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$39K

$123.4K

$190.5K

How much do photonics simulation consultant jobs pay per year?

As of Jun 14, 2026, the average yearly pay for photonics simulation consultant in the United States is $123,399.00, according to ZipRecruiter salary data. Most workers in this role earn between $92,000.00 and $146,500.00 per year, depending on experience, location, and employer.

What does a Photonics Simulation Consultant do?

A Photonics Simulation Consultant specializes in modeling, analyzing, and optimizing photonic devices and systems using advanced simulation software. They help organizations design optical components—such as lasers, waveguides, and sensors—by predicting their performance in various environments. Their expertise enables companies to reduce prototyping costs, accelerate innovation, and ensure product reliability. Consultants often work across industries like telecommunications, healthcare, and manufacturing, collaborating with engineers and researchers to solve complex photonics challenges.

What is the difference between Photonics Simulation Consultant vs Photonics Design Engineer?

AspectPhotonics Simulation ConsultantPhotonics Design Engineer
Required CredentialsBachelor's or Master's in optics, photonics, or related fields; proficiency in simulation softwareBachelor's or Master's in electrical engineering, optics, or photonics; strong design and testing skills
Work EnvironmentConsulting firms, R&D labs, project-based settingsProduct development teams, manufacturing companies, R&D labs
Industry UsageUsed for analyzing and optimizing photonics systems through simulationsInvolved in designing, prototyping, and testing photonics devices and systems

While both roles require expertise in photonics and related software, Photonics Simulation Consultants focus on analyzing and optimizing systems through simulations, often working in consulting or research environments. Photonics Design Engineers are more involved in creating and testing physical photonics devices, working within product development teams. Both roles are essential in the photonics industry but differ in their primary focus and daily tasks.

What are the key skills and qualifications needed to thrive as a Photonics Simulation Consultant, and why are they important?

To thrive as a Photonics Simulation Consultant, you need a solid background in physics or engineering, expertise in photonics, and experience with numerical modeling, often supported by a relevant degree (such as MSc or PhD). Proficiency with simulation tools like Lumerical, COMSOL Multiphysics, or CST Studio Suite, and familiarity with scripting languages like Python or MATLAB, are typically required. Strong analytical thinking, communication, and problem-solving skills help in translating client needs into robust technical solutions. These skills and qualities are crucial for delivering accurate simulations, supporting innovative photonics designs, and ensuring effective collaboration with diverse clients and teams.

What are some common challenges faced by Photonics Simulation Consultants when collaborating with multidisciplinary teams?

Photonics Simulation Consultants often work alongside engineers, physicists, and software developers, which can present challenges in communicating complex simulation results to non-specialists. Bridging the knowledge gap and ensuring that simulation data informs practical design decisions requires clear communication and adaptability. Additionally, aligning simulation parameters with real-world manufacturing constraints is a frequent hurdle. Successfully addressing these challenges not only ensures project success but also helps build strong, collaborative relationships across disciplines.
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Photonics Simulation Consultant jobs near you
Infographic showing various Photonics Simulation Consultant job openings in the United States as of June 2026, with employment types broken down into 3% Locum Tenens, 85% Full Time, 7% Part Time, and 5% Contract. Highlights an 86% Physical, 3% Hybrid, and 11% Remote job distribution, with an average salary of $123,399 per year, or $59.3 per hour.

