Teaching & studies

Control methods determine how technical systems respond to external influences and remain stable. From the basics of linear control loops to AI-based control methods for embedded and networked systems: how do classical, modern, and data-driven techniques interact?

Control Engineering 1

System description, stability criteria, and controller design — the foundational course.

Control Engineering 2

Complex control loops, multivariable systems, and optimal control — including lab.

Control Engineering 3

Digital, predictive, and AI-based control for networked systems.

Automation is changing how technical processes are controlled, networked, and organized. From modeling technical processes to automating entire systems: how are Industrial Internet, cloud, and cyber-physical systems changing automation?

Simulation of Mechatronic Systems

Numerical methods and simulation of dynamic, mechatronic systems.

Automation Engineering

Foundational and methodological knowledge of automation systems — from process modeling to AI-based knowledge management systems.

AI Engineering 2: Testing

Systematic and AI/LLM-based testing strategies for technical systems.

AI Engineering 3: Validation

Statistical and methodological foundations for validation using AI-based approaches.

Mobility emerges from the interplay of transport objects, means, infrastructures, and organization. From a single vehicle to multimodal traffic flows: how are these designed, planned, and coordinated?

Traffic Engineering

Overview of transport systems across all modes — road, rail, air.

Multimodal Transport Systems

Planning, design, and coordination of intermodal transport and logistics systems.

Traffic System Engineering

Functions and technologies of traffic management systems in road and rail transport.

Vehicles emerge from the interplay of design, construction, and technical structure. From vehicles and their subsystems to simulation: how are these designed, constructed, and integrated?

Numerical Methods for Automotive Engineering

Numerical methods for signals, systems, and vehicle simulation in MATLAB.

Railway Vehicles

Comparison of design, construction, and subsystems of various rail vehicles.

Rail Vehicle Engineering

Design, construction, and system structure of rail vehicles.