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Energy Systems and Renewable Energies (in German) (B. Eng.)

[Translate to English:] Grafische Darstellung Photovoltaik, Windräder, EnergiespeicherApplication period for the summer semester 2027: Nov. 3, 2026 to Jan. 15, 2027

→ Application for a start of studies in winter term is open until Aug. 31!


How do we develop the energy systems of the future?

Are you interested in renewable energy and the energy supply of the future, for example through solar, wind, hydro and biomass? Then the Bachelor’s degree programme in Energy Systems and Renewable Energy at THI is just right for you.
Here, you’ll gain an excellent grounding in engineering fundamentals as well as specialist knowledge in areas such as building services engineering, smart homes, grid supply, bioenergy technology, and energy generation and storage. This degree programme is characterised by its strong practical focus, close links with industry, and the opportunity to gain international experience.
Once you have completed your degree, you will be able to plan and implement sustainable energy systems worldwide. This will enable you to drive the energy transition forward in a practical way using your comprehensive knowledge. Nothing will stand in the way of your career, for example as a development engineer for renewable energy systems, as an energy consultant for companies and local authorities, or as an expert on all matters relating to the energy transition.

###Please note: This is the English website for the German taught "Energiesysteme und Erneuerbare Energien". From winter term 2021/22, the programme will be available in English language also. Link to Energy Systems and Renewable Energies in English. ###



Bachelor of Engineering (B. Eng.)

7 Semester

Summer & Winter

Yes

Yes

German


Contents

During their studies, students acquire deeper knowledge in a range of different systems such as building energy systems, off-grid systems, industry supply systems and energy systems in general. The related energy sources are solar power, biomass, wind power and geothermal energy. The course also covers other important fields of studies such as cogeneration technology, heat pumps and energy storage systems for controlling energy generation and consumption capacities. As part of these different modules, the mechanical and electrical engineering aspects that were introduced in the first semesters are specifically deepened.

In addition, new concepts for mobility (e-mobility, biomethane, power to gas - hydrogen and methane) are part of the curriculum. This new concepts lead to additional energy consumers that need to be efficiently integrated into the overall energy system. It is to be expected that in the future it will be possible to increasingly supply heat and cold sinks using heat pump systems, power to heat, solar heat and absorption chillers or renewable gases.

In this context, students learn the skillful use of these technologies and their flexibility potential for the integration of fluctuating renewable energies such as wind and sun.

In the “Energy Systems and Renewable Energies” course, one focus is on the integration and interaction within all areas from energy generation to consumption. Therefore, intelligent physical energy distribution (SmartGrids, heating networks, gas networks, digitization of communication) and virtual energy trading on the individual energy markets also play an important role.

At the same time, the students acquire the ability to carry out economic assessments of energy supply concepts in order to prepare investment decisions. These economic analyses together with the knowledge of entrepreneurship enable them to found and/or lead a company.

As a student, you will get an insight into various methods of digital engineering. You will use 3D-CAD (computer-aided design) software for mechanical design. You will learn to simulate thermodynamic and fluid dynamic processes, energy-technical plants and energy systems with commercial simulation tools such as Ebsilon, StarCCM, Matlab, PV*SOL, HOMER… .

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Studiengang Energiesysteme und …


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The energy turnaround will be decided via building energy

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Gebäudeenergie und Smart Homes: …


