Energy Systems and Renewable Energies (B. Eng.)

[Translate to English:] junge Menschen bei Sonnenuntergang vor Windkraftanlagen

→ Online Bachelor’s programme information session for prospective students on 10 November 2026 at 4.00 pm.

How can we achieve a secure, environmentally friendly energy supply?

Kick-start your future with the international Bachelor’s degree in Energy Systems and Renewable Energies at THI. This degree programme is taught entirely in English and is perfect for you if you’re interested in energy technology and sustainability, building on the fundamentals of mechanical and electrical engineering.

Here, you’ll learn how climate-friendly electricity generation works, how smart grids distribute energy efficiently, and why smart storage solutions are driving the energy transition. You’ll also explore modern digitalisation methods such as artificial intelligence in energy engineering, for example for forecasting, optimising and intelligently controlling energy systems. Using digital twins, you’ll model and simulate real-world plants and grids virtually to make operation, planning and maintenance more efficient and sustainable. You’ll also learn all about interacting with new types of prosumers (producers/consumers), particularly in the fields of electromobility and power-to-heat. Together with international fellow students, you’ll work on real-world challenges, gain intercultural experience and build valuable contacts with companies in the industry. You can also plan to spend a semester abroad.

After completing your degree, career opportunities await you in sectors such as energy engineering, energy systems, plant engineering, renewable energies, building energy technology and heat supply, the energy industry, the automotive sector and mechanical engineering.

Our international Bachelor programme Energy Systems and Renawable Energies in English is intended for foreign and German students who are interested in energy technology and sustainability based on the fundamentals of mechanical and electrical engineering.

Upon completion of their studies, students will have a wide range of knowledge of power engineering technologies – with a high level of practical applicability – as well as good business contacts in the industry and the opportunity to gain international experience.

Graduates of the course are prepared for specialist and managerial tasks in the following areas:

Sustainable energy generation and distribution
Development, production and operation of energy technology plants and energy systems
Planning of energy systems and energy consulting

Degree
Bachelor of Engineering (B. Eng.)
Duration
7 Semesters
Start of studies
Winter

Accreditation
yes
Main teaching language
English

Location
Ingolstadt

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. These 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…

Check out the Bachelor ESYS at THI

Curriculum

1. Semester

Engineering Mathematics 1

Provides mathematical foundations for engineering, including functions, differential and integral calculus, complex numbers, and differential equations for solving engineering problems.

Computer Science in Engineering

Introduction to algorithms, programming, and object-oriented concepts with practical exercises solving engineering problems.

Basics of Mechanical Design

Fundamentals of technical drawing and mechanical design focusing on standards, tolerances, machine elements, and design rules.

Statics

Covers forces, moments, support reactions, trusses, and friction as foundations of static system analysis.

Electrical Engineering

Introduction to DC and AC circuits, electric fields, semiconductor devices, and measurement techniques.

Energy Systems and Energy Economics

Introduces current and future energy systems, policy frameworks, markets, and economic evaluation methods.

2. Semester

Engineering Mathematics 2

Building on Mathematics 1, the course covers matrices, series, eigenvalues, and multivariable calculus for advanced engineering modeling.

Material Science

Covers atomic structures, crystal lattices, deformation mechanisms, diffusion, phase diagrams, and basics of material testing.

Mechanics of Materials

Analysis of stress, strain, and deformation under various load cases and component design.

Thermodynamics 1

Fundamentals of thermodynamics including state variables, laws, cycles, and phase changes.

Energy Storage

Overview of thermal, electrical, chemical, and mechanical energy storage systems and their design and evaluation.

Entrepreneurship and Sustainability

Addresses sustainability, business models, innovation, and development of sustainable products and start-ups.

3. Semester

Product Development and CAD

This module introduces systematic product development methods and the use of 3D CAD. Topics include requirement analysis, concept development, and technical design. Students also learn modeling, assembly design, and the creation of standard-compliant drawings using CATIA.

Measurement Engineering

Basics of measurement engineering, sensors, measurement errors, uncertainty analysis, temperature and flow measurement.

Machine Elements

This module covers design and calculation of key machine elements such as screws, shafts, bearings, gears, and clutches. Topics include strength, loads, lifetime, and connection methods, as well as sealing and lubrication. The focus is on selecting, dimensioning, and integrating components into complete engineering designs.

Thermodynamics 2

Advanced heat transfer by conduction, convection, and radiation including heat exchanger design and lab work.

Fluid Mechanics

Covers fluid flow of liquids and gases, conservation equations, pressure losses, and laboratory experiments.

Thermal Energy Technology and Power Plants

This module provides an overview of thermal energy systems and power plants. It covers energy conversion, combustion, fluid machinery, and steam, gas, and combustion engine processes. It also includes modern technologies such as fuel cells, heat pumps, and refrigeration systems, along with their design and simulation.

