The Institute of Electronics at TU Graz is involved in several master's programs, especially within electrical engineering, electronics, computer engineering, and related interdisciplinary fields.

This program addresses the breadth of electrical and electronics engineering, from power systems to microelectronics and signal processing. It prepares graduates for innovation in energy, mobility, data security, and microelectronics.

Major Specialisations

• Electronic Systems and IC Design: Analog/Digital Electronics, Integrated Circuit Design, RF and Signal Processing.
• Automation Systems Engineering: Includes Electric Machines, Power Electronic Systems, Control, Embedded and Measurement Systems.
• Power Engineering: Drives & Power Electronics, Power Systems, High Voltage, Energy Analysis.
• Sensing, Control and Artificial Intelligence: AI, Automatic Control, Sensing, Signal Processing.
• Wireless Networks and Communication Systems: Communications, Networking, Microwave Engineering.

In the specialisation Electronic Systems and IC Design students may also take a double-degree with TU Darmstadt in energy-efficient microelectronics.

Advanced theoretical and practical knowledge across computer science and electrical engineering, geared toward hardware/software system design.

Specializations

• Artificial Intelligence: Neural networks, deep learning, speech/image processing.
• Communication & Mobile Computing: IoT, sensor networks, smart services.
• Embedded and Automotive Systems: Microprocessor design, real-time systems, automation.
• Information Security: Secure systems, practical security mechanisms.
• Microelectronics & IC Design: Semiconductor physics, integrated circuit tech, EMC.
• Visual Computing: Computer graphics, image processing, VR/AR.
• Business, Law & Management: Option to minor in management foundations.

Interdisciplinary programme combining engineering sciences with medical, biological, and natural sciences; designed to train experts in biomedical technology.

Specializations

• Biomechanical Engineering – Mechanics, materials, and structural analysis in biological systems.
• Biomedical Instrumentation and Sensors – Development of medical devices, bio-signal acquisition, and sensor technologies.
• Biomedical Imaging and Sensing – Techniques such as MRI, CT, ultrasound, and novel optical imaging methods.
• Computational Neuroscience – Modelling and analysis of neural systems and brain-computer interfaces.
• Health Care Engineering – Medical informatics, hospital systems, and technology management.

The Institute of Electronics contributes not only to teaching but also to research in microelectronics, integrated circuit design, electromagnetic compatibility, and analog/mixed-signal systems. It offers students access to state-of-the-art facilities for simulation, analysis, prototyping, and performance testing. Its network includes collaborations with Austrian and international semiconductor companies, automotive manufacturers, and leading research organisations, providing excellent opportunities for master’s theses and future careers. With more than 50 courses offered across bachelor’s, master’s, and doctoral levels, the Institute maintains a strong presence in the education of future engineers at TU Graz.