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Curriculum

1. Semester

Engineering Mathematics 1
This module provides the mathematical foundations for engineering applications. Topics include complex numbers, sequences and series, differential and integral calculus, and ordinary differential equations. Practical examples strengthen analytical thinking and the mathematical modelling of engineering problems.
Computer Science in Engineering
5 ECTS
This module introduces the fundamentals of computer science and digitalisation. Students learn data processing, algorithms, programming, object-oriented concepts, and basic software engineering principles. Practical exercises provide hands-on experience with modern digital tools.
Statics
5 ECTS
This module focuses on the analysis and calculation of static mechanical systems. Topics include forces, moments, structures, internal loads, centres of gravity, and friction. Students learn to model and analyse engineering structures under mechanical loading.
Principles of Electrical Engineering
5 ECTS
This module covers the fundamentals of electrical and electronic systems. Topics include DC and AC circuits, electric and magnetic fields, electrical machines, semiconductor devices, and measurement techniques. Students gain essential knowledge for energy-related applications.
Basics of Mechanical Design
5 ECTS
This module introduces technical drawing and engineering design fundamentals. Topics include projection methods, tolerances, standards, machine elements, and design for manufacturing. Students learn to create and communicate engineering solutions according to industry standards.
Energy Systems and Energy Economics
5 ECTS
This module provides an overview of energy supply, energy consumption, and the role of renewable energies. It covers energy efficiency, climate protection, electricity markets, carbon pricing, and energy policy frameworks while linking technical and economic perspectives.

2. Semester

Engineering Mathematics 2
5 ECTS
Building on fundamental mathematics, this module covers Fourier series, linear algebra, multidimensional calculus, and advanced differential equations. The focus is on modelling, analysing, and solving engineering and scientific problems using mathematical methods.
Mechanics of Materials
5 ECTS
This module teaches the analysis of stresses and deformations in engineering components. Topics include tension, compression, bending, torsion, buckling, and multiaxial loading. The goal is the reliable design and dimensioning of technical structures.
Thermodynamics 1
5 ECTS
This module introduces the fundamentals of thermodynamics. Topics include energy, entropy, thermodynamic processes, thermodynamic cycles, and phase changes. Students learn to analyse energy conversion processes and assess their efficiency.
Materials Science
5 ECTS
This module covers the structure, properties, and behaviour of engineering materials. Topics include microstructures, material testing, iron-carbon alloys, and heat treatment processes. Students learn how to evaluate materials for technical applications.
Energy Storage
5 ECTS
This module provides a comprehensive overview of thermal, electrical, chemical, and mechanical energy storage technologies.
Entrepreneurship and Sustainability
5 ECTS
This module combines sustainability, innovation, and entrepreneurship, covering global challenges, sustainable business models, and start-up development.

3. Semester

Methods of Product Development and CAD
5 ECTS
This module covers systematic product development methods and the use of modern 3D CAD systems.
Thermodynamics 2
5 ECTS
Building on thermodynamic fundamentals, this module focuses on heat transfer and heat exchangers.
Machine Elements
5 ECTS
This module covers the design, function, and dimensioning of key machine elements such as screws, springs, shafts, bearings, and gears.
Measurement Engineering
5 ECTS
This module introduces the fundamentals of measurement technology and sensor systems.
Fluid Mechanics
5 ECTS
This module provides the fundamentals of fluid mechanics for engineering applications.
Thermal Energy Technology and Power Plants
5 ECTS
This module introduces thermal energy systems and power generation technologies.

4. Semester

Project Design and Development
5 ECTS
Practice-oriented team project covering an engineering task from concept development to presentation.
Control Engineering
5 ECTS
This module focuses on the analysis and design of control systems.
Cost and Investment Management
5 ECTS
This module provides economic principles relevant to engineering projects and products.
Energy Distribution and CHP Plants
5 ECTS
This module focuses on energy distribution networks and combined heat and power systems.
Building Technology and Smart Homes
5 ECTS
This module introduces energy-efficient buildings and smart building technologies.
Solar Energy Technologies
5 ECTS
This module provides a comprehensive overview of photovoltaic and solar thermal technologies.

5. Semester

Project and Quality Management
This module covers modern project and quality management methods. Topics include project planning, scheduling, risk management, agile approaches, quality management tools, process management, and international quality standards. The focus is on successfully managing and continuously improving projects and processes.
Practical Seminar
2 ECTS
The practical seminar complements the internship experience and encourages reflection on industrial and project work. Topics include presentation and moderation techniques, teamwork, conflict management, academic working methods, and current issues from engineering, business, and professional practice.
Internship
24 ECTS
During the internship, students gain extensive practical experience in a company environment. They work on engineering-related tasks, acquire insights into technical processes and business operations, and explore potential career fields in energy and engineering industries firsthand.

