MEMS Acoustic R&D Engineer for Micro Speakers

USound GmbH; Österreich; On-site; EUR 38,000 - 42,000; Full time

Benefits offered by this job

Lunch subsidies

Language courses

Well-being subsidies

Summer childcare subsidies

Future provision

Free parking

Job summary

USound GmbH in Vienna is seeking a MEMS/mechanical engineer to advance our novel MEMS microspeaker modules. You will work on 3D modelling, FEM simulation and acoustics, developing designs in SolidWorks and COMSOL, and collaborating with an international team.

The role offers flexibility, a dynamic, collegial environment and opportunities to explore non-linear piezo behavior, materials research, and performance optimization.

Qualifications

• Master's degree in mechanical engineering or related field.
• 1–2 years of industry experience.
• Fluency in English (B2+); German is a plus.
• Experience CAD/CAM and simulation tools – Matlab, COMSOL Multiphysics and SolidWorks.
• Knowledge of acoustics and COMSOL FEM is a plus.
• Creative and proactive mindset.

Responsibilities

• Product development of novel MEMS microspeaker.
• Development of new designs and concepts in SolidWorks and COMSOL Multiphysics.
• Deeper investigation of system design and acousto-mechanic concepts.
• Performance optimization using lumped element modelling and FEM.
• Characterization of prototypes with Laser-Doppler-Vibrometry or supervision of characterization activities.
• Research of new materials and processes to improve product performance.
• Collaborative work in an international team.

Skills

3D modelling

FEM simulation

Computational acoustics

CAD/CAM

Education

Master’s degree in Mechanical Engineering or related

Tools

Matlab

COMSOL Multiphysics

SolidWorks

Job description

USound GmbH in Vienna is seeking a MEMS/mechanical engineer to advance our novel MEMS microspeaker modules. You will work on 3D modelling, FEM simulation and acoustics, developing designs in SolidWorks and COMSOL, and collaborating with an international team.

The role offers flexibility, a dynamic, collegial environment and opportunities to explore non-linear piezo behavior, materials research, and performance optimization.