Palo Alto, California, United States
I’m a passionate, energetic, and fearless engineer with strong knowledge of electrical and electronic systems, complemented by proven skills in programming and AI. From the electrification industry to automotive, my constant drive to grow pushes me to keep learning and expanding my capabilities. I have hands-on experience in automotive testing, electrical design, hardware-software integration, and automation. Currently, I’m pursuing a Master’s in Software Engineering to further deepen my expertise and tackle complex engineering challenges with confidence.🕶 I’m open to connecting with professionals and exploring opportunities in software testing, embedded systems, and AI-driven solutions.
Systems Test Engineer with deep expertise in test automation, end-to-end system validation, and cross-functional quality ownership across advanced vehicle programs. -I own testing activities for R2 and Volkswagen ID.1, with a focus on Vehicle Access technologies and complex system integrations. My responsibilities span the full validation lifecycle: -Defining test strategies -Building and maintaining automated coverage -Creating test plans and test cases -Validating requirements -Executing system-level testing -Analyzing logs and system behavior -Coordinating regression efforts, and driving defect discovery through resolution. I work closely with software, hardware, integration, and program teams to ensure issues are reproduced efficiently, root causes are identified quickly, and quality risks are surfaced early in development. I help to build scalable and reliable automation frameworks that improve test efficiency, expand coverage, and support faster and more consistent validation. This includes strengthening the tools and infrastructure used by the team, integrating automation into CI/CD workflows, improving GitHub-based development and review practices, and enabling more repeatable validation through better test execution, reporting, and traceability. A key part of my role is supporting early product development, where systems, processes, and test approaches are still maturing. In those environments, I help establish practical validation paths, document learnings, and turn early complexity into clearer workflows that the broader team can adopt as the product becomes more stable and easier to support. I also share knowledge, test insights, and best practices across the team so that newer or maturing programs can scale more effectively. Across all programs, I provide end-to-end ownership from test planning through final verification, helping deliver robust, reliable functionality with a strong focus on quality, collaboration, and continuous improvement.
Infotainment Test Engineer (Engineer I → Engineer II) Worked across Nissan's global and domestic manufacturing footprint, including engineering operations in Japan, US plants (Smyrna, TN, Canton) and Mexico (Toluca), validating infotainment, audio and embedded systems for key vehicle programs including the Nissan Murano, Kicks, Pathfinder, Altima, QX60, Rogue, QX80, Leaf, etc. Engineer Level I -Designed and implemented test procedures, test plans, and automation scripts across Unit, Integration, System, and Acceptance testing levels, ensuring seamless validation of ECUs and vehicle embedded systems. -Developed CAPL scripts for HIL/VIL simulation environments, improving test coverage and reducing validation cycle times. -Supported defect reporting and tracking workflows, improving early detection of system faults across vehicle programs. Engineer Level II -Owned HIL/VIL environment development using CAPL and C++, optimizing coverage and reducing validation time. -Built and maintained test benches with full instrumentation setup, including CAN/CAN-FD networks, signal conditioning, and diagnostic tooling. -Executed End-of-Line (EOL) testing and UDS diagnostics (CAN and DoIP), ensuring compliance with plant-level integration standards. Tools & protocols: CANalyzer · CANoe · VT System · GL Logger · Python (Pytest) · C++ · CAPL · UDS (ISO 14229) · DoIP (ISO 13400) · CAN · CAN-FD · Wireshark ·
Electrical Design and Application Engineer specializing in low and medium voltage systems for industrial clients across all America. Responsible for the full design-to-delivery cycle, from electrical schematics and client specifications. -Diagnosed and resolved complex sensor, actuator, and embedded electrical system issues, improving system reliability and reducing client downtime. -Designed electrical schematics and technical drawings using AutoCAD Electrical and NX. -Optimized wiring techniques and standardized electronic/electrical components, cutting wiring errors. -Ensured 100% regulatory compliance with NFPA, NEC, and IEC standards, resulting in zero regulatory violations across all projects. - Partnered closely with clients throughout agile development cycles, translating technical requirements into robust and deliverable designs. Tools: AutoCAD Electrical · NX · Multimeters · Oscilloscopes · Power supplies · DAC tools