Photonics Integration Engineer and Technical Lead

Advantest

San Jose, CA • On-site

$122K - $164K/yr

Full-time

Posted 17 days ago

Job description

We are seeking innovative and self-driven individuals to join our US Research & Venture Team. This team is part of a global initiative to integrate advances in electrical, photonic, thermal, software, and AI/Machine Learning technologies into our test and measurement solutions across the semiconductor value chain.
We are looking for a highly experienced Photonics Engineer to join our optical test integration team. This role involves developing co-packaged optical test systems integrated into our semiconductor testing systems. As the Optical Integration Engineering Lead on the Research & Venture Team, you will work collaboratively with Advantest Technology groups, Business Units, partners, and suppliers to specify components and systems that address signal integrity and reliability concerns. The development activities include working with the overall handler and tester teams as well as customers and the Account Team to specify the components used in the signal path (based on customer's test needs), ensuring the system designs address concerns related to signal integrity and reliability over time, and laser safety. The engineer will also develop the optical system validation strategy, develop needed test vehicles/optical device simulators, and complete the testing/validation/characterization of the integrated optical test hardware. The engineer must be comfortable with hands-on work, and the instrumentation required to complete the testing activities as well as compiling the test reports.
Your responsibilities will include conducting feasibility studies, developing engineering prototypes and testing new and modified designs. You will be assigned independent mechanical design projects, allowing for innovation and technical leadership. You will be involved in product development teams, providing direction and training to junior staff and contractors. Additionally, you may address field issues and provide guidance to field teams.
Responsibilities and Duties
  • Develop optical signal path for CPO (co-packaged optical) test systems integrated into semiconductor testing systems.
  • Work with the handler and tester teams, as well as customers, to specify optical signal path components and ensure Optical Signal Integrity of the system.
  • Ensure that optical system designs address signal integrity, reliability, and laser safety.
  • Develop and implement optical system validation strategies, including test vehicles and optical device simulators.
  • Conduct the testing, validation, and characterization of integrated optical test hardware.
  • Align optical systems, cables, connectors, and probes, considering mechanical aspects affecting optical signal integrity.
  • Lead optical signal path design and signal integrity analysis.
  • Oversee system integration into mechatronic systems and scale prototypes to high-volume manufacturing.
  • Devise test strategies, design test vehicles, operate optical test equipment, and generate test reports.
  • Collaborate with foundries for wafer and packaged device creation when necessary.
  • Participate in product development teams, providing direction and training to junior staff and contractors.
  • Participate in the preparation of patent applications and memos of invention for trade secrets.
  • Act as a customer contact on selective technical matters and analyze customer requirements.
  • Identify risk areas and optimization opportunities.
  • Take on project ownership and management; determine technology requirements and develop strategies.
  • Drive design completion, provide design inputs, and work closely with external technology partners on projects.
  • Create test plans, procure necessary collaterals, and oversee test execution.
  • Maintain project schedules, including keeping the Gantt chart current and ensuring effective handoffs to Applications, Design, and Manufacturing.
  • Conduct top-level tolerance analysis and function as an expert consultant when needed.
  • May be assigned independent design projects and all other duties and tasks as required.

Required:
  • BS in Photonics, Optical Engineering, or related field; MS in a relevant field is preferred.
  • BS + 10 years min or MS + 7 years min in the Semiconductor Test industry, optical integration, or high-technology environments.
  • Optical Signal Integrity Knowledge
    • High level of optical signal integrity knowledge
    • Understanding of optical measurement and instruments (stimulus and measurement instruments)
    • Knowledge of effects on signal integrity due to laser power and polarization
    • Understanding of optical interconnects and losses
  • Optical Signal Path Design Knowledge and Experience
    • Design of optical signal path and signal integrity analysis
    • Knowledge of discontinuities in signal paths
  • System Integration Knowledge and Experience
    • Understanding of thermal considerations (e.g. optical engine heat dissipation and temperature requirements) in system integration
    • Integration into mechatronic systems
    • Experience with system integration and scaling prototypes to high-volume manufacturing (HVM)
    • Understanding of alignment of optical systems, cables, connectors, and probes
    • Knowledge of mechanical aspects affecting optical signal integrity
  • Test Strategy and Instrumentation Knowledge and Experience
    • Ability to devise test strategies, design test vehicles and optical device simulators
    • Understanding of optical instruments and their use in various scenarios
    • Ability to set up and operate optical test equipment, characterize system performance/losses, and create reports
    • Hands-on approach with practical experience in running tests and making modifications
    • Ability to work with foundries to create specific wafers and packaged devices as needed to create optical device simulators
  • Additional Considerations
    • Excellent verbal and written communication skills, alongside strong interpersonal and organizational abilities.
    • Competent in multitasking, prioritizing, and managing time effectively.
    • Strong problem-solving, communication, multitasking, organizational, and project management skills.
    • Ability to travel as required.

Desired:
  • MS in a relevant field is preferred.
  • Automated Test Systems
    • Knowledge of automated test systems at wafer level and Final Test/System Level Test
  • Experience with electronic packaging and testing
  • Experience with designing, certifying, and deploying semiconductor capital equipment.
  • Intermediate software skills, including experiment instrumentation and execution (meters, power supplies, IR camera, force, etc.).
  • Ability to read, write, and speak Japanese.

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