CW Circuits and Compact Systems Researcher PhD Degree (99W210)

Ann Arbor, MI - USA

Monthly Salary: Not Disclosed

Posted on: 27-10-2025

Vacancies: 1 Vacancy

Job Summary

The role aligns with a Research & Development (R&D) Electronics Engineer or a specialized Laser/Optoelectronics Control Systems Engineer. The emphasis on Doctorate/Masters degree cross-disciplinary collaboration intellectual property and publications strongly indicates a research-focused position within an academic government or industrial research lab. Core Duties & Responsibilities

The position has four main areas of responsibility:

Custom Circuit Design & Development:
- Design and develop custom electronic circuits (analog digital mixed-signal RF) for proof-of-concept devices and demonstration units.
- Complete the full design cycle: schematics PCB layouts component specifications and simulation/analysis (using tools like SPICE).
System Integration & Packaging:
- Design compact robust electronic packaging solutions.
- Ensure Electromagnetic Compatibility (EMC) and implement shielding.
- Collaborate on thermal control and mechanical enclosure design.
Laser/Optical Control Systems:
- Design specialized control circuits for laser systems and optical components.
- Implement and develop laser safety protocols and interlock systems.
- Focus on precision timing and synchronization for chip-scale laser applications.
Prototyping Validation & Documentation:
- Work with vendors for prototype build and assembly.
- Conduct rigorous performance validation and troubleshooting.
- Document all test procedures and results.
Research & Collaboration:
- Contribute to cross-disciplinary research teams.
- Key deliverables include prototypes intellectual property (IP) and publications.

Essential Skills & Qualifications Education & Experience (Minimum)

Doctorate (Ph.D.) in Electrical Engineering or a related field OR
Masters in Electrical Engineering with equivalent professional experience.

Required Technical Expertise

Circuit Design: Strong proficiency in analog digital mixed-signal and RF circuit design.
CAD Tools: Hands-on experience with Altium Designer KiCad or similar PCB design software.
Simulation: Expertise in SPICE LTSpice or equivalent circuit simulation.
Programming: Familiarity with C/C or Python for lab bench automation and circuit control.
Test Equipment: Proficient in using standard lab equipment like oscilloscopes spectrum analyzers network analyzers and laser measurement equipment.

Highly Desirable (Preferred Skills)

Advanced Electronics: Experience with integrated photonic interconnect and RF/microwave circuit integration.
Prototyping: Familiarity with 3D modeling (SolidWorks AutoCAD) and rapid prototyping techniques (3D printing CNC machining).
Work Environment: Experience in a research institute work style.

The role aligns with a Research & Development (R&D) Electronics Engineer or a specialized Laser/Optoelectronics Control Systems Engineer. The emphasis on Doctorate/Masters degree cross-disciplinary collaboration intellectual property and publications strongly indicates a research-focused position wi...

The position has four main areas of responsibility:

Custom Circuit Design & Development:
- Design and develop custom electronic circuits (analog digital mixed-signal RF) for proof-of-concept devices and demonstration units.
- Complete the full design cycle: schematics PCB layouts component specifications and simulation/analysis (using tools like SPICE).
System Integration & Packaging:
- Design compact robust electronic packaging solutions.
- Ensure Electromagnetic Compatibility (EMC) and implement shielding.
- Collaborate on thermal control and mechanical enclosure design.
Laser/Optical Control Systems:
- Design specialized control circuits for laser systems and optical components.
- Implement and develop laser safety protocols and interlock systems.
- Focus on precision timing and synchronization for chip-scale laser applications.
Prototyping Validation & Documentation:
- Work with vendors for prototype build and assembly.
- Conduct rigorous performance validation and troubleshooting.
- Document all test procedures and results.
Research & Collaboration:
- Contribute to cross-disciplinary research teams.
- Key deliverables include prototypes intellectual property (IP) and publications.

Essential Skills & Qualifications Education & Experience (Minimum)

Doctorate (Ph.D.) in Electrical Engineering or a related field OR
Masters in Electrical Engineering with equivalent professional experience.

Required Technical Expertise

Circuit Design: Strong proficiency in analog digital mixed-signal and RF circuit design.
CAD Tools: Hands-on experience with Altium Designer KiCad or similar PCB design software.
Simulation: Expertise in SPICE LTSpice or equivalent circuit simulation.
Programming: Familiarity with C/C or Python for lab bench automation and circuit control.
Test Equipment: Proficient in using standard lab equipment like oscilloscopes spectrum analyzers network analyzers and laser measurement equipment.

Highly Desirable (Preferred Skills)

Advanced Electronics: Experience with integrated photonic interconnect and RF/microwave circuit integration.
Prototyping: Familiarity with 3D modeling (SolidWorks AutoCAD) and rapid prototyping techniques (3D printing CNC machining).
Work Environment: Experience in a research institute work style.