Modelica Jobs in Germany

In this role, you will develop system simulations for complex technical systems and apply AI methods for data analysis, plan tests, and create data-driven forecasting models.

In this role, you will develop state-of-the-art numerical solvers for real-time simulation of power systems. You will focus on real-time simulation tasks, integrate HPC solutions, and optimize C++ code for FPGA-CPU interfaces.

In this role, you will develop state-of-the-art numerical solvers for the real-time simulation of power systems and perform code generation for hybrid architectures comprised of FPGA and CPU.

In this role, you will develop systems for Flying Fuel Cell applications, including modeling and simulating fuel cells, supporting system optimization studies, and coordinating simulation projects.

In this role, you will model and simulate Flying Fuel Cell systems, conduct complex system analyses, and lead optimization studies to develop innovative solutions in fuel cell technology.

In this role, you will develop simulation models for Flying Fuel Cell systems focusing on hydrogen tanks, fuel cells, and cooling systems, conduct system optimization studies, and coordinate system design projects.

In this role, you model and simulate Flying Fuel Cell Systems, develop system architectures, and conduct system optimizations and analyses to evaluate performance and safety.

In this role, you will develop simulations for flying fuel cell systems, analyze systems such as hydrogen tank systems and cooling architectures, and optimize the overall architecture and performance of the systems.

In this role, you will develop control and communication systems for heating solutions, implement energy management systems in C/C++, and conduct simulation-based testing using Matlab/Simulink.

In this role, you develop electrical architectures and schematics for electric vehicle drive systems, create safety concepts, coordinate service providers, and optimize the efficiency of electrical components.

Planning, development, and validation of multi-physical system models (Electrical Engineering, Mechatronics, Control Engineering) for lithium-ion battery systems. Conducting performance, durability, and safety analyses, as well as deriving constructive...

Simulation, analysis and development of heating system concepts, including with Modelica/Dymola. Development of cross-product standards with a view to the international product range. Testing of products during market launch and quality improvements in...

Development of the electrical architecture and circuit diagrams of the electrical system. Development of a concept for the functional safety of the system. Adapting the requirements of the electrical components to the electrical system. Functional,...