Autonomous machines, intelligent assistance systems and networked technical systems: modern technologies are increasingly working independently and in direct interaction with people. Anyone developing such systems must think mechanics, electronics and software together - and understand how technical systems interact safely, reliably and responsibly with their environment. With the new German language bachelor's degree programme Smart Systems Engineering, TU Bergakademie Freiberg will be offering an education that combines precisely these skills from October 2026. Prospective students can apply online from 1 April 2026.
Understanding and designing technology holistically
In the Smart Systems Engineering degree programme, students not only learn to analyse complex technical systems, but also to actively develop and implement them. They combine knowledge from mechanical engineering, electrical engineering, computer science and systems engineering to design intelligent technical solutions - from sensor technology and data processing to control and secure integration into real applications.
"The special feature of the degree programme lies in its consistently interdisciplinary approach: students learn to understand and design technical systems as a whole - exactly as modern intelligent technologies require," says Dean of Studies Professor Christian Kupsch. Project-orientated courses and modern laboratories enable students to deal with real technical issues at an early stage. Students work on networked and autonomous systems, develop new solutions and acquire skills that are crucial for future technologies.
Studying in a personal environment with a strong practical focus
At TU Bergakademie Freiberg, students benefit from short distances, personal support and a close integration of research, teaching and application. The degree programme enables intensive work in small groups and offers space for independent projects as well as direct contact with lecturers and research institutions.
Responsible technology development also plays a central role here: students learn how to design intelligent systems that are not only efficient, but also sustainable, resource-saving and safe.
"Smart Systems Engineering at TU Bergakademie Freiberg means thinking holistically about technology, implementing it in practice and developing it responsibly - in a personal study environment with a close connection to research," says the Dean of Studies.
Diverse prospects in future technologies
The Bachelor's degree programme qualifies students both for a direct career start and for a further Master's degree, for example in engineering or computer science. In the future, TUBAF will also offer a subject-specific Master's degree programme that builds on the Bachelor's degree in Smart Systems Engineering and can be studied immediately afterwards. Graduates work on intelligent, networked technical systems - for example in the fields of autonomous systems, robotics, automation, digitalisation or sustainable technology development.
Apply from 1 April 2026
Students with an Abitur or subject-specific higher education entrance qualification can apply online from 1 April 2026. Enrolment for the winter semester 2026/27, which begins in October 2026, ends on 30 September 2026.
