Hire the Best Photonics Professionals

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Thamarai Kannan T.

Coimbatore, India

$30/hr
4.7
8 jobs

Are you looking to bring a complex optical or opto-mechanical system from concept to a validated, working prototype? I can help you get there. I hold an MSc in Photonics & Laser Technology (Leibniz University Hannover, Germany) and a BEng in Mechanical Engineering, plus 5+ years of hands-on experience spanning precision optical systems — including 3 years at ASML (Netherlands) performing calibration, qualification, and system-level troubleshooting on EUV lithography systems to strict optical and mechanical specifications. I've also worked in opto-mechanical R&D at Fraunhofer Institute and precision interferometer alignment at Max Planck Institute for Gravitational Physics. My interdisciplinary background lets me balance optical performance, mechanical manufacturability, and cost — so what you get is a design that actually works when built, not just on paper. Here's what I can deliver for your project: • End-to-end system development — feasibility consultation, schematic design, BOM, and prototype validation • Optical design & simulation — lens design, aberration correction, tolerance analysis, stray light analysis (Both Sequential and non-sequenctial mode in Zemax OpticStudio) - Camera lens calibration and analysis - Geometrical calibration, spatial calibration, radiometric calibration, spectral calibration (Both simulation and experimental) • Imaging systems — objectives, microscopes, relay systems, telescopes, projection systems • Illumination optics — LED secondary optics, headlights, BLU systems, custom beam shaping • Opto-mechanical design — kinematic & semi-kinematic mounting, athermalization, 3D modeling and structural/FEA analysis (Autodesk Inventor, SolidWorks, Pro/E, ANSYS) • Precision alignment & metrology — interferometry, optical bench setup, calibration • Signal processing & automation — MATLAB, Python • Professional documentation — GD&T drawings, technical reports, LaTeX/MS Office I bring the same discipline I used qualifying multi-million euro lithography systems to every project I take on — clear communication, rigorous documentation, and deliverables that meet spec the first time. Let's discuss your project and how I can help you get there.

  • SolidWorks
  • Microsoft Office
  • Optics
  • Design Simulation
  • Product Design
  • Python
  • MATLAB
  • Laser Physics
  • OpticStudio
  • Optomechanics
  • Physics
  • Engineering Simulation
  • ANSYS
  • Product Development
Ethan G.

