Road traffic with cars and trams, construction site from a bird's-eye view

Intelligent automotive solutions

Whether emission-free electric mobility on the road, automated driving functions in daily life, or the software-defined vehicle – ITK Engineering combines classic vehicle technology with modern software architecture to turn the mobility experience of tomorrow into a reality.

Working together to shape the automotive world of tomorrow

The demands on modern vehicles are increasing at a rapid rate. ITK Engineering will help you navigate and master this complexity with confidence: From autonomous driving, smart cloud systems and software-defined vehicles to custom solutions for electric vehicles, the commercial vehicle industry and motorsport. We use our comprehensive methodological expertise and versatile know-how to develop holistic vehicle solutions together with you.

Our areas of expertise

A holistic approach, from consulting to operations, based on the V-model

Our expertise includes the development of intelligent onboard systems, reliable cloud connectivity, and the provision of powerful backend solutions for data analysis and control. Our comprehensive end-to-end approach enables us to create innovative automotive solutions that meet the requirements of both today and tomorrow. In order to shape this path together, we begin as early as the strategic consulting stage and provide our clients with flexible support throughout the entire process.

We leverage our in-depth methodological expertise and use certified processes to bring structure to complex situations and provide your teams with selective strategic and operational support. Internationally recognized standards ensure reproducible quality and maximum audit reliability at all times. Since every project is unique, we seamlessly adapt our approach to existing structures and jointly define custom solutions to overcome our clients’ individual challenges.

We implement your systems with technical precision and then ensure that they operate smoothly and efficiently in the long term.

Achieving zero emissions with intelligent software

The route to zero-emission mobility needs to be followed more intensely across all domains. This is the only way to restore equilibrium in the global carbon cycle.

Together with our customers, we work to develop intelligent software and system solutions that accelerate the process of decarbonization: for example, digital energy twins in a port environment for more sustainable use of infrastructure, electrified small aircraft, net zero construction site concepts, or hybrid and hydrogen propulsion systems for rail transport. We also further develop state-of-the-art technologies, such as carbon capture, which are essential options for the disposal and storage of emissions that have already been generated.

Aerial view of a street featuring visualized CO₂ reduction symbols, illustrating ITK Engineering's contribution to decarbonization through smart software solutions for zero-emission mobility and sustainable infrastructure.

Intelligent software solutions for designing safe applications are also in demand, especially in the hydrogen sector. Our projects include safe and efficient refueling concepts, hydrogen-based drives (H2 drive) for commercial vehicles, and hydrogen engines for motorsport.

Connected mobility as an experience

The mobility of today is being revolutionized by innovative, networked functions in the fields of information, security, entertainment and comfort. As your engineering partner, we work with you to realize your vision of the future and overcome technological challenges – from the idea through to validation.

A vehicle made of blue gears hovers above the open hand of a person wearing a doctor's coat.

Automotive Health

Your personal health consultant in the vehicle: Maintaining and promoting health is an important objective that is also playing an increasingly important role in vehicles. We combine solutions from medical technology and the automotive sector.

Sustainable and innovative propulsion concepts for vehicles

Motion & Energy

New drive concepts for a sustainable driving experience: Some of the challenges include progressiveness, safety and efficiency, as well as the conscientious use of limited resources. As a software partner, we have experienced teams that can respond effectively to such developments.

Automatisiertes Fahrzeug auf dem BSH-Logistikhof

Success Story

Smarter, safer yard management with 5G

ITK Engineering joined forces with partners in politics, industry and science to pursue the YardManagementHDH project. This initiative goes to increase safety, efficiency, and sustainability in logistics yards and container terminals.

Presentation of the Ligier JS2 RH2.

Success Story

High-performance, hydrogen-powered vehicle at the 24 Hours of Le Mans

In close cooperation with Bosch Engineering, ITK Engineering has developed a comprehensive safety concept that is specially tailored to the challenges of hydrogen technology in motorsport and sets new standards in terms of sustainability and safety.

WaVe Project, Funded by the Federal Ministry: Unimog Demonstrator Example

Success Story

Safe hydrogen powertrains for commercial vehicles

Together with partners from industry and business, ITK Engineering is developing a hydrogen-based propulsion system for commercial vehicles in the medium-duty sector as part of the “WaVe” collaborative project funded by the Federal Ministry for Economic Affairs and Climate Action.

Exklusive Whitepaper

Artificial intelligence in safety-critical automotive use cases

This whitepaper examines the impact of Artificial Intelligence on safety-critical applications in automated driving. It not only provides insights into the current developments of relevant standards and regulations but also focuses on various automotive aspects. Based on this, recommendations for handling AI in safety-critical use cases are derived.

Illustration: Car with safety-critical applications and AI

Want to take your vehicle development to the next level? Talk to us.

Portrait Johanna Turgut, ITK Engineering GmbH

Automotive

Johanna Turgut

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