Mechanical Engineer (f / m / d)

Founded in late 2024, Omnisent is a Munich-based acoustic AI company developing next-generation sensing systems that turn sound into real-time intelligence. The team combines deep expertise in physics, machine learning, and mechanical engineering — united by a mission to unlock the untapped intelligence of the acoustic world.

At the core of Omnisent’s innovation are ultra-low-power sonic devices and the company’s Large Acoustic Model (LAM) — a foundation model trained on the complex world of non-speech audio. This unique combination enables the real-time detection, classification, and localization of acoustic events — whether identifying drones in contested airspace or tracing air leaks in manufacturing systems.

Tasks

• Design, assemble, and modify aerial and robotic platforms used for system testing.
• Build mechanical test rigs and fixtures for acoustic, RF, and structural evaluations.
• Plan and execute experiments in controlled lab environments, including data collection and documentation.
• Rapidly prototype using FDM, SLA, SLS, and subtractive methods such as CNC machining and waterjet cutting.
• Contribute to enclosure and component designs that balance acoustics, thermals, durability, and manufacturability.
• Own product lifecycle tasks , including BOM maintenance, revision tracking, and test documentation.
• Prepare fixtures and prototypes for external testing houses and manufacturing partners.
• Collaborate with cross-functional teams to help bring a deep-tech product from concept to real-world deployment.

Requirements

Basic Requirements :

Preferred Requirements :

Benefits

Join us in redefining how the world listens, understands, and responds through intelligent acoustic sensing.

In your cover letter, we’d love to hear about your personal interests, what drives you, why this role feels like the right fit — and most importantly, why Omnisent.

Omnisent is pioneering scalable acoustic sensing powered by AI — transforming audio into real-time intelligence.

We build hardware + software tailored for acoustic data, designed to extract insights from complex acoustic signals. Our proprietary ultra-low-power sonic devices capture and process acoustic signals in real-time, training what we call a Large Acoustic Model (LAM) — our foundation model built to decode the rich, messy, and untapped world of non-speech audio.