System Electrical Engineer

• Bench validation and characterization
• Bring up prototype boards and get them to a stable, measurable state.
• Write and run validation plans for architectural blocks: power rails, battery charging and power management, high-speed interfaces, sensor front ends, and mixed-signal paths.
• Characterize blocks across voltage, load, temperature, and operating modes, and compare results against design intent.
• Debug and root cause
• Run systematic debug across analog, digital, and power domains using oscilloscopes, logic and protocol analyzers, spectrum analyzers, power supplies, electronic loads, and current probes.
• Root-cause issues such as rail noise and ripple, signal integrity problems, noise coupling into sensitive analog paths, unexpected resets, and excess power draw.
• Separate real failures from measurement artifacts, and back conclusions with data.
• Design improvement for performance, power, and area
• Turn validation findings into concrete schematic and layout changes for the next prototype cycle.
• Own schematic and PCB updates for the blocks you validate, working with the senior hardware team on architecture and component choices.
• Find savings in power consumption, quiescent current, board area, and component count without losing performance.
• Test implementation, yield, and reliability
• Build repeatable bench test setups and automate measurements where it speeds up learning.
• Use statistics across units and builds to set limits, spot outliers, and track yield.
• Run reliability and stress testing, and feed failure findings back into the design. Over time, help turn bench tests into production tests and support builds with contract manufacturers.
• Cross-functional work
• Work closely with mechanical, firmware, and software engineers on bring-up, debug, and design trade-offs.
• Write clear validation reports and debug summaries that drive design decisions.
• Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field.
• 3+ years of experience in electrical engineering, hardware design, or hardware validation.
• Strong EE fundamentals: analog and mixed-signal circuits, power conversion and regulation, signal integrity, power integrity, and grounding.
• Strong hands-on debug skills, with a track record of root-causing hardware issues on real boards.
• Hands-on experience with board bring-up and lab instruments such as oscilloscopes, logic analyzers, power supplies, electronic loads, and probes.

None flagged.