Optical Engineer, Digital Twin

Jobtailor; Darmstadt; Vor Ort; EUR 85.000 - 110.000; Vollzeit

Zusammenfassung

Jobtailor in Darmstadt is seeking a highly skilled researcher to develop and maintain integrated optical and multiphysics simulations for Digital Twin applications. You will model laser amplifier architectures and integrate thermal and mechanical effects to enable system-level prediction.

The role requires advanced degrees, strong programming in Python/MATLAB/C/C++, and experience with COMSOL, ANSYS, Zemax, CodeV, or FRED.

Qualifikationen

• Master’s or PhD in optics, computational physics, applied mathematics, or a related field.
• Strong experience in optical and multiphysics simulation of complex physical systems.
• Ability to couple multiple physical domains (optical, thermal, mechanical, fluid) into coherent system-level models.
• Solid understanding of laser and optical physics (propagation, amplification, spectral and nonlinear effects).
• Experience in model validation, uncertainty quantification, and data-driven refinement.
• Strong programming skills in Python, MATLAB, C/C++, or similar.
• Experience with simulation tools such as COMSOL, ANSYS, Zemax, CodeV, or FRED.
• Ability to communicate complex simulation results clearly to non-specialists.
• Strong collaboration skills across interdisciplinary teams.
• Structured and analytical problem-solving approach.
• Ability to work independently while aligning with broader system goals.
• Advanced written and verbal communication skills in English.

Aufgaben

• Develop and maintain integrated optical and multiphysics simulation frameworks (optical, thermal, mechanical coupling) for Digital Twin applications
• Model complex laser amplifier architectures, including gain media, pump geometries, and thermal effects
• Build, integrate, and continuously refine the Digital Twin environment for system-level prediction and optimization
• Validate simulation models against experimental data and perform sensitivity and uncertainty analysis
• Develop reduced-order and surrogate models for efficient Digital Twin deployment
• Collaborate with optical engineers, laser physicists, and experimental teams to translate simulation results into engineering design decisions
• Interface with Digital Twin architects, systems engineers, and program management to ensure models meet project requirements

Kenntnisse

Optical And Multiphysics Simulation

Model Validation And Uncertainty Quant

Programming In Python

Programming In MATLAB

Programming In C/C++

Collaboration Across Disciplines

Strong Analytical Problem-Solving

English Communication

Ausbildung

Master’s or PhD in optics, computational physics, applied mathematics, or related field

Tools

COMSOL

ANSYS

Zemax

CodeV

FRED

Jobbeschreibung

• Develop and maintain integrated optical and multiphysics simulation frameworks (optical, thermal, mechanical coupling) for Digital Twin applications
• Model complex laser amplifier architectures, including gain media, pump geometries, and thermal effects
• Build, integrate, and continuously refine the Digital Twin environment for system-level prediction and optimization
• Validate simulation models against experimental data and perform sensitivity and uncertainty analysis
• Develop reduced-order and surrogate models for efficient Digital Twin deployment
• Collaborate with optical engineers, laser physicists, and experimental teams to translate simulation results into engineering design decisions
• Interface with Digital Twin architects, systems engineers, and program management to ensure models meet project requirements

Requirements

• Master’s or PhD in optics, computational physics, applied mathematics, or a related field
• Strong experience in optical and multiphysics simulation of complex physical systems
• Ability to couple multiple physical domains (optical, thermal, mechanical, fluid) into coherent system-level models
• Solid understanding of laser and optical physics (propagation, amplification, spectral and nonlinear effects)
• Experience in model validation, uncertainty quantification, and data-driven refinement
• Strong programming skills in Python, MATLAB, C/C++, or similar
• Experience with simulation tools such as COMSOL, ANSYS, Zemax, CodeV, or FRED
• Ability to communicate complex simulation results clearly to non-specialists
• Strong collaboration skills across interdisciplinary teams
• Structured and analytical problem-solving approach
• Ability to work independently while aligning with broader system goals
• Advanced written and verbal communication skills in English.

Core Competencies

Expertise in developing and maintaining integrated optical and multiphysics simulation frameworks for Digital Twin applications, with strong capabilities in model validation, uncertainty quantification, and interdisciplinary collaboration.

Highest-signal resume keywords

• Optical And Multiphysics Simulation
• Model Validation And Uncertainty Quantification
• Programming In Python, MATLAB, C/C++
• Experience With COMSOL, ANSYS, Zemax, CodeV, FRED
• Strong Collaboration Skills

ATS Optimization Keywords

Hard Skills

• Optical And Multiphysics Simulation
• Model Validation
• Uncertainty Quantification
• Programming In Python
• Programming In MATLAB
• Programming In C/C++
• Coupling Multiple Physical Domains
• Reduced-Order And Surrogate Models
• Sensitivity Analysis
• Data-Driven Refinement

Soft Skills

• Strong Collaboration Skills
• Analytical Problem-Solving
• Clear Communication Of Complex Results
• Ability To Work Independently
• Advanced Written And Verbal Communication

Industry Keywords

• Digital Twin Applications
• Laser Amplifier Architectures
• Optical Physics
• Thermal Effects
• Mechanical Coupling

Tools & Technologies

• COMSOL
• ANSYS
• Zemax
• CodeV
• FRED