Electronics with Robotics and Computer Science
TFO Merano offers an Electronics and Electrical Engineering programme specialising in Electronics. Alongside the traditional electronics curriculum, students can expand their knowledge in Robotics and Industrial Computing through practical projects and hands-on activities.
The programme provides a broad and comprehensive education. Students gain an understanding of microelectronics and electronic components, as well as the fundamentals of electricity, electrical machines and the production and distribution of electrical energy.
A significant part of the programme takes place in the laboratory, where students apply theoretical knowledge and calculations using specialised design software. Students learn to use a variety of measuring instruments and acquire the skills required for designing, building, and testing electronic and electrical circuits. They also gain experience in designing, manufacturing, and assembling printed circuit boards (PCBs).
Programming plays a central role in the programme. Students learn to program computers, machines, and robots using different programming languages, developing highly relevant skills in the fields of electronics, automation, and software development.
As computers are an essential tool for electronics technicians, students are strongly recommended to use a personal laptop.
Main Areas of Study
Robotics and Industrial Computing
In this field, students learn various programming languages and use them to program a wide range of devices and machines. This area is covered by the subjects Automation, FÜLA, and TPS.
One of the main areas of study is Robotics and Industrial Computing. In this field, students learn various programming languages and use them to program a wide range of devices and machines. This area is covered by the subjects Automation, FÜLA, and TPS.
Examples of programming languages and systems used at TFO Merano include:
- C programming for PCs and Arduino devices
- Structured Text (ST) for PLC control systems
- Assembly language for microcontrollers
- Database programming
- Web development
- Android programming
- LOGO! controllers
Electronics
In the field of Electronics, students learn how to develop, build, and test electronic circuits. Before a circuit can be integrated into a device or machine, a professional printed circuit board must be designed, manufactured, and assembled.
Examples of equipment and learning resources available at TFO Merano include:
- Digital circuits and microcontrollers for controlling models and machines
- Function generators, oscilloscopes, and multimeters for circuit testing
- Amplifier circuits for audio systems, sensors, and motors
- Circuits for signal transmission via cable and wireless communication
- A workshop for the manufacture and assembly of printed circuit boards (PCBs)