6. Semester

Project
In this project module, students work independently in teams on a complex engineering challenge.
Solar Buildings and Energy Consulting
5 ECTS
This module covers solar and energy-efficient building design and energy consulting.
Energy Markets and Coupling Sectors
5 ECTS
This module explores the interaction between electricity, heat, and gas markets and their integration.
Smart Grids and Wind Energy
5 ECTS
This module introduces smart grids and wind energy systems.
Elective Module
5 ECTS
The compulsory elective modules in the specialist subject area can be chosen according to your field of study and personal interests.
Elective Module
5 ECTS
The compulsory elective modules in the specialist subject area can be chosen according to your field of study and personal interests.

7. Semester

Seminar Bachelor‘s Thesis
This module prepares students for their bachelor’s thesis. It focuses on academic writing, literature research, research and documentation techniques, and the development of a suitable thesis topic. Students also create a thesis outline, develop a work plan, and systematically prepare the registration of their final thesis.
Bachelor‘s Thesis
12 ECTS
The bachelor’s thesis represents the culmination of the degree program and addresses an engineering-related problem. Students independently apply scientific methods to analyze a practical challenge and develop well-founded solutions. The results are documented in a structured manner and presented professionally.
Energy from Biomass and Biogenic Residues
5 ECTS
This module focuses on energy production from biomass and biogenic residues.
Mobility within the Energy System
5 ECTS
This module examines the role of mobility within sustainable energy systems.
Elective Module
5 ECTS
The compulsory elective modules in the specialist subject area can be chosen according to your field of study and personal interests.

Quick Info

Admission and application
  • Application for study place

The program can  be started in the summer and winter semester.
Since the program is not subject to admission restrictions, the application is made exclusively via the PRIMUSS application portal THI.

  • Application dates

Information on the application period and on the application procedure can be found on the page Application for a Bachelor's Study Place.

  • Requirements

The prerequisite for admission to studies at Ingolstadt University of Applied Sciences is either the general or subject-specific university entrance qualification or the advanced technical college entrance qualification. Regulations regarding prior practical experience are laid down in the study and examination regulations of the respective degree programs.

Dual studies or studies with in-depth practical

The dual studies programme enables a combination of practical training elements in a company with the theoretical education provided by the university. There is a choice of either the joint model (academic study + vocational training) or the degree course with vocational experience (academic study + intense practical phases). There is an obvious advantage to students here: practically oriented academic study generally enables a particularly smooth transition from university to the world of work. What is more, the student usually receives financial remuneration from the company concerned.

In the joint model, students may start working at the company several months before the start of the first semester, depending on the company concerned. At the start of the course there is an alternation between theory (during the semester) and practical experience (between semesters and during the practical semesters). In order to embark on a dual studies programme, students have to apply to both a company and to THI (be sure to take note of company application deadlines!).

More info on our dual studies-pages, or check dual cooperation partner companies. Even if no partner company is currently active in this degree programme, you are welcome to contact us.

Job profiles

The demand for qualified specialists in the field of energy systems in general and in the area of renewable energy forms in particular is enormous, as there is currently a lack of suitably qualified experts. 

Common career paths include recruitment by energy supply companies, jobs in industry or with engineering service providers or planning offices, as well as the job profile of independent consultant. In addition, it is not uncommon for graduates to find employment in medium-sized companies or official bodies.

Sectors: 

  • Power engineering
  • Energy system solution suppliers
  • Plant manufacturers
  • Renewable energies
  • Building energy technology and heating supply
  • Energy industry
  • Automotive and general engineering industries

Fields:

  • Planning
  • Development / Design
  • Technical operations
  • Energy consultancy
  • Test technology
  • Technical sales
  • Quality control
Internship

The study programme requires a preparatory internship of at least 8 weeks, which has to be completed before the start of the 4th semester (during semester breaks). The preparatory internship is not part of our admission requirements.

Tuition Fees and Financing

General information on scholarships

Financing your study programme might be a big challenge for you. On our homepage you find different opportunities of financing your academic studies at our university.

