Apr 2025 - Present
Associate II software Engineer, Capgemini - Bangalore
Project III : SDV and ADAS for RNTBCI
Domain & ScopeWorked on Software Defined Vehicle (SDV) featured with Body Control Module (BCM) and ADAS. Handled
multiple software components for complete validation.
Test Design & Execution: Designed and executed system-level black-box test scenarios, validating overall system behavior against
functional requirements by applying advanced test case design techniques and DC, CC, MC/DC coverage
analysis to improve validation quality.
Requirements Traceability & Change Management: Ensured requirements traceability using Reqtify, identified impacted test cases for every Change Request.
ASPICE Compliance: Performed SWE.4 (Unit Verification) and SWE.5 (Integration Testing) as per ASPICE, ensuring high-quality model validation.
Test Environment Setup: Ensured that data dictionaries and their interfaces were properly aligned with the TPT/model interface for every MBSW update and set up the test environment for each component before proceeding with validation.
Version Control & Sprint Planning: Maintained version control for models and planned sprint-wise testing activities to support team delivery.
Root Cause Analysis: Conducted root cause analysis with the team and defined corrective action plans to prevent recurring defects.
Cross-functional Collaboration: Collaborated with cross-functional teams (architecture, development, and client stakeholders) to resolve defects, clarify requirements, and align implementation with specifications.
Test Automation: Created and optimized automation scripts to streamline repetitive validation tasks and improve team efficiency.
May 2024 - Mar 2025
Associate I software Engineer, Capgemini - Bangalore
Project II : Power Steering Control Module for Volvo Cars
Requirements & Acceptance Testing: Performed Requirements-Based Testing (RBT) and Acceptance Testing to validate functional behavior against ASIL level requirements per ISO 26262.
UDS Diagnostics: Implemented UDS diagnostic services within the HIL environment to validate ECU diagnostic behavior and ensure compliance with automotive diagnostics standards.
Test Automation & Execution: Developed automated test scripts for multiple test cases; executed and validated them in CANoe to improve coverage and reduce manual effort.
CI/CD Pipeline Monitoring: Monitored Jenkins CI/CD pipelines continuously, identifying and resolving regression issues promptly to maintain build stability and test integrity.
CAN Communication Validation: Validated CAN communication for ECU functionality, diagnosed faults, and verified robust data exchange between peripherals and Software Components (SWCs).
Defect Management & RCA: Analysed test results, logged defects, and collaborated with developers on root cause analysis and blocker resolution to ensure timely fixes.
QA Review & Client Delivery: Reviewed test reports with external QA teams and ensured defect-free releases through detailed verification of all deliverables before client submission.
HIL Debugging & Root Cause Analysis: Performed root cause analysis (RCA) by debugging directly on HIL rigs, identifying logical deviations between actual and expected system behavior.
Client-Specific Tools: Worked with client-specific tools including Vira, Car Weaver, Carcom, and DSA for defect tracking, vehicle communication, and test management.
Jan 2024 - Apr 2024
Associate I software Engineer, Capgemini - Bangalore
Project I : Autonomous Emergency Braking system (AEB)
Project Overview: As part of a four-member team, gathered and analysed functional specifications for the Autonomous Emergency Braking (AEB) system as per ASIL requirements.
Model Development: Developed models in MATLAB/Simulink following MAAB guidelines, implementing complex logic for Time-to-Collision (TTC), dynamic braking, Forward Collision Warning (FCW), and diagnostic checks.
MIL Testing & Coverage Analysis: Performed MIL functional testing with DC, CC, and MC/DC coverage analysis, ensuring full requirement traceability across functional specifications and system requirements.
Root Cause Analysis: Conducted root cause analysis to improve model stability, identify deviations, and increase test pass rates across validation cycles.
Technical Collaboration: Actively participated in technical discussions and lessons-learned meetings to share findings, address gaps, and prevent recurring mistakes across sprints.
Peer Review & Safety Compliance: Participated in peer reviews and verification of safety-related work products to ensure quality, correctness, and compliance with functional safety standards.
Nov 2022 - Jan 2023
Internship at Planys Technologies (Best Underwater Visual Inspection Services India)
Demonstrated experience in the maritime industry,
specializing in electronics and ESC modules,
with a focus on optimizing PWM signals.
Participated in site visits to evaluate electrical infrastructure and
contributed to hardware testing. Proficient in improving
PCB assembly and troubleshooting inventory management issues.
Worked closely with engineers to develop technical reports
and project proposals.
