Physics-Based Engineering for Better Sound

Independent Acoustic Engineering Built on Physics

nico germanos

I am Nico Germanos, physicist, acoustic consultant, and founder of PHYSICAL LAB. I founded PHYSICAL LAB to bridge the gap between scientific understanding and industrial acoustic product development. With more than 20 years of experience in acoustic testing, electroacoustic product development, multiphysics simulation, and prototype optimization, I support companies in solving complex acoustic and vibroacoustic engineering challenges. My work is based on a simple principle:

Understand the physics. Predict the behavior. Validate the result.

By combining advanced simulation, precision measurement, and practical prototyping, PHYSICAL LAB helps reduce development risks, shorten design cycles, and transform complex technical problems into measurable product improvements.

Core Expertise
✓ Acoustic & Vibroacoustic Engineering
✓ Loudspeaker & Electroacoustic Systems
✓ Multiphysics Simulation with COMSOL
✓ Precision Measurement & Validation
✓ Digital Twins & Virtual Prototyping
✓ Numerical Optimization & Design Improvement
✓ Prototype Development & Testing

Education & Research
Diploma in Physics and Mathematics
University of Ulm, Germany
M.Sc. in COMSOL Multiphysics Modeling
University of Málaga, Spain
PhD Research in Acoustic Metamaterials (ongoing)
Universitat Politècnica de València (UPV), Spain

Whether supporting a specific technical challenge or a complete development project, my goal is always the same:
Transform scientific understanding into better products.
Science Shaping Sound.

The PHYSICAL LAB Method

A physics-based development process combining scientific understanding, predictive simulation, and experimental validation.

Physics First

We identify the underlying physical mechanisms behind acoustic and vibroacoustic challenges instead of relying on trial and error.

Predictive Development

Advanced multiphysics simulation and digital twins help predict product behavior, reduce development risks, and shorten iteration cycles before prototypes are built.

Proven by Measurement

Simulation results and engineering decisions are validated through precision measurements and experimental testing to ensure real-world performance.

Have a complex acoustic development challenge?

Whether you need simulation, measurement, root-cause analysis or prototype optimization,
PHYSICAL LAB can support your next engineering decision with physics-based insight and practical development experience.

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