Richmond, Canada

$160/hr
5.0
5 jobs

7 years at Intel as an Electronics Design Engineer, now independent — every Upwork project rated 5.0. Tier-1 semiconductor companies bring me in for overflow PCB layout; for startups, I'm the expert they can't hire full-time. I'm the engineer to call when a board is too complex, too fast, or too power-hungry to get wrong on the first spin — or when you need measurements you can actually trust. Not the cheapest bid; the one who gets it right. To date, each board I've designed has come up working the first time. "Within minutes it was obvious he understood the problem at a level I hadn't encountered before — he was already asking questions our own team hadn't thought to ask. They found several issues that would have been a nightmare to deal with after the fact ... the board went to manufacturer on time, and I actually felt good about it. What I appreciated most was that Ethan just owned it — the same attention to detail that caught those issues carried through the entire engagement." — Daniel L., Founder, VC-backed hardware startup · February 2026 Need one engineer to own your whole board, concept to debugged hardware? Or extra senior hands on an overflow layout? Either way, you get the same silicon-grade rigor. Through my firm, EGS Engineering, I cover the full range of electronics and PCB design — a broad base of everyday board work, with deep specialization in two areas: ▸ HIGH-COMPLEXITY COMPUTE PLATFORMS — high-speed, high-power, high-density boards for datacenter and AI hardware (CPUs, ASICs, SoCs, FPGAs), power delivery into the hundreds of amps, and silicon validation. ▸ PRECISION MEASUREMENT & TELEMETRY — trustworthy measurement chains from nanovolts to volts, modeled, calibrated, and lab-validated. ──────────────────────────────────── SPECIALTY 1 — HIGH-COMPLEXITY COMPUTE PLATFORMS The hardest class of digital hardware: high-speed, high-power, high-layer-count, high-density boards with thousands of components. • Full-board ownership around CPUs, ASICs, SoCs, FPGAs, and MCUs — architecture, schematic, layout, and bring-up • High-speed interfaces under real signal-integrity constraints: PCIe Gen4, DDR3L, LPDDR5, DRAM, ONFI/NAND, eMMC/SD, USB, HDMI, I2C, SPI, I3C, and custom buses • Up to 24-layer stackups owned end to end — signal integrity, power integrity, and DFM/DFA locked before release, so you don't burn a fab cycle and weeks of schedule on a respin. • Power Electronics — multiphase VRMs up to 12 phases and 360 A, and the board/package PDN around them, kept within spec at hundreds of amps: model extraction, PDN/PI simulation, regulator tuning, and validation against target-impedance and transient budgets. • SSD validation platforms exposing the controller, NAND/Optane media, rails, and PCIe — custom sockets, breakout/pathfinding, instrumentation, bring-up, debug, and firmware support. ──────────────────────────────────── SPECIALTY 2 — PRECISION MEASUREMENT & TELEMETRY Measurement you can stake a design decision on. I don't just drop in an ADC and hope for the best. I architect the entire measurement chain, model it, extract and ingest models, and design the calibration and validation so the numbers on the screen actually mean something. • Architected and led teams to build TWO mixed-signal measurement platforms (precision analog front ends + FPGAs) delivering accurate power and temperature telemetry for storage and memory devices • Front ends spanning nanovolts to volts and milliamps to hundreds of amps — architected, modeled, and lab-correlated so the reading is one you can defend in a design review, not one you have to take on faith. • Precision AFEs (INA / op-amp), ADCs, voltage references; temperature sensing via thermistors, RTDs, and BJTs; TEC control • Modeling and validation: SPICE, MATLAB/Simulink, Python — model extraction, lab correlation, Bode, load-step, calibration ──────────────────────────────────── Start small if you want to: send me your specs or invite me to your job and I'll give you an honest read on scope, risk, and whether I'm the right fit — that first conversation is on me. Need a deeper answer before you commit? I also offer paid scoping consultations — a written risk and architecture assessment you can act on. Either way, you'll know exactly where you stand before any real work begins.

  • Power Electronics
  • PCB Design
  • Analog Electronics
  • Digital Electronics
  • Semiconductor
  • Altium Designer
  • Cadence Platform
  • KiCad
  • Embedded C
  • Electrical Engineering
  • Electronic Circuit Design
  • Computer Hardware Design
  • Circuit Design
  • PSPICE
  • Firmware Programming
  • Multilayer PCB
  • Schematic Capture
  • Layout Design
  • Manufacturing
  • Analog Circuit
Matous L.

Prague, Czech Republic

$80/hr
4.9
85 jobs

I am a numerical simulation engineer specializing in COMSOL Multiphysics, with over 10 years of experience. In addition to my independent consulting practice, I continue to serve as an external technical expert for an official COMSOL Multiphysics distributor. My work focuses on helping R&D teams, medical device innovators, and engineering firms validate their designs, analyze multiphysics interactions, and reduce reliance on expensive physical prototyping. ## Core Engineering Specializations **Biomedical Engineering:** Laser-tissue interactions, specialized medical device design, and high-fidelity biological tissue modeling. **Electromagnetics:** AC/DC and RF analysis, wave propagation, and electromagnetic field modeling across varied material properties. **Acoustics & Vibrations:** Acoustic-structure interaction, transducer design, and structural dynamics. **Thermal & Fluid Dynamics:** Nonisothermal flows, conjugative heat transfer, and fluid-structure interaction (FSI). **Optimization:** Shape and topology optimization tailored directly to specific manufacturing constraints, including 3D printing. ## Software & Technical Environment **Primary Solver:** COMSOL Multiphysics (Comprehensive experience across core structural, thermal, fluid, acoustic, and electromagnetic modules). **Interfacing:** MATLAB for advanced data post-processing and automated parameter sweeps. **Geometry Processing:** CAD import, precise geometric preprocessing, and strict mesh validation. ## Engagement Deliverables Every project concludes with verified engineering data, clear geometric design recommendations, and professional, peer-review-ready technical reports. I am also available for targeted engineering consultations to audit existing models, troubleshoot convergence errors, and optimize your simulation workflows. If you need to validate a complex physical system or resolve a bottleneck in an existing simulation model, click "Invite to Job" to discuss your technical requirements.

