We are Panasonic Europe’s trusted R&D partner, driving innovation, efficiency, and excellence across engineering services. Our flexible, scalable solutions are tailored to the needs of our partners and factories, enabling them to reach their goals through advanced engineering practices. With a strong focus on collaboration, adaptability, and value creation, we help shape Panasonic’s future through technology and innovation.
Stakeholder needs are captured clearly and traceably using structured methods and tools. With strong automotive and industrial expertise, we manage requirements across variants, ensure end-to-end traceability, and support certification standards. Techniques include SysML/UML modeling, change management, and IREB-certified practices for robust, scalable, and standards-compliant system development.
We reduce complexity by translating stakeholder needs into structured system requirements and scalable architectures. Through model-based design, cross-domain coordination, and certified methods (OCSMP), we ensure clear interfaces, traceability, and alignment across hardware, software, safety, and cybersecurity enabling robust, standards-compliant solutions from concept to implementation.
Secure, maintainable embedded software is developed through structured requirements, modular design, and efficient implementation. Compliance with safety and security standards is ensured via static analysis, timing validation, and integration of OEM platforms or bare-metal solutions. Software validation is conducted through comprehensive test planning, automated execution, and diagnostics across MIL, SIL, and HIL platforms, using regression analysis, coverage tracking, and simulation tools by certified teams (ISTQB, ASPICE) to guarantee robustness and quality. Projects are delivered on time, within budget, and at high quality using structured planning, stakeholder coordination, and tailored process models including agile, V-model or hybrid, aligned with ASPICE, ISO, industrial and OEM standards to ensure transparency, compliance and successful execution throughout all phases.
We develop high-performance embedded hardware systems with a focus on safety, reliability, and manufacturability. From requirements analysis to circuit design and validation, our engineering ensures compliance with automotive and industrial standards through close collaboration, robust prototyping, and rigorous testing.
focuses on mechanical solutions through advanced CAD modeling and design, supported by a wide range of simulations for mechanical engineering. It drives mechanical project management and PCB layout development to enable manufacturable, efficient, and sustainable product concepts that comply with automotive and industry standards.
Our state-of-the-art anechoic chamber provides a controlled, echo-free environment for precise acoustic measurements. By eliminating sound reflections and external noise, we can accurately assess how products generate and respond to sound. This enables us to:
Measure noise emissions of components and assemblies
Optimize sound quality and vibration behavior
Verify compliance with relevant acoustic standards
With this facility, we help our customers ensure their products meet the highest performance expectations while minimizing unwanted noise.
With years of OEM experience, close customer integration, and deep expertise in automotive and industry, we offer true co-engineering at eye level.
Contact us and let’s shape the energy systems of the future together.
Whether EMC, lifespan, or standard testing – we test your solution under real conditions. For maximum safety and series approval without compromise.
From prototype production to series production: Our manufacturing thinks in systems and delivers quality that works – even in the field.
