Vamshi Krishna Dasari

• Spearheaded system integration testing for BCM, BMS, and HMI Cluster ECUs in a two-wheeler EV platform, ensuring seamless interoperability and optimal functional performance.
• Developed and automated regression test cases using CAPL scripting, resulting in a 30% reduction in regression cycle time and enhanced test coverage accuracy.
• Conducted SRS-driven test cases for BCM, BMS, HMI, and MCU validation, guaranteeing adherence to product specifications and ISO 26262 functional safety standards.
• Collaborated with cross-functional teams to identify and resolve issues, fostering a culture of continuous improvement in validation processes.
• Engaged in HIL testing to validate embedded systems, leveraging advanced testing methodologies to ensure robust performance and reliability.

• Performed comprehensive HIL-based ECU validation for Airbag (Passive Safety) system including
crash scenario simulation, UDS diagnostic service testing, and E-CALL functionality verification,
aligned with ISO 26262 safety standards.
• Developed automated test cases for UDS diagnostics and HIL bench setups, delivering a 30% speed
up in test execution and enabling faster regression cycles with higher defect detection accuracy.
• Increased test coverage by eliminating manual testing gaps through systematic automation, reducing
post-release bugs and ensuring consistent test repeatability across software releases.
• Conducted Software Qualification Testing (SQT) and SRS reviews to ensure full ASPICE SWE.6
compliance; created System Test and Functional Test plans with comprehensive reports.
• Analysed customer requirements and maintained requirement-to-test traceability, ensuring all SRS
items were covered in the test suite.

• Validated advanced driver-assistance systems (ADAS) features, including Lane Departure Warning (LDW) and Lane Keeping Assist (LKA), ensuring compliance with ISO 26262 safety standards at both ECU and system levels.
• Developed and executed automated test cases utilizing V-Test Studio, attaining 100% test coverage for LDW/LKA functional requirements, which significantly optimized regression execution time.
• Conducted iterative regression and retest cycles, effectively identifying and minimizing defect counts, enhancing overall system reliability and performance.
• Collaborated with cross-functional teams to ensure seamless integration of embedded systems, contributing to the development of robust automotive solutions.
• Engaged in HIL testing to validate system interactions, ensuring high-quality deliverables in the automotive domain.