  • COMSOL Multiphysics
  • Engineering Simulation
  • CFD Analysis
  • 3D Printing
  • Finite Element Analysis
  • Electrical Engineering
  • Biomedical Engineering
  • Model Optimization
  • Electromagnetic Simulation Software
  • Design Simulation
  • Antenna Design
  • CAE
  • Structural Analysis
  • Simulation Software
  • Acoustical Engineering
  • Research & Development
  • ANSYS
David A.

Tashkent, Uzbekistan

$60/hr
4.5
71 jobs

I specialize in developing high-fidelity simulation models and computational solutions for complex engineering challenges. With expertise spanning multiple physics domains, I deliver accurate, efficient models that drive innovation and optimize performance. My approach combines rigorous engineering principles with practical problem-solving. I excel at translating complex physical phenomena into actionable computational models, whether optimizing existing designs or developing novel solutions from the ground up. Let's discuss how simulation and modeling can advance your project. I respond promptly to all inquiries. Core Capabilities: ✅ COMSOL Multiphysics modeling ✅ Machine learning, digital twins and standalone simulation applications ✅ Design optimization and numerical analysis ✅ Python and MATLAB development ✅ Standalone simulation application development ✅ Electromagnetic, heat transfer, and fluid dynamics (CFD) ✅ Ray and wave optics, RF ✅ Structural mechanics, acoustics, and chemical processes

  • Engineering Simulation
  • Finite Element Analysis
  • Scientific Computation
  • Computational Fluid Dynamics
  • Optics
  • MATLAB
  • Modeling
  • COMSOL Multiphysics
  • CFD Analysis
  • Mechanical Engineering
John H.

Austin, Texas

$200/hr
4.9
108 jobs

Top Rated Plus optical engineer ($200K+ earned, 100% JSS) who now pairs 25 years of lens, laser, and illumination design with modern AI/ML — so your optical product gets designed AND its imaging, inspection, or design-optimization intelligence built by one engineer. What I do: • Optical & lens design — imaging, laser, LED/illumination systems in Zemax OpticStudio, concept to high-volume production • Computer Vision & image processing — hardware simulation for the software AI/ML integration • Physics-informed ML & inverse design — surrogate models and ML-accelerated optimization for Zemax/Lumerical/FRED design loops • End-to-end delivery — in-house 3D printing, CNC, laser scanning, and lighting measurement, plus a vetted prototype-to-production fabrication network How I work: fixed-price or hourly with a clear, milestone-based scope. Inventive, confidential, and embedded alongside your product team. No surprises. Ideal for teams building cameras, sensors, EO/IR systems, medical/endoscopic optics, or inspection hardware who need both the optics and the AI in one trusted US-based expert. Message me with your goal and I'll send a short written plan and fit check.

  • 3D Modeling
  • SolidWorks
  • Rhinoceros 3D
  • 3D Design
  • Grasshopper 3D
  • OpticStudio
  • 2D Design
  • Engineering Design
  • Fiber Optics
  • Optics
  • Lighting Design
  • Laser Physics
  • LED Physics
Shakeeb B.

