TECHNISCHE UNIVERSITÄT BERLIN · GERMANY
Regenerative Energy Systems, M.Sc.
Master's · Taught in de
At a glance
48 mo
Duration
—
IELTS
€0k
Tuition / yr
de
Language
Master's
Level
- 4 SemestersStandard Duration
- 120Credit Points
- GermanLanguage of Instruction
- Summer & WinterProgram Start
- Open AdmissionAdmission Type
The Renewable Energy Systems Master of Science program is designed for students with a strong foundation in energy engineering. It provides advanced education focused on renewable energy technologies, their integration with conventional energy systems, and the development of sustainable energy solutions. The curriculum emphasizes photovoltaics, wind energy, and biogenic material conversion. Students can choose to specialize in specific areas or adopt a broader approach to gain diverse skills. The program aims to equip graduates with the knowledge and methods to address complex technical challenges in the renewable energy sector, enabling them to design, construct, and optimize energy systems and drive innovation.
Curriculum
The Master's program is structured in modules, each covering specific topics through various learning formats like lectures, seminars, and practical labs. Students must earn a set number of credit points and complete coursework for each module. The program is typically completed in four semesters, with a recommended course schedule available but not mandatory. A master's thesis allows students to demonstrate independent scientific work.
- Year 1
- Year 2
Careers
Graduates are well-prepared for excellent career prospects in the rapidly growing field of energy technologies. There is high demand for specialists in various sectors.
- Wind energy power plants
- Photovoltaics
- Biomass
- General energy management
- Urban planning
- Building engineering
- Public authorities
Frequently asked questions
- What are the tuition fees for the Regenerative Energy Systems M.Sc. program?
- Tuition fees are not charged for this program. International students may be eligible for government aid (BAföG) if they meet specific criteria.
- What is the standard duration of the Master's program?
- The program is typically completed in four semesters, totaling 120 credit points.
- What is the language of instruction for this program?
- The language of instruction for the Regenerative Energy Systems M.Sc. program is German.
- When is the application period for the winter semester?
- The application period for Master's programs with open admission, like this one, is from June 1st to August 31st for the winter semester. Always verify current deadlines on the TU Berlin website.
- What are the career prospects for graduates of this program?
- Graduates are well-prepared for careers in rapidly growing energy technology sectors such as wind energy, photovoltaics, biomass, and general energy management.
- What academic background is required for admission?
- Applicants need a first university degree qualifying them for professional work in energy engineering, process engineering, or a related field, with background knowledge in energy, thermodynamics, math, and sciences.
Entry requirements
First university degreeQualifying for professional work in energy engineering, process engineering, or a related field. The responsible examination board will determine qualification based on the bachelor's degree content.
Applicants must possess background knowledge in energy and process engineering, sciences, thermodynamics, math, and natural sciences. Basic principles of mechanical engineering are required. An interest in methodological skills, technical detail, and autonomous scientific work is desirable. Knowledge of English is beneficial but not mandatory.
Fees
Tuition (international)0 EUR
Tuition (home)0 EUR
LivingNot specified
Tuition fees are not charged for this program. International students may be eligible for BAföG if they meet specific criteria related to prior employment in Germany or German citizenship of a parent/spouse.
How to apply
1. Check Application DeadlinesMaster's programs with open admission have an application period from June 1st to August 31st for the winter semester. Always verify the most current deadlines on the TU Berlin website.
2. Prepare Required DocumentsGather all necessary documents for your application. Specific requirements can be found on the TU Berlin admissions pages.
3. Submit ApplicationSubmit your application within the specified application period. For online applications, ensure all fields are completed accurately. If mailing documents, ensure they arrive by the deadline.
4. Await Letter of AcceptanceIf admitted, you will receive a letter of acceptance via tuPORT. This letter will contain information regarding the enrollment deadline.
5. EnrollmentComplete the enrollment process by the deadline indicated in your letter of acceptance.
Scholarships
Federal Training Assistance Act (BAföG)Variable
Emergency Fund (EKG's Diakonisches Werk)Variable
ESG - Emergency funding officeVariable
DAAD Prize1,000 EUR
Scholarships for Promoting Equal Opportunities (STIBET I program)Variable
DeutschlandstipendiumVariable
Frequently asked questions
What are the tuition fees for the Regenerative Energy Systems M.Sc. program?
+
Tuition fees are not charged for this program. International students may be eligible for government aid (BAföG) if they meet specific criteria.
What is the standard duration of the Master's program?
+
The program is typically completed in four semesters, totaling 120 credit points.
What is the language of instruction for this program?
+
The language of instruction for the Regenerative Energy Systems M.Sc. program is German.
When is the application period for the winter semester?
+
The application period for Master's programs with open admission, like this one, is from June 1st to August 31st for the winter semester. Always verify current deadlines on the TU Berlin website.
What are the career prospects for graduates of this program?
+
Graduates are well-prepared for careers in rapidly growing energy technology sectors such as wind energy, photovoltaics, biomass, and general energy management.
What academic background is required for admission?
+
Applicants need a first university degree qualifying them for professional work in energy engineering, process engineering, or a related field, with background knowledge in energy, thermodynamics, math, and sciences.