Tessolve is hiring: Hardware System Engineer-Semiconductor in San Jose

Job Title: System Hardware Engineer

Location: San Jose,CA

Company: Tessolve

About Tessolve:

Tessolve is a leading provider of engineering and R&D services for semiconductor companies, supporting the full lifecycle from design to testing. With deep expertise in IC design, test engineering, and PCB design, we partner with industry leaders to develop innovative solutions that meet today’s rapidly advancing technological demands. Tessolve operates globally, with a strong commitment to excellence and delivering high-quality solutions, making us a trusted partner in the semiconductor industry.

• Industry experience in semiconductor laser & photonic devices, system test & validation
• Experience with component and system test equipment (BERT, DCA, OSA, etc.) and standard signal quality metrics (TDECQ, SRS, URS)
• Comprehensive knowledge of communication protocols and standards (Ethernet, PCIe, etc.).
• Experience with system and sub-system test equipment (BERT, DCA, OSA, etc.) and standard signal quality metrics (TDECQ, SRS, URS).
• Experience in high-speed SerDes and their system validation & optimization.
• Proficient in programming languages such as C, C++, Python and Shell scripts
• Knowledge of optical transceiver packaging and integration challenges
• Collaborate with Design, Package, and Reliability Engineering to ensure a smooth and successful transition of products from development to mass production.
• Collaborate with multi-disciplinary teams to identify and implement product improvements through Automatic Test Equipment (ATE), bench characterization, and other techniques.
• Perform rigorous design validation on new chips and products through electrical and optical characterization of VLSI integrated circuits and optoelectronic systems.
• Able to analyze complex technical problems, identify root causes, and develop effective solutions.
• Experience with SoC validation planning, bring-up, debugging, and optimization.

Experience with high-speed SerDes and their characterization and optimization