Shaheed Nehal

• Designed and developed scalable API test frameworks for gRPC-based Telematics SDK services, enabling
end-to-end validation across embedded systems and cross-module interactions.
• Led system-level validation across multiple domains including WLAN, Sensors, CV2X, Security, and Platform
APIs, ensuring end-to-end reliability of embedded and networked systems.
• Owned WLAN module verification, identifying 136+ critical issues and achieving zero customer-reported
defects in production.
• Built internal test infrastructure tools, including:
◦ Flask-based one-click build and test orchestration system
◦ Jenkins-based automated compilation and validation pipelines
◦ Parallel test execution framework to reduce test cycle time
◦ Failure-history-based intelligent test prioritization system
• Improved test efficiency by enabling parallel execution and intelligent test selection, reducing validation cycle
time significantly.
• Architected test infrastructure components to support scalable, repeatable, and CI/CD-integrated validation
workflows.
• Built an AI-assisted log analysis tool using LLMs to automatically interpret test logs, identify failure patterns,
and assist in root cause analysis, reducing manual debugging effort.
• Detected 200+ defects across 35+ features, significantly improving product stability prior to release.
• Filed multiple invention disclosures in system testing and automation.

• Developed firmware-level diagnostics and validation mechanisms in C++ for SD card controllers, focusing on
reliability and error handling.
• Built Python-based validation frameworks for NAND error correction (LDPC), enabling robust testing of
low-level storage behaviors Designed and developed a Django-based simulation platform emulate host workloads generate NAND
logs for validation and debugging. Designed automation frameworks decoupled test execution from firmware readiness, enabling early
validation release
predictive