Financial Assistance for your studies

Please note that financial aid programmes are mostly not open to foreign students. For scholarships for students from abroad you may have a look here:

https://www.daad.de/deutschland/stipendium/datenbank/en/12359-finding-scholarships/
Public funding (BAföG) is only available to Germans and to EU citizens if they have spent a considerable part of their education in Germany. The university awards a scholarship called Deutschlandstipendium once a year which cannot fully cover living expenses. Additionally we have limited funds and support some international students for a maximum of one semester. Please do not actively approach the International Office on scholarships, once a year a call for application automatically reaches all international students.

Third party scholarship

  • If you are an applicant from abroad, you may qualify for a scholarship from the German Academic Exchange Service (DAAD): www.daad.de
  • If you are a German students we recommend to research for suitable scholarships on www.mystipendium.de
  • Please note that we cannot offer any guidance or support concerning scholarship applications.

We recommend that single students budget at least 700-900 EUR per month to meet personal expenses (accommodation, health insurance, stay, books, semester contribution)

International

The THI, in particular the Institute of new Energy Systems (InES), supports worldwide applied research projects in many areas of the energy industry. Likewise, company representatives are always available as experts to the students, they contribute with guest lectures and project ideas. The contacts built up over 20 years enable students to complete a large number of internships at national or international companies as well as semesters abroad at one of the partner universities (in about 40 countries, eg South Africa, Brazil, etc.). The International Office will advise you on studying abroad during your studies.

Practical relevance

Upon completion of their studies, students will have a wide all-round knowledge of power engineering technology – with a high level of practical relevance – as well as good contacts in the industry and the opportunity to gain international experience.

Gründertum und Nachhaltigkeit - Praxisseminar „Energiemärkte verstehen und effizient handeln“

Im Rahmen von Vorlesungen, Projektarbeit und Zertifikatskursen sammeln Studierende Erfahrungen für Firmengründungen (Start-ups) im Bereich der Nachhaltigkeit.

Im Praxisseminar „Energiemärkte verstehen und effizient handeln“ simulieren die Studierenden mit Teilnehmer/innen aus der freien Wirtschaft und der Wissenschaft den Strommarkt mittels des Planspiels EnergyNext der ProAccom GmbH. Das Planspiel ermöglicht das Zusammenspiel zwischen Erzeugung, Handel und Verbrauch, aber auch den Einfluss der Politik und des Finanzsektors erlebbar zu machen. In diesem Zusammenhang werden Unternehmensentscheidungen und die Relevanz von effizienten Organisationsstrukturen auf die Bilanzen der Akteure im Energiemarkt erlebbar. 

Energieforschung an der THI

Das Institut für neue Energie-Systeme (InES) ist eines von drei Instituten für Angewandte Forschung der Technischen Hochschule Ingolstadt mit einer knapp 20 jährigen Geschichte. Am InES betreiben gegenwärtig fünf Professoren sowie knapp 30 wissenschaftliche Mitarbeiter und Mitarbeiterinnen sowie Promovierende angewandte Forschung in den Bereichen Gebäudeenergietechnik, Bioenergie, Geoenergie, Solarenergietechniktechnik, aber auch industrielle Energiesysteme und Energiesystemtechnik.
Besonderes Augenmerk wird am InES auf die Aus- und Weiterbildung des wissenschaftlichen Nachwuchses gelegt. Daraus ergeben sich für Studierende der Energiesysteme und Erneuerbaren Energien zahlreiche Möglichkeiten, wie z.B.:

  • als wissenschaftliche Hilfskraft zu arbeiten,
  • aktuelle Abschlussarbeiten zu finden,
  • Masterqualifikation zu erzielen und
  • Promotionsverfahren zu durchlaufen

Studierende können sich somit parallel zum Studium als wissenschaftliche Hilfskräfte am InES engagieren, Abschlussarbeiten schreiben und anschließend gegebenenfalls in der Forschung arbeiten und sogar den Masterabschluss erreichen oder den Doktortitel erlangen.
Das InES engagiert sich auch international mit verschiedenen Forschungsprojekten im südlichen Afrika, z.B. www.need-project.org. Weiterhin wurde das Kompetenzzentrum Plusenergiegebäude ins Leben gerufen (siehe dazu www.plusenergie-kompetenz.de) oder die Netzwerkplattform Biogas 4.0 gestartet (https://www.biogas4null.de/).

