Academic structure, teaching phases, and curriculum for Electrical Engineering at University of Stuttgart.


Electrical Engineering and Information Technology
Teaching phases
Bachelor’s basic studies and specialisation
The programme covers mathematics, physics, programming, software systems and electrical-engineering fundamentals, followed by areas such as electrical energy systems, automation, communications, microelectronics, e-mobility and sensors.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Applying to University of Stuttgart?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for University of Stuttgart. The consultation is free.
Academic structure, teaching phases, and curriculum for Electrical Engineering at University of Stuttgart.


Electrical Engineering and Information Technology
Teaching phases
Bachelor’s basic studies and specialisation
The programme covers mathematics, physics, programming, software systems and electrical-engineering fundamentals, followed by areas such as electrical energy systems, automation, communications, microelectronics, e-mobility and sensors.
Tuition fee and hostel estimate
Year-wise cost data is not currently published for this program.
Applying to University of Stuttgart?
Students Traffic verifies seat availability, checks current recognition status, and prepares your complete application for University of Stuttgart. The consultation is free.
Training & support
Practical training & industry exposure
The selected bachelor’s programmes include labs, projects, internships or applied engineering work in their official descriptions. Aerospace Engineering covers fluid mechanics, propulsion, systems and space engineering; Automotive Engineering includes project work and vehicle-focused specialisations; Electrical Engineering and Information Technology includes programming and electrical-engineering labs; Mechatronics includes projects, group exercises and laboratory sessions. The university also points to research and industry links, including the Institute of Automotive Engineering and aerospace institutes.
Industry & placement partners
Training & support
Practical training & industry exposure
The selected bachelor’s programmes include labs, projects, internships or applied engineering work in their official descriptions. Aerospace Engineering covers fluid mechanics, propulsion, systems and space engineering; Automotive Engineering includes project work and vehicle-focused specialisations; Electrical Engineering and Information Technology includes programming and electrical-engineering labs; Mechatronics includes projects, group exercises and laboratory sessions. The university also points to research and industry links, including the Institute of Automotive Engineering and aerospace institutes.
Industry & placement partners