Laval, Canada

$90/hr
5.0
64 jobs

I am a computational physicist (PhD and postdoc in computational photonics) with extensive experience of solving physical/mathematical problems in both academia and industry. The following provides a summary of the work I have done: 1) Computational simulations of physical systems. This involved electromagnetics, electro and magnetostatics, current flow in ionic cells (dc and ac), diffusion, structural mechanics and charged particle tracing. 2) Optical system design and analysis. I specialize in optics so this topic has been a recurring part of my work. Particular examples include Fourier optics, gaussian beam propagation and aberration analysis. 3) Machine learning, mathematical optimization and signal processing. Physical problems in products naturally overlap with concepts in mathematical modelling. I have used signal processing, machine learning and nonlinear optimization and filtering methods for both 1D and 2D data. 4) I began my journey as an electrical engineer. I am familiar with electrical systems and have hands on experience of programming microcontrollers and FPGAs. As for tools, I am an advanced user of Comsol Multiphysics and opensource FEM code FeniCS. For scientific programming, I have extensively used Matlab, Python and Julia.

  • Photonics
  • COMSOL Multiphysics
  • Machine Learning
  • Python
  • Optics
  • MATLAB
  • Research & Development
  • Engineering Simulation
  • Physics
  • Optimization Modeling
  • Julia
  • Scientific Computation
  • Electromagnetic Simulation Software
  • Optical Engineering
  • Mathematical Modeling

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What does a Photonics freelancer do?

A photonics freelancer designs and validates optical systems by building numerical models and running electromagnetic simulations. This specialist uses solver tools to predict how light interacts with photonic components before physical fabrication occurs. The work centers on translating conceptual device requirements into precise computational experiments that reveal performance limits.

  • Builds numerical models of photonic components using tools such as Ansys Lumerical FDTD or MODE Solutions to define geometry, materials, and boundary conditions for accurate optical simulation.
  • Runs electromagnetic solver simulations including finite-difference time-domain (FDTD), eigenmode expansion (EME), and wave propagation analyses to collect raw data on field distributions and transmission spectra.
  • Validates and iterates designs by comparing simulation outputs across varying wavelengths, angles, or material properties to identify optimal configurations that meet specific optical performance metrics.
  • Performs post-processing and data analysis on solver results to extract key indicators such as insertion loss, crosstalk, or resonance quality factors, then visualizes these findings in clear plots.
  • Automates repetitive simulation tasks and manages solver sessions through scripting interfaces like PyLumerical or the Lumerical Automation API to accelerate design cycles and handle large parameter sweeps.
  • Compiles technical reports that document modeling assumptions, parameter changes, and observed performance outcomes, providing clients with actionable insights for further development or manufacturing handoff.

How to hire a Photonics freelancer on Upwork

Step 1: Post a job

Define your optical simulation needs clearly to attract specialists who build numerical models for photonic components. The Job Post Generator powered by Uma™, Upwork's Mindful AI drafts a complete post after you describe your requirements in a few sentences. You can write a new post, update a saved draft, or reuse an existing post to start your search.

  • Specify the solver type, such as FDTD or MODE, and list the specific photonic structures you need to model.
  • State whether the freelancer must use PyLumerical or the Lumerical Automation API to script and manage solver sessions.
  • Include expected deliverables like simulation setup files, spectral response plots, and technical reports on modeling assumptions.

Step 2: Evaluate candidates

Look for portfolios that show validated designs where simulation outputs match experimental data or theoretical benchmarks. Uma runs instant video interviews and builds shortlists with side-by-side comparisons to help you assess technical fit quickly.

  • Check for examples of post-processing work where the candidate interpreted optical performance metrics from raw solver data.
  • Verify experience with Ansys Lumerical STACK if your project involves thin-film optical stack analysis or multi-layer structures.
  • Review design iteration notes to see how the freelancer adjusted parameters and documented outcomes across multiple simulation runs.

