Must have

• Linux

• Git

• Embedded

• C/C++

• RTOS

• Audio

• CI/CD

• DSP

• English (B2)

• German (C1)

Nice to have

• Automotive

• Python

• AUTOSAR

• Jenkins

Requirements description

Your Profile:

• Degree in computer science, electrical engineering, or a comparable qualification

• Several years of experience in embedded software development, ideally in audio, consumer electronics, or automotive

• Experience with DSP systems, control components, RTOS, and connectivity (e.g., Bluetooth, Wi-Fi)

• C++14/C99

• RTOS/Embedded Linux

• English

• German

• Communication Skills

• Critical Thinking

• Problem Solving

• Proactivity

• OOD

• Embedded Systems

• CI/CD environments (e.g., GitLab, Jenkins)

• Agile development environments (Scrum, Kanban)

Offer description

Our client is an innovative high-end audio manufacturer on our way to becoming an international luxury brand for modern music culture. With roots in exceptional craftsmanship and uncompromising attention to detail, they create premium audio systems that combine cutting-edge engineering with timeless design. The mission is to deliver sound experiences that inspire - whether in private living spaces, luxury residences, yachts, or exclusive automotive environments.

At client's company, product excellence is shaped by passionate experts who value sound quality, design integrity, and a refined user experience. They work in agile, interdisciplinary teams that enjoy a high degree of autonomy and take real ownership of technology, architecture, and collaborative processes.

Join the team if you want to shape the future of high-end audio technology and help develop platforms and solutions that redefine sound culture in a digital, holistic, and system-oriented way.

Your responsibilities

1. The offer is from one of our clients, and the position is fully on-site in Berlin
2. Full architectural ownership of our embedded audio software platform (firmware, middleware, system integration)
3. Design of a modular software platform that can be reused across multiple products and business areas
4. Definition and maintenance of technical interfaces, system modules, and architectural documentation
5. Integration of DSP software, connectivity modules, and control logic into a consistent system design
6. Close collaboration with Product Owners, app developers, sound engineering teams, and external development partners

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