Photonics Module Test Engineer 3
Monarch Quantum
Photonics Module Test Engineer 3
Monarch Quantum
Designs and manufactures quantum photonic subsystems
Monarch Quantum · San Diego, United States · Full-time · Posted 2026-07-12
Salary: USD 125,000–175,000
Workplace: on_site
Department: Test Engineering
We are seeking a Senior Photonics Module Test Engineer to join our Quantum Photonics Module team. In this role you will be the technical owner for characterization, qualification, and reliability testing of photonic components and modules. You will work closely with architecture and design engineers to design and build test stations, execute rigorous DOE-driven experiments, and perform comprehensive optical measurements including power, phase noise, RIN, and nonlinearity. Spanning EVT, DVT, and PVT phases, you will generate lab-quality data that drives design decisions, accelerates product development, and ensures production readiness.
Please note: This position requires access to export-controlled information. Employment is contingent upon the applicant being a U.S. person as defined by 8 U.S.C. § 1324b(a)(3).
Experience:
B.S. or M.S. in Photonics, Physics, Optical Engineering, Electrical Engineering, or a closely related field
Minimum 3+ years of hands-on photonics laboratory experience
Skills:
Extensive hands-on experience in a photonics, semiconductor, or optoelectronic device test or research environment, with a strong record of operating and troubleshooting complex optical setups.
Deep familiarity with core photonics lab instrumentation: lasers, optical power meters, optical spectrum analyzers (OSA), electrical spectrum analyzers (ESA), and beam profilers.
Demonstrated experience with free-space optics, fiber optics, and optomechanical assemblies; proficient in precision optical alignment and beam path construction.
Working knowledge of nonlinear optical effects (e.g., SHG, SRS, SPM, XPM) and experience measuring or mitigating them in photonic or fiber systems.
Experience with reliability or qualification testing of photonic components or modules (burn-in, accelerated aging)
Proficiency in DOE methodology and statistical data analysis; skilled in Python or MATLAB for processing experimental data, generating visualizations, and producing engineering reports.
Demonstrated strong ability to independently troubleshoot systems in error and document the root cause and solution method once found
Excellent technical communication skills: able to document experimental methods, analyze results, and present findings clearly to both technical peers and cross-functional stakeholders.
Startup Mindset:
The expected annual salary range for this position is $125,000-$175000.
As a full-time employee, you will be eligible for Monarch’s comprehensive benefits package, which includes:
Monarch is proud to be an equal opportunity employer and does not discriminate on the basis of race, color, citizenship status, national origin, ancestry, sex, sexual orientation, age, religion, creed, physical or mental disability, medical condition, marital status, veteran status or any other characteristics protected under applicable federal, state and local laws.
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Designs and manufactures quantum photonic subsystems
Monarch Quantum designs and manufactures Quantum Light Engines, integrated photonic subsystems that replace large laser systems with compact, factory-aligned modules. These modules handle state preparation, cooling, trapping, manipulation, and coherent control to prepare and measure quantum states for computing, sensing, and communications. They operate with a vertically integrated model in San Diego, combining in-house systems engineering, hybrid optical packaging, robotic assembly, and AI-driven manufacturing to enable design-to-volume production under one roof, reducing size, complexity, and integration risk. The company differentiates itself by offering ready-to-integrate modular photonic subsystems for architectures such as trapped-ion, neutral-atom, and photonics-based platforms, targeting hardware developers, system integrators, and OEMs to streamline quantum hardware development and scaling.
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