Electrical Engineer

Job Description

Job Description

Job Title: Electrical Engineer
Location: San Jose CA 95134
Duration: 12 Months

Job Description:
San Jose, California, US, Contractor
The Ion Chromatography and Sample Preparation (ICSP) solutions offer end-to-end workflows to support customers working in environmental, food safety, pharmaceutical, life sciences, electronics, semiconductor, power, and industrial end market applications.

Overview:
We are seeking a highly skilled Electrical Engineer to join our Manufacturing Engineering team supporting complex scientific instrumentation. This role is focused on solving challenging electrical and electronic hardware issues that impact manufacturing, product quality, and field reliability. The ideal candidate is an expert troubleshooter who enjoys working at the component level to identify root causes, develop robust corrective actions, and partner with cross-functional engineering teams to implement permanent design improvements.
This position requires deep expertise in analog and digital electronics, PCBAs, low-voltage power supplies, RF electronics, and electromagnetic compatibility (EMC/EMI). Success in this role requires strong analytical skills, hands-on laboratory experience, and the ability to translate technical findings into manufacturing-ready solutions.

Keys to Success:
• Lead root-cause investigations of complex electrical and electronic failures occurring during manufacturing, system integration, qualification testing, and field returns.
• Diagnose failures involving analog circuits, digital electronics, embedded hardware, mixed-signal systems, low-voltage power supplies, RF circuits, and communication interfaces.
• Analyze schematic designs, PCB layouts, component selections, and manufacturing processes to identify design weaknesses or latent reliability issues.
• Develop permanent corrective actions and collaborate with R&D engineering to implement robust design improvements that can be released into production.
• Evaluate EMC/EMI-related issues and recommend mitigation strategies through improved circuit design, grounding, shielding, filtering, and PCB layout techniques.
• Partner closely with Manufacturing Engineering, Design Engineering, Quality Engineering, Supplier Quality, and Operations to drive timely issue resolution.
• Support Design for Manufacturability (DFM), Design for Test (DFT), Design for Serviceability, and Design for Reliability (DFR) initiatives.
• Conduct engineering experiments, failure analysis, and statistical evaluations to validate hypotheses and corrective actions.
• Develop detailed Work Instructions (WIs) for PCBA-level programming, FCT, sub-assembly, and High-Level Assembly (HLA) tests.
• Review engineering change orders (ECOs), engineering documentation, and test procedures to ensure manufacturability and long-term product reliability.
• Participating in sustaining and NPI activities.
• Component obsolescence, EOL, alternative management.

Required Qualifications
• Bachelor’s degree in Electrical Engineering or equivalent
• 2+ years of experience in electrical hardware design, manufacturing engineering, sustaining engineering, product support, or failure analysis.

Experience
• In-depth understanding of electronic modules and/or PCBA's, involving analog and digital circuitry, electromagnetics, RF, and low voltage electronics
• Ability to interpret schematics, PCB layouts, Gerber files, and engineering documentation.
• Experience in high-volume and tight-schedule production environment
• Experience with Ion Chromatography and/or Sample Preparation is a plus
• Practical experience in solving production technical issues

Knowledge, Skills, Abilities
• Strong hands-on experience debugging PCBAs at the component level.
• Excellent troubleshooting and debugging skills to find root cause and provide solution on electronic modules
• Strong knowledge and understanding of analog and digital circuitry, electromagnetics, RF, and low voltage electronics
• Proficiency in PCB CAD software
• Proficiency in Labview or other general test SW development environments is a plus
• Proficiency in using laboratory instrumentation includes oscilloscopes, spectrum analyzers, logic analyzers, function generators, network analyzers, thermal cameras, and precision measurement equipment.
• Ability to plan, track and manage projects to cost and schedule targets
• Experience interacting with suppliers to ensure product conformance, cost effectiveness and outsourcing initiatives
• Ability to comfortably work closely with production personnel, design engineers, or other manufacturing engineers during the problem-solving process
• High attention to detail and organizational skills
• Able to communicate clearly both in oral and presentation