You are interested in how technical systems work - not just individual components, but the interplay of mechanics, electronics and software. You enjoy understanding, analysing and implementing things in practice. If you like to think logically, structure technical issues and are keen to deal with more abstract concepts, you have what it takes for the degree programme. Programming experience or extensive previous knowledge is not required - what is important is curiosity, motivation and a willingness to learn new things. An interest in maths and science, enjoyment of experimentation and a willingness to work on complex tasks as part of a team are also helpful. During your studies, you will learn to take responsibility for technical decisions and reflect on their impact on people, the environment and society.

The Technische Universität Bergakademie Freiberg combines a long engineering tradition with current issues in modern technology development. With the Smart Systems Engineering degree programme, you will study at a place where complex technical systems are not only considered theoretically, but also researched and developed in a practical way. The particular strength of TUBAF lies in its interdisciplinary orientation. Mechanical engineering, electrical engineering, computer science and systems engineering work closely together here - just as the development of smart systems requires. You benefit from short distances, personal support and a study environment in which research, teaching and application are closely interlinked. Project-orientated modules, modern laboratories and the integration of current research and industry issues will give you an early insight into real-life applications. At the same time, TUBAF offers an ideal environment for analysing technical systems in the context of sustainability, resource efficiency and social responsibility. Smart Systems Engineering at TUBAF means thinking holistically about technology, implementing it in practice and developing it responsibly - in a personalised study environment with a strong focus on research.

Smart Systems Engineering opens up a wide range of career paths in industry, development and research. You will work on intelligent, networked technical systems - for example in robotics, automation, digitalisation or sustainable technology development. The degree programme prepares you for direct career entry as well as for a further Master's degree course.

Examples of industries and typical tasks

• Automation and Production Engineering
  Development and integration of intelligent production systems, robotics, digital and networked manufacturing systems
  e.g. as a development engineer in the field of automation and production engineering
  . e.g. as a development engineer, systems engineer or project engineer
• Robotics and autonomous systems
  Development of mechatronic and autonomous systems, collaborative robotics, assistance systems
  e.g. as a robotics engineer. e.g. as a robotics engineer or embedded systems engineer
• Machine and plant engineering
  Design and further development of intelligent machines, mechatronic assemblies and networked systems
  e.g. as a development engineer. e.g. as a development engineer or system integrator
• Electrical engineering, electronics and embedded systems
  Development of sensor, actuator and control systems for intelligent applications
  e.g. as an embedded systems engineer. e.g. as an embedded systems engineer or automation engineer
• Energy, environmental and sustainability engineering
  Smart energy systems, environmental monitoring, resource-efficient and sustainable technical solutions
  . e.g. as an engineer for intelligent energy systems or technical system analysis
• Process, chemical and process engineering
  Automation, monitoring and optimisation of complex technical processes using intelligent systems
  e.g. as a project engineer
  . e.g. as a project engineer or systems engineer
• Research and development
  Working in development departments, research institutes or technology-oriented start-ups
  e.g. as a development engineer
  . e.g. as a development engineer or as part of an advanced master's programme