Step 3: Interview your top choices

Discuss their approach to setting up solver regions and extracting visual results for complex wave propagation problems. Schedule and conduct these interviews within Upwork Messages, which generates an immediate transcript and summary after each session.

  • Ask how they handle convergence issues in electromagnetic solvers when modeling large or highly resonant photonic devices.
  • Request examples of how they automated repetitive simulation tasks using Python scripts to streamline design cycles.
  • Clarify their method for validating simulation accuracy against known analytical solutions or measured laboratory data.

Step 4: Agree on scope and begin work

Set clear milestones for model creation, simulation execution, and final reporting within the contract workroom. Use Upwork Messages for daily communication while relying on identity verification, hourly tracking, and project funds for security.

  • Define specific milestones for delivering initial simulation files, intermediate result plots, and the final technical report.
  • Agree on the file formats for exported data and ensure the freelancer commits to version control for all solver project files.
  • Establish a review process for design iteration notes so you can track parameter changes and approve each simulation stage.

Upwork is not affiliated with and does not sponsor or endorse any of the tools or services discussed in this article. These tools and services are provided only as potential options, and each reader and company should take the time needed to adequately analyze and determine the tools or services that would best fit their specific needs and situation.

The rates and information provided in this article are based on current data and industry sources available at the time of publication. Freelance rates can vary depending on factors such as experience, location, project scope, and market conditions. Readers are encouraged to conduct their own research to confirm current rates and trends, as this information may change over time.

How much does hiring a Photonics freelancer cost?

$500-$2,500 per project is a typical range for focused Photonics freelancer work. Final pricing depends on scope, technical complexity, required integrations, source-material quality, revision needs, and the freelancer's experience level.

Optical simulation setup

$500-$1,200/project

Entry-level to mid-level
  • Initial geometry and material definitions for photonic structures
  • Defined boundary conditions and mesh settings for FDTD or MODE solvers
  • Preliminary run results confirming model stability and basic convergence

Component performance analysis

$1,200-$3,000/project

Mid-level
  • Spectral response plots and field distribution maps from solver runs
  • Automated scripts executing multiple simulations across defined variable ranges
  • Summary of optical metrics such as transmission efficiency and loss

Design optimization cycle

$3,000-$6,000/project

Mid-level to senior-level
  • Updated geometries refined based on previous simulation feedback loops
  • Python or API-based automation tool for systematic parameter tuning
  • Documented history of design changes and corresponding metric improvements

Complex system modeling

$6,000-$10,000/project

Senior-level
  • Integrated models combining electromagnetic and thermal or mechanical effects
  • Comprehensive output data for entire photonic circuits or devices
  • Detailed explanation of modeling assumptions and simulation methodology

Custom solver integration

$10,000-$18,000/project

Expert-level
  • Bespoke software pipeline connecting Lumerical tools with external data sources
  • End-to-end process tested for accuracy and computational efficiency
  • Step-by-step instructions for deploying and maintaining the custom integration

Frequently asked questions

Is hiring a Photonics freelancer worth it?

For most businesses, yes: hiring a Photonics freelancer is worthwhile. You gain access to specialized simulation expertise without the overhead of full-time employment or expensive software licenses. This approach lets you scale optical design capacity up or down based on project needs.

How do I evaluate Photonics freelancer candidates?

Review their portfolio for specific solver outputs and technical reports that document modeling assumptions. Ask candidates to explain how they validated a previous FDTD or MODE simulation against experimental data or theoretical benchmarks.

What tools do Photonics freelancers use?

Photonics freelancers typically use Ansys Lumerical FDTD and MODE Solutions for electromagnetic simulations. They often employ Python scripting via PyLumerical or the Lumerical Automation API to manage solver sessions and analyze results.

What deliverables should I expect from a Photonics freelancer?

You should receive simulation setup files, solver project files, and plots showing optical performance metrics like spectra or response curves. A technical report summarizing the modeling parameters and design iteration notes is also standard.