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Management systems for motion & energy

Code meets innovation

With the rise of the software-defined vehicle (SdV), not only is the number of lines of code increasing exponentially, but system complexity is also growing continuously. In the midst of this technical revolution, our goal is to develop complex powertrain systems for series production through model-based systems engineering. Our approach describes the path to agile software development with efficient automation processes and leads away from rigid dependence on hardware. Essentially, it is about continuously integrating and safeguarding hardware and software. In doing so, we navigate through the labyrinth of complex codes and system architectures - always with the aim of realising innovations in a tangible way that is suitable for everyday use.

Competencies

Systems engineering

We navigate through the complexity of networked powertrain control systems by applying function-oriented systems engineering both in the overall system and in feature development.

Software factory

We actively design software concepts and architectures to meet system requirements. We implement and integrate software while strictly adhering to normative and regulatory requirements and processes such as ASPICE. We drive software innovation for both automotive and non-automotive applications.

Powertrain functions

From the idea to series production - we develop operating strategies for all drive concepts.

Software testing

We take on test projects at all development stages, always in compliance with applicable standards such as ASPICE and ISO 2911.

Functional safety

We deliver comprehensive functional safety solutions that cover all development phases - at system, hardware and software level, and from concept to series production.

Cyber security

We check architectures with regard to current requirements and identify vulnerabilities and risks using methods such as pentesting or code reviews.

Cases

Products & test facilities

Roller test benches as a complete vehicle laboratory in Berlin

IAV meets the challenges of the automotive industry with state-of-the-art chassis dynamometers and complete vehicle laboratories in Berlin, which contribute to the development of efficient drive and vehicle concepts.

Hydrogen combustion test bench

In view of stricter CO2 limits, the development of emission-free drive technologies is becoming increasingly important. IAV is testing hydrogen combustion engines in Gifhorn, a promising path to H2 mobility for heavy commercial vehicles.

High-voltage composite test bench Stollberg

With IAV's new high-voltage composite test bench in Chemnitz/Stollberg, complex e-drive trains can be tested at an early stage, creating valuable synergies.

IAV Auros

IAV Auros offers customized solutions for efficient back-to-back tests, mobile high-voltage supply and automated test processes.

Inca-Flow

Application made easy: Our process standardization covers the entire development process and can be integrated into all development infrastructures.

EMC test center Heimsheim

Developed for comprehensive electromagnetic compatibility testing, state-of-the-art test systems are on show in Heimsheim

High-altitude climate roller Berlin

The high-altitude climate roller (HKR) efficiently simulates high-altitude driving up to 5,300 meters. Clever test bench automation and simulation enable cost-effective and reproducible test drives.

IAV Kivu

The solution for flexible control of all crank angle synchronized components - for maximum flexibility and efficiency!

Brake emission test bench

We are your partner for the intelligent, efficient and flexible reduction of particulates in accordance with the Euro 7 standard. Our expertise, test center and development services support you all the way to successful Euro 7 homologation.

IAV Primero

Whether it's mixture control or catalytic converter diagnostics, you can rely on IAV Primero to ensure that your lambda sensor always delivers optimum signals.