Sustainable Civil Enginееring

B.Eng. (Bachelor of Engineering)

Subjects: Electrical Engineering, Sustainability, Civil Engineering, Industrial Engineering, Industrial Management, Building & Construction

B.Eng.

Degree

210

ECTS

English only

Language

Winter semester: 15 Jul

Summer semester: 15 Feb

Application Deadlines

3.5 Years (starting: Both semesters)

Duration

Free / € 500

Tuition Fees (per semester)

Starting: Both semesters
Mode of admission:: without admission restriction
Application:: directly at the University (incl. VPD from uni-assist): students from all countries except for Germany
Hochschulstart (DoSV)
Study mode:: On campus
Registration Fee & Tuition Information:: THI charges service fees of 500 € per semester for students from third countries (outside the EU and the EAA - European Economic Аrеa).

Program Video

Duration: 01:00 min

Studying sustainability at the Neuburg campus of TH Ingolstadt - for our future

Five Reasons to choose this Bachelor's Program

Become an expert in Sustainable Civil Engineering

This bachelor’s program offers students the one-of-a-kind opportunity to master the mathematical, scientific and computational tools to solve problems associated with the development and maintenance of a civil society.

Access amazing job opportunities

Engineers are valuable in today’s economy, being in high demand in Germany and all over the world. Therefore, graduates of this bachelor’s program enjoy excellent job prospects in sustainable and energy-efficient projects, regional and international companies, and even planning and management offices.

Gain professional experience through an internship

Students get to complete an internship at a regional partner company which allows them to gain the necessary insight into what professional life entails. Additionally, this experience provides a way of rounding off their studies in preparation for the bachelor’s thesis.

Take full advantage of the university`s partners and sponsors

The Technische Hochschule Ingolstadt is located in the beautiful city of Neuburg and maintains close connections with regional politics, business, and civil society. In teaching, research, and transfer, the university cooperate closely with more than 250 companies and municipal and civic institutions.

Learn to work with sustainable methods

Because the building sector contributes enormously to CO2 emissions, it is imperative to develop new paths for the future of engineering. With sustainable and alternative building materials, effective resource management, energy-efficient building design, digital methods and new structural approaches, there is enormous potential to reduce our ecological footprint and shape a better tomorrow.

How do you want to continue?

Go to course website

Course Description

This bachelor’s program at TH Ingolstadt offers a unique opportunity for international students interested in studying sustainable engineering sciences in Germany and broadening their career prospects for the future. Students learn to envision the future’s infrastructures in a cost-effective, environmentally conscious, and socially responsible way while also taking responsibility for civil society by solving complex issues with sustainable methods.

Target Groups

Curriculum

Study Mode

Career Prospects

The International Bachelor of Engineering is intended for holders of a German higher education entrance qualification or foreign equivalent.

Special Program Features

Be part of a high-quality university

Technische Hochschule Ingolstadt supports more than 6,900 students in more than 70 technical and economic bachelor's and master's degree programs through 190 professors in six faculties, seven research institutes, about 150 international partner universities, as well as a modern administration.

Learn from an unique curriculum

Students complete modules such as Structural Analysis and Construction together with the students of the Bachelor Industrial Engineering - Construction. In this way, they get to learn to exchange ideas with other construction professions in small groups at an early stage and develop interdisciplinary ideas.

Develop the skills for the professional world of the future

Trough innovative learning concepts to impart scientific qualifications, students are placed at center of everything the university does. Students develop their talents by learning to think and act entrepreneurially and responsibly.