San Jose, California, United States
Principal Test Engineer with a decade of experience in hardware verification and automated test development for the semiconductor and electronics manufacturing industries. Currently at Cadence Design Systems, I build and maintain test infrastructure for silicon verification emulation platforms — working across the full stack from low-level hardware interfaces (PCIe, I2C, SPI, UART) to Python/C automation frameworks and data pipelines. Previously at Jabil, I was certified as a Subject Matter Expert in Test Engineering and led the design of automated testing infrastructure for enterprise-scale emulation platforms. I won multiple awards for innovation, process improvement, and customer service — including the Jabil Star Award and first place in Jabil's Best Practices competition. Technical depth: - Languages: Python, C, Rust, Go, Bash, C++, Java, MATLAB - HDL: SystemVerilog, ABEL - Protocols: PCI, PCIe, I2C, SPI, UART - OS: Linux (GNU), BSD, Windows, macOS - CAD: AutoCAD, CATIA Background in physics and computer engineering (Purdue University, B.S. Computer Engineering, Physics minor) with research experience in dark matter detection (XENON100 experiment) and dye-sensitized solar cells. I'm always open to conversations about hardware verification, silicon validation and embedded/firmware-adjacent engineering roles. Website: alexanderphillips.net
- Certified as a Subject Matter Expert (SME) in Test Engineering.
- Jabil Star Award Recipient. - Jabil Respect, Recognize, Reward Recipient. - First place winner in Jabil Best Practices competition. - Contributions acknowledged on Jabilweb and Jabil.com. - Jabil Kaizen Bronze certified. - Designed and built the infrastructure for automated testing of the customer's Enterprise Emulation Platform in Python, Bash and C shell on the GNU + Linux command line. - Wrote tests for the customer's Enterprise Emulation Platform to ensure quality and maintained the tests with updates. - Developed and launched a data parser in Python for collection and upload of test results into Jabil’s MES system. - Worked with the mechanical engineering team to develop coolant flush station for the customer's Enterprise Emulation Platform. - Developed a visual test progress monitor in Python which is now on display on the manufacturing floor. - Determined design flaws and test gaps for individual customer FRUs and worked with the customers to ensure that the gaps are closed.
I designed and created several dyesensitized solar cells and used university equipment to determine the quantum efficiency of each. Also studied possible alternative materials to reduce the cost of the cells.
I worked on discriminating neutron and gamma recoils detected by the Xenon100 experiment. We were attempting to detect Dark Matter and eventually determine if it is a new elementary particle.
I studied wave demultiplexing and optical fiber splicing.