Photonics Hardware Test Engineer — Optoelectronics

quantumcomputinginc; Hoboken (NJ); On-site; USD 70,000 - 110,000; Full time

Job summary

Quantum Computing Inc. in Cranbury, NJ, seeks a Test Engineer with Hardware expertise to advance optoelectronic testbeds, automated measurements, and validation of modules including APDs.

This role emphasizes cross‑functional collaboration, rigorous data analysis, and scalable test solutions for R&D and production. You will develop, script, and run test software, work with a broad set of lab equipment, and contribute to reliability testing and process improvements across optical components and

Qualifications

• 3+ years of experience as a test engineer with optoelectronic device testing.

Responsibilities

• Develop and implement testbeds to evaluate optoelectronic chips, components, and modules
• Provide test engineering support for proofofconcept devices and earlystage module development
• Use DOE and failure analysis to improve optical device performance
• Develop test automation strategies for production environments
• Organize test data storage and retrieval
• Support engineering change orders related to optical components
• Collaborate with product development teams on optical design and development
• Contribute to continuous improvement of development and production testing

Skills

Test automation

Lab equipment

DOE

Python scripting

Optoelectronic testing

Cross‑functional collaboration

Data analysis

Education

Bachelor’s degree in Physics, Electrical Engineering, or a related field

Tools

Zemax

FRED

PCB design

CAD tools

Python scripting

Job description

Quantum Computing Inc. in Cranbury, NJ, seeks a Test Engineer with Hardware expertise to advance optoelectronic testbeds, automated measurements, and validation of modules including APDs.

This role emphasizes cross‑functional collaboration, rigorous data analysis, and scalable test solutions for R&D and production. You will develop, script, and run test software, work with a broad set of lab equipment, and contribute to reliability testing and process improvements across optical components and