Technische Hochschule Mittelhessen

What you'll study

The degree begins with a three-semester technical-scientific foundation covering core engineering basics and natural sciences, then moves into application-oriented and project-focused specialist teaching. First-semester modules include Mathematics 1, Technical Mechanics 1, CAD/technical product documentation basics, Technical Thermodynamics 1, Natural Science fundamentals and an orientation project. Second- and third-semester modules add Mathematics 2, Technical Mechanics 2, Basics of Design, Thermodynamics 2, Materials Technology 1 and 2, Business and law introduction, Measurement Technology 1, Informatics, Machine Elements 1, Technical Fluid Mechanics, Electrotechnics and Project Management. From semester four students choose one of three specialisations: Allgemeiner Maschinenbau (General Mechanical Engineering), Fahrzeugsystemtechnik (Vehicle Systems Technology) or Mess- und Automatisierungstechnik (Measurement and Automation Technology). Later semesters mix advanced modules, laboratory work, project-based assessments, company internships and a bachelor thesis. The programme lists per-semester modules and credits in the module handbook and requires a professional/practical phase and a final thesis with colloquium in semester seven.

Entry requirements

The course language is German. The programme is listed as Zulassungsfrei (no numerus clausus). Study start is possible in both summer and winter semesters at the Gießen campus.

Career prospects

Graduates gain a broad engineering skillset applicable in regional, national and international industry, especially in areas where design, production, automation and digitalised manufacturing intersect. The degree is intended to open paths into company roles involving machine and plant design, production engineering, vehicle development or measurement and control systems; it also provides a route into master’s level study at the faculty.

Scholarships & funding angle

If you need funding, consider general university and external scholarship options, student loans, BAföG eligibility checks and employer-supported internship stipends. The faculty’s ties with industry also create opportunities for paid student work in research projects and company internships that can offset study costs.