Signal Integrity (SI) Engineer (m,f,d)

Job Summary

We are expanding our in‑house Engineering team and are on the lookout for a skilled SI Engineer to join us. If you’re eager to fast‑track your career and become part of an exceptional company, this opportunity may be the right fit.

Job Responsibilities

• Lead automotive high speed SI connector and terminal concept development activities with minimal guidance from Engineering Manager.
• Collaborate with Engineers to identify and mitigate SI issues in the early stages of product development.
• Plan and lead DFMEAs, simulations, tolerance analysis, and other theoretical studies; develop mitigation plans for areas of risk.
• Develop and document design rules and guidelines to meet SI requirements for new product development and existing product modification.
• Direct documentation of the project scope, requirements, feasibility, and engineering work plan.
• Manage material selection and justification, focusing on resins for plastic injection molding and metals for stamping components.
• Develop connector test plans (DVP&Rs) and evaluate results using statistical methods; lead failure analysis using structured problem‑solving methods.
• Serve as the Subject Matter Expert in high‑speed SI automotive connector development, including signal integrity and electromagnetic effects.
• Act as the engineering voice to cross‑functional teams and customers, ensuring design objectives are met and identifying and directing R&D opportunities.

Basic Qualifications

• Bachelor’s degree in Electrical Engineering or a related field.
• 5 years of product design experience with depth of knowledge in material, signal integrity, EMC, manufacturing processes, and engineering processes/tools.
• 3 years of experience developing high‑speed automotive connectors.
• Experience in managing multiple projects simultaneously.

Preferred Qualifications

• Experience with DFMEA, simulation tools (HFSS, CST), design for manufacturing, tolerance/variation analysis, and other theoretical studies.
• Proven ability to manage project scopes, requirements, and engineering work plans.
• Experience developing test plans (DVP&Rs) and analyzing test results using statistical methods; demonstrated ability to follow structured problem‑solving methods (8D, 5 Why, Fishbone, etc.) to root cause issues.
• Capability to identify and contribute to R&D opportunities in the high‑speed connector space.
• Experience correlating simulation models to physical test data and interpreting simulation/test results to meet performance requirements.
• Develop simulation methods to advance predictive models and analysis.
• Familiarity with high‑speed specifications (e.g., USCAR, Open Alliance, IEEE, etc.), intent of test methods, and experience performing physical testing.