Omnisent is pioneering scalable acoustic sensing powered by AI transforming audio into realtime intelligence.
We build hardware software tailored for acoustic data designed to extract insights from complex acoustic signals. Our proprietary ultralowpower sonic devices capture and process acoustic signals in realtime training what we call a Large Acoustic Model (LAM) our foundation model built to decode the rich messy and untapped world of nonspeech audio.
Were starting with the manufacturing industry applying our tech to compressed air systems one of the most overlooked sources of energy waste. From there were expanding into energy defense space and smart cities sectors where sound works magic.
Tasks
Mechanical Design & Prototyping:
- Design and prototype enclosures for acoustic devices and embedded systems optimized for diverse environments
- Create and iterate 3D CAD models (e.g. SolidWorks Fusion 360 with attention to mechanical robustness acoustic transparency and manufacturability
- Select materials and fasteners suited for harsh environments lowvibration and thermal resilience
Device Integration:
- Collaborate with electrical and signal processing teams to ensure proper mechanical integration of acoustic devices and PCBs
- Develop mechanical designs that support lownoise signal acquisition and maintain acoustic fidelity
- Support vibration damping acoustic isolation and thermal management in devices assemblies
Certification & Compliance:
- Prepare hardware for environmental and regulatory certifications including IP (e.g. IP67/IP68 CE marking and mechanical stress testing (vibration shock temperature cycling)
- Document designs and ensure alignment with certification standards during the development lifecycle
- Assist in coordinating with test labs and managing compliance documentation
CrossFunctional Collaboration:
- Work closely with firmware hardware and AI teams to ensure tight integration between mechanical electrical and software components
- Support prototype development functional testing and iterative field deployment in realworld conditions
Requirements
Basic Qualifications:
- Bachelors degree in Mechanical Engineering Mechatronics or a related field or 2 years of relevant industry experience
- 2 years of experience in mechanical design for device housings or electromechanical systems
- Experience with CAD tools (e.g. SolidWorks Fusion 360 or similar) for 3D modeling tolerance analysis and rapid prototyping
- Understanding of material selection and manufacturing methods for robust lownoise enclosures
- Familiarity with certification requirements for device housings including IP ratings (e.g. IP67 CE compliance and environmental standards (e.g. vibration shock temperature)
- Fluency in English
- Valid EU work permit
Preferred Qualifications:
- Masters or PhD in a technical discipline (e.g. Mechanical Engineering Mechatronics Product Design or a relared field)
- 4 years of experience designing acoustic device housings with focus on vibration isolation thermal behavior and acoustic performance
- 4 years of experience preparing systems for regulatory certification including IP67/IP68 sealing CE marking environmental stress screening (e.g. shock vibration temperature cycling) and compliance documentation
- Familiarity with acoustic simulation and testing tools as well as mechanical FEA (e.g. ANSYS COMSOL or equivalent)
- German language skills
Join us in redefining how the world listens understands and responds through intelligent acoustic sensing.