Optics & Laser Physics Consultant | Solving complex photonics challenges

Core Competencies

• ABCD Modelling
  • Calculation of beam size vs. pump power
  • Caustics (Beam size along the cavity)
• Rate Equations
  • Dynamical behaviour
• Cavity Design
  • Cavity stability
• Mode Analysis
  • Transverse modes

Advanced Techniques

• Thermal Management
  • Reducing thermal drift
• Beam Propagation
  • Gaussian beam
  • Diffraction effects
• Cavity Optimization
  • Target specific parameters
• System Integration
  • Reducing footprint and/or volume

Mathematical Modeling

• Complex Numerical Methods
  • Optimization techniques
  • Linear algebra
• Custom Solutions
  • Specific physical effects
• System Optimization
  • Mathematical techniques
• Zemax Integration
  • Aiming for CAD implementation

Languages / Software

• MathCAD (Expert)
• Python (Advanced)
• MATLAB (Intermediate)
• Zemax (Beginner)

Patent Portfolio

• 15+ patents secured in optical technologies
  • Over 30 years
  • Several areas within optics
• Novel optical alignment techniques
  • Modelling
  • Mathematical techniques
• Advanced beam propagation methods
  • Diffraction effects
  • Interferences
• ...

Research & Development

• Novel mathematical solutions for complex challenges
  • Reducing inaccuracies
• Integration of AI/ML in optical systems
  • Monitoring the testing
• Advanced simulation & modeling techniques
  • Mathematical input
• Beam shaping (line, array, any structure, ...)

Innovation Process

• Systematic approach to innovation
  • Iterative refinement
  • Understanding needs and problems deeply
• Creative mathematical problem-solving
  • Formulating models
  • Simplifying complex problems
  • Adapting known methods
• Technology transfer & implementation
  • Continuous improvement
  • Knowledge transfer
  • Process stabilization
• ...

New Product Introduction

• NPI Process Management
  • Stage gates from feasibility to production
• Technical Requirements
  • Definition of specs
• Design for Manufacturing
  • Reducing labour time
  • Simplifying assembly
  • Lower production costs
• Process Optimization
  • Reducing waste
  • Automating steps (reducing manual errors)
  • Improving yield (fewer defects, higher output)

Quality & Supply Chain

• Quality Control Integration
  • Input and output quality control
  • Automated testing
• Component QA
  • PCI bench to measure residual losses of gain crystals
• Supplier Evaluation
  • Quality, cost, delivery...
  • Capacity and capability
• Supply Chain Strategy
  • Risk management
  • Sourcing strategy

• Expert Knowledge: Optical engineering consultants provide expertise in light physics, materials, and system design, improving existing systems or creating new ones.
• Time and Cost Savings: They save time by staying updated on advancements and help avoid costly mistakes during the design process.
• Risk Mitigation: Consultants prevent errors in selecting components (e.g., lasers or optical elements) and ensure compliance with performance specifications.
• Enhanced Product Quality: Their deep understanding of optics ensures better design, manufacturing, and performance of products.
• Quick Solutions: Hiring a consultant provides a fast response to specific needs without committing to a full-time, permanent hire.
• Competitive Edge: By staying informed about industry trends, they help businesses adopt cutting-edge technologies effectively.