4. Semester

Project Design and Development

Team-based development and design project with practical engineering tasks.

Control Engineering

Introduction to control loops, modeling, stability analysis, controller design, and simulation.

Energy Distribution and CHP Plants

Focus on CHP technologies, heat networks, gas and electricity grids, and hydrogen integration.

Building Technology and Smart Homes

Energy-efficient buildings, HVAC systems, and smart home concepts.

Solar Energy Technologies

Solar thermal and photovoltaic systems: components, simulation, planning, and efficiency evaluation.

Cost and Investment Management

Covers cost accounting, investment evaluation, and integration of sustainability criteria.

5. Semester

Practical Seminar

Develops key skills such as presentation, teamwork, and conflict management.

Internship

The module involves practical training in a company related to energy technology and renewable energies. It includes working on real engineering tasks, gaining insight into operational processes, and applying and deepening previously acquired technical and methodological skills.

Project and Quality Management

Project and quality management methods including planning, risk analysis, and standards.

6. Semester

Project

Independent interdisciplinary project with technical and economic focus.

Elective

The compulsory elective modules in the specialist subject area can be chosen according to your field of study and personal interests.

Elective

The compulsory elective modules in the specialist subject area can be chosen according to your field of study and personal interests.

Solar Buildings and Energy Consulting

Energy consulting, building refurbishment, simulation, and advanced building concepts.

Energy Markets and Coupling Sectors

Analysis of energy markets and sector coupling technologies including power-to-X.

Smart Grids and Wind Energy

Smart grids, grid stability, and wind turbine analysis and design.

7. Semester

Elective

The compulsory elective modules in the specialist subject area can be chosen according to your field of study and personal interests.

Bachelor's Thesis and Seminar

Preparation for the bachelor’s thesis through scientific work and topic planning.

Independent work on an engineering topic, often with practical relevance.

Energy from Biomass and Biogenic Residues

Use of biomass via combustion, gasification, fermentation, and plant design.

Mobility within the Energy System

Examines mobility, powertrains, charging infrastructure, and grid integration.

Quick Info

This is an admission-free Bachelor course.
Please find all necessary information on application for bachelor study courses.

Short information on application process - 2 steps

1. Apply at Uni - Assist

If you obtained your higher secondary school certificate outside of Germany, uni-assist has to verify your eligibility to study in Germany and to convert school grades to the German grading system. You will have to submit all required documents to uni-assist. Please keep in mind: this step takes four to six weeks.

2. Apply in THI PRIMUSS Portal

Please find all necessary information on application for bachelor study courses.

Language skills

English: the programme is taught entirely in English language. Sufficient language skills are essential to successfully complete the coursework: link to overview.
German: German language skills are not required for admission, but we strongly recommend learning german or enhancing german language skills, as most employers expect at least A2 level. THI offers German courses at different levels.

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 the industry or with engineering service providers or planning offices, as well as the job profile of an 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

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

A wide range of support options in the form of scholarships are available to students at THI.

For German and EU citizens, as well as other interested parties with German university entrance qualifications under certain conditions, studying at THI is free of charge; only a semester fee payable to the Erlangen-Nuremberg Student Services Association is required.

Applicants from outside the EU/EEA should note the following

Technische Hochschule Ingolstadt intends to charge tuition fees of 800 euros per semester (Bachelor studies) from the summer semester 2026 onwards. At THI, we are committed to offering our students the best possible conditions to develop their skills and personalities for the professional world of the future. In our International Welcome Center, you will find excellent services and support.

Please note: No service fees for exchange students, visiting students, participants of summer school!

For in-depth information, please follow the link to our International Welcome Center-Website on Service fees.

If you have any questions, please go to Contact for prospective students

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.

Once you have completed your Bachelor studies, you have the opportunity to continue with the English language Master of Science "Renewable Energy Systems" here at THI!

THI is currently receiving an increasing amount of information about fraudulent activities in connection with student applications to THI, particularly from abroad. It is therefore important that you are aware of the following:

THI does not work with agencies. Please apply directly to THI via the uni-assist application portal for international applicants.
THI never asks for money for application purposes via agencies.
THI only sends emails from @thi.de.
THI never asks for money before you receive your letter of admission. If you need a VPD from uni-assist, you must pay a processing fee to uni-assist. However, uni-assist only checks certain documents and does not grant admission to THI.

Application for the winter term May 2 to July 15

Contact options for prospective students

Apply online

Programme director and Academic advisor

Prof. Dr.-Ing. Daniel Navarro Gevers
Phone: +49 841 9348-2761
Room: A204
E-Mail: Daniel.NavarroGevers@thi.de

More contact options

Study Ambassador Energy Systems and Renewable Energies
Trent Sherlock

Module Handbook

Short version of the Module Manual (pdf)

Module Handbook Bachelor ESYS WS 2026_27 (pdf)

Module Manual WPF Stand WS 2025_26 (pdf)

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.