team to analyze and skill and competence related data within
• the SDV domain.

Jan 2024 – Jan 2025 · 1 yr · Bengaluru, Karnataka, India · On-site

• Firmware Validation of BMS:
• Set up an RBS simulation in CANoe to evaluate BMS functionality
• Crafted a Python script to automate testing
• Employed VT system 7101 and 2820 for simulating signals to the BMS
• Autosar and Embedded Systems:
• Analyzed ADAS system requirements and implemented camera-based algorithms for object/lane detection using MATLAB/Simulink.MCAL
• configuration (ADC, PORT, DIO, SPI, etc.), and basic P/R port configuration for RTE.
• Develop expertise in functional safety and complex device drivers (CDD, SBC)
• Apply AUTO-SPICE processes including requirement capturing, detailed design, code implementation, and testing of
• AUTOSAR and non-AUTOSAR software modules
• Build competency in AUTOSAR and Automotive Protocols (CAN, UDS, OBD)
• Testing with HIL - Vector CANoe:
• Simulated EV bike electronics and battery control modules using VT System 7101/2820, CANoe.
• Conducted real-time event simulation, regression testing, and corner case analysis.
• Performed real-time validation for corner-case, time-sensitive safety events in propulsion & BMS.
• ADAS and Vector:
• Analyze ADAS system requirements and develop ADAS-related controllers and algorithms using MATLAB Simulink. Derive
• scenarios from use cases.
• Simulated use-case-driven scenarios and automated test flows with Vector CANoe & Python..
• Contribute to ECU function development and testing for vehicles by applying model-based development with a V-
• model approach.
• Utilize automotive communication protocols like CAN and UDS to enhance communication between electronic control
• units.
• Participated in system design involving Radar/LiDAR input preprocessing and validation.
• Achievements:
• While handling timers will be a long process of coding and structuring developing a robust test environment is a complex coding
• environment.
• Led comprehensive system engineering, HIL validation, and firmware testing efforts for embedded propulsion
• control and BMS solutions, utilizing INC

Feb 2023 – Dec 2023 · 10 mos · Bengaluru, Karnataka, India · On-site

• Directed the Single Sensor TPMS (Tyre Pressure Monitoring System for Two
• s: Wheelers) project and delivered Base Volume 1 with expected results.
•  Developed the IPD (Intelligent Puncture Detection) project for two-wheelers,
• catering to both commercial and power sports vehicles.
•  Modeled hub motor performance using MATLAB, optimizing motor operation across
• temperature bands to maximize operating time before reaching cutoff temperatures.
•  Set up and acquired data from ETAS devices (ETAS 650 and ETAS 600) via INCA, and
• analyzed data using MDA and TPT.
•  Implemented a Battery Health Monitoring System, including curve fitting, noise
• filtration through signals, and IMU sensor integration.
•  Validated new logic in a HIL setup by connecting the EMS ECU, flashing EMS
• software onto the ECU, activating LABCAR software for engine control, and testing
• the software logic under simulated conditions.
•  Tire temperature Modelling, perform GPS geolocation Calibration using sensors like
• Oscilloscope, Accelerometer and
•  Gyroscope sensor fusion, and predictive analysis, and developed a Python script for
• gradient estimation.

Jul 2022 – Dec 2022 · 5 mos

• Worked on a Live Project for Electric and Hybrid Vehicles which was my Final Year Engineering Project, completely Sponsored by Devise Electronics.

Jan 2022 – Jul 2022 · 6 mos

• EV automation hardware and Software intern

Jan 2022 – Dec 2022 · 11 mos · Nagpur, Maharashtra, India

Jan 2022 – Jul 2022 · 6 mos · Pune, Maharashtra, India

Sep 2021 – Dec 2022 · 1 yr 3 mos · Nagpur, Maharashtra, India

May 2021 – Aug 2021 · 3 mos · Mumbai Metropolitan Region

• I studied solutions of coupled stiff ordinary differential equations governing nuclear reactor kinetics and generated the computational programs on Matlab and in Python to solve the differential equations produced during the project on Point Reactor Kinetics

Dec 2020 – Jan 2021 · 1 mo · Murbad, Maharashtra, India

• Worked in the Solar Power Plant got to know about the complete functioning and working of the plant had a hands on experience on the various components of the plant.

Sep 2020 – Jan 2021 · 4 mos

Sep 2020 – Oct 2020 · 1 mo

• Was assigned a project (Currency Convert er)