Experienced professors and assistant professors manage the modules, the lecture forms of learning are individually structured by the teachers based on the specific needs. In addition to pure teaching of knowledge in lectures, there is also practical implementation of the acquired knowledge in exercise classes and project groups. Many of the learning methods also teach key qualifications. Thus, in project groups, a key learning objective is the ability to work in a team and ability to structure complex tasks. In the lectures, students work partly in group work and seminar work.

Currently there are young people from more than 60 countries enrolled at Mainz University of Applied Sciences. Of the approximately 5800 students, around 850 students come from abroad. Students at our university have the opportunity to complete part of their studies at over 90 partner universities worldwide. With the Erasmus+ university charter, we have committed to complying with the mobility standards. Currently, Mainz University of Applied Sciences is also well connected internationally thanks to the DAAD-funded "Internationalization@Home" project in the field of "Civil Engineering".

Modern PC clusters with special software for Structural Engineering, Construction Management, Traffic Planning and Geo-engineering; Modern laboratories used for teaching: Support Structures Construction lab, Hydraulic Engineering lab, Geo-engineering lab, Traffic Engineering lab, Chemistry and Physics lab; Extensive and up-to-date library stock; Workrooms for students.

Joint Institute of Research Professors, iS-mainz; Working group research profile for all faculties of the university; Research focus on innovative composite materials; Test centre for building materials MPA Mainz for industry research in the field of Reinforced Concrete Construction and Concrete Technology; Energy laboratory in the field of construction and real estate management

Many partnerships with universities abroad so that students can spend semesters abroad; Partnerships with German higher education institutions in the context of final theses; 5 Bachelor's degree courses: Civil Engineering, International Civil Engineering, Technical Property Management, Industrial Engineering, Construction and Property Management/Facilities Management. 3 Master's courses: Civil Engineering; Technical Property Management, Construction and Property Management/Facilities Management. Possibility of choosing specialisations: Construction Site Management or Structural Engineering.