Modern computer technology is integrated in countless devices to make them more intelligent. The Embedded Systems Lab deals with the professional development of such combined hardware/software solutions as used in industrial plants, robots, vehicles or smart homes. We particularly specialized on real-time capabilities, communication protocols, security, and energy-optimization of embedded systems.
Embedded software adds intelligence to electronics products. In our Lab, we have focused on architectures of embedded software for microprocessors as well as embedded software for communication protocols. The design of embedded software for distributed real-time applications is also a focus, as well as event-driven design, to enable energy-optimized systems with long battery life. Another focus of the Lab is the development of hardware-related system components with the help of hardware description languages like VHDL and Verilog.
Embedded hardware is precisely adapted to the requirements of the products. The size of the electronics as well as the dimensioning of the components with regard to energy consumption are exactly matched to the respective products. The Embedded Systems Lab supports you beginning from the selection of the right processors and peripherals to the prototype development of boards. We also develop FPGA and SOC designs optimized for specific applications.
Prototyping and Testing
A focus of the Embedded Systems Lab is prototyping. On the one hand, we develop flexible electronic prototypes based on MCU, FPGA or SOC technologies. On the other hand, we use prototyping as a method of software development in order to carry out evaluations and to achieve research results quickly and efficiently. In the development of prototypes, we already consider requirements for energy consumption, resource use, real-time capability, robustness, safety and electromagnetic compatibility (EMC).
We evaluate innovations and new technologies within feasibility studies and verify their complexity, technical feasibility and compatibility by developing functional prototypes. The results of these feasibility studies lead to a well-founded decision-making base for the product development or for the submission of a research project. SMEs can profit by funding instruments for feasibility studies carried out by research institutes.