Gemeinschaft

Wir treffen uns regelmäßig zu semesterübergreifenden Stammtischen. Alumni und Studierende geben dort Kurzinfos zum Berufsalltag, zum Praxissemester oder zu Abschlussarbeiten. Wir diskutieren über Fachliches und Überfachliches, tauschen uns zu Fragen des Studiums und des Studierens in Ingolstadt aus und lernen uns besser kennen.

Außerdem machen wir gemeinsame Unternehmungen wie Exkursionen und gehen zusammen auf den Ingolstädter Christkindlmarkt.
Wir freuen uns, auch dich in unserer Gemeinschaft zu begrüßen!

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Contact options for prospective students

Apply online

Core team of the Renewable Energies study programmes

Prof. Dr.-Ing. Markus Goldbrunner
Phone: +49 841 9348-3420
Room: A221
E-Mail: Markus.Goldbrunner@thi.de
Deputy programme director and Academic advisor Energiesysteme und Erneuerbare Energien (Bachelor), Project director BayernMentoring
Prof. Dr.-Ing. Sabine Bschorer
Phone: +49 841 9348-3870
Room: A201
E-Mail: Sabine.Bschorer@thi.de
Professor for Process Engineering and Hydrogen Technology
Prof. Dr. Ertan Akgün
Phone: +49 841 9348-2404
Room: A220
E-Mail: Ertan.Akguen@thi.de

More contact options

Study Ambassador
Efe Ates

Module Handbook

Module Handbook with description Bachelor Energy Systems and Renewable Energies (in German):
Module Handbook Bachelor EEE WS 2026_27 (pdf)

Subject-specific elective modules Bachelor EEE WS 2026_27 (pdf)

Praktisches Studiensemester (pdf)
Important information on internships and a practical seminar

Study and Examination Regulations

Study and examination regulations (SPO) deal with judicial matters concerning your study course. Please turn to the pages of the legal department for Statutes of this course.

For any questions on requirements, exams regulations and more, please turn to the Service Center Study Affairs.

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PreviousNext

The pyranometer (from Greek πῦρ pyr "fire" and οὐρανός ouranós "sky") is used to measure the incoming solar radiation.

Lab lessons in G306 - building energy technology

Mitarbeiterin steht vor der Wärme-Kälte-Pumpe im Labor

Lab lessons in G313 - bioenergy technology

Labs

Building Energy Technology (G306)

Bioenergy Technology

Fluid mechanics, Environmental and Energy Engineering

Renewable Energies / Solar Technology

FEM/ Simulation Technology

Our core team

Prof. Dr.-Ing. Wilfried Zörner
Product Development and Design
Wilfried.Zoerner@thi.de
Prof. Dr.-Ing. Sabine Bschorer
Fluid Mechanics, Energy Technology, Process- and Environmental Engineering
Sabine.Bschorer@thi.de
Prof. Dr.-Ing. Markus Goldbrunner
Bioenergy Technology and Thermodynamics
Markus.Goldbrunner@thi.de
Prof. Dr.-Ing. Daniel Navarro Gevers
Electrical Power Engineering in the Renewable Energies
Daniel.NavarroGevers@thi.de
Prof. Dr.-Ing. Tobias Schrag
Building Energy Technology and Thermodynamics
Tobias.Schrag@thi.de
Prof. Dr.-Ing. Uwe Holzhammer
Energy Systems Technology
Uwe.Holzhammer@thi.de
Prof. Dr. Peter Weitz
Project and Cost Management
Peter.Weitz@thi.de
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Technische Hochschule Ingolstadt
  • Esplanade 10
    85049 Ingolstadt
  • Phone: +49 841 9348-0
  • Mail: info@thi.de

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[Translate to English:] Logo Akkreditierungsrat: Systemakkreditiert