Batterietechnik (grundständig)

This university degree (Studium) takes place at universities. Learning locations include lecture halls, seminar and practice rooms, libraries, laboratories at the university, and at home (e.g., preparing for and reviewing courses, completing homework; possibly participating in online courses).

This is an undergraduate university degree (grundständiges Studium). It is offered at universities and leads to a Bachelor of Science (B.Sc.) degree. The standard duration of study is 3 years. The undergraduate program in Battery Technology provides fundamental scientific and practical knowledge in battery and hydrogen technology, the development of battery systems, and hydrogen applications. Admission requirements for universities include a general or, if applicable, subject-specific university entrance qualification (Hochschulreife), and sometimes proof of a pre-study internship. Students attend lectures, seminars, and practical exercises at the university. Compulsory modules include batteries and fuel cells, battery technology, chemical process engineering, digitalization in process engineering, electrochemical energy engineering, holistic life-cycle management, fundamentals of fluid mechanics, basic operations of fluid process engineering, and engineering mathematics.

The standard duration of study is 6 semesters.

Study costs include enrollment and administration fees, as well as semester contributions (e.g., for student services, student body, semester ticket). Additionally, tuition fees may apply for 'long-term students,' for a second degree (Zweitstudium), or after exhausting a set study credit. Expenses for learning materials and study needs, such as specialized literature and excursions, are also incurred. Contributions for student health insurance (typically when exceeding the age limit of 25 or certain income limits) may also be required. Information on funding opportunities can be found at the German National Association for Student Affairs (Deutsches Studierendenwerk) and the Federal Education Assistance Act (Bundesausbildungsförderungsgesetz - BAföG).

Compulsory modules include, for example, batteries and fuel cells (fundamentals, production, circular economy), battery technology, chemical process engineering, digitalization in process engineering, electrochemical energy engineering, holistic life-cycle management, fundamentals of fluid mechanics, basic operations of fluid process engineering, engineering mathematics, thermodynamics, hydrogen technologies, and materials for battery and hydrogen technology. Elective modules may include industrial chemistry, introduction to micro- and nanotechnology, and membrane technology. Practical study content varies by university and may include internships, practical modules, practical semesters (e.g., in industrial companies, possibly abroad), and semesters abroad.

Students should be prepared for the following conditions and requirements: Courses involve attending lectures and seminars in university lecture halls and seminar rooms during the semester; possibly participating in online courses from home. Practical exercises may include laboratory exercises or learning factories. Independent work involves preparing for and reviewing courses, researching in libraries, preparing presentations, and completing assignments (even during lecture-free periods). Organization requires independently planning studies within the given structure, adhering to deadlines and study periods, and submitting study and examination achievements on time (self-discipline and organizational talent are necessary). Career preparation includes completing internships if required (e.g., in metal processing companies, battery and hydrogen technology companies) and preparing for entry into the profession.

The following study programs can be alternatives for Battery Technology (undergraduate): In the field of energy technology, Electromobility (undergraduate), Renewable Energies (undergraduate), Energy and Resource Management (undergraduate), Energy Technology (undergraduate), and Electrical Engineering (undergraduate). The commonality is acquiring knowledge in energy generation, storage, application, and management. In the field of development, construction, and CAD, Vehicle Informatics and Electronics (undergraduate), Vehicle Engineering (undergraduate), Aerospace Engineering (undergraduate), Mechatronics (undergraduate), Systems Engineering (undergraduate), Process Engineering (undergraduate), and Mechanical Engineering (undergraduate) can be alternatives. The commonality is acquiring knowledge in areas such as energy storage technology, electronic controls, plant construction, automation, or process engineering.

In-depth knowledge in the following school subjects are good prerequisites for a successful Studium (university degree program): Mathematics, e.g., geometry for tasks in construction; Chemistry, e.g., to facilitate access to areas such as chemical process engineering or electrochemical energies; Physics, e.g., for study content such as mechanics, thermodynamics, or fluid and control technology; English, e.g., to read and understand foreign language technical literature.

Additional and key qualifications facilitate a successful career entry. The following topics, for example, are relevant: project management, communication, and presentation techniques. Elective modules such as membrane technology can also provide additional qualifications. Internships, for example, in metal processing and manufacturing companies, specifically prepare for professional life. Opportunities to acquire additional and key qualifications can be found at the Career Centers of universities (see contact details of the respective university) in Germany.

The undergraduate study program Battery Technology provides fundamental scientific and practical knowledge in battery and hydrogen technology, the development of battery systems, and hydrogen applications. It leads to a first university degree.

For Bachelor graduates of Battery Technology, various fields of activity are available in the private sector, e.g., energy technology, automotive engineering, electrical engineering, electronics, or environmental technology.

20th to 21st century: Transition from fossil fuels to renewable energies, increased demand for batteries and energy storage systems due to electromobility, energy generation, and consumer electronics. 1999: Beginning of the Bologna Process: Reform of the European higher education landscape with the following goals, among others: Creation of a unified European higher education area, harmonization of study programs and degrees (introduction of Bachelor's and Master's degree programs), improvement of mobility for students and lecturers. Currently: Establishment of new Master's degree programs in battery and hydrogen technology.

The degree awarded upon completion of this program is a Bachelor of Science (B.Sc.).

If you discontinue this university program (Studium), the following vocational training (Ausbildung) professions could be alternatives: In the field of Renewable Energies, a state-certified technical assistant for regenerative energy technology and energy management could be an option. Common aspects include developing, constructing, operating, and maintaining systems for generating and distributing renewable energies. In the field of Energy Technology, professions such as electronics technician for industrial operations, electronics technician specializing in energy and building technology, electronics technician for machines and drive technology (according to the Vocational Training Act or Crafts Code), or state-certified electrical engineering assistant are available. Common aspects are energy generation, distribution, and storage. In the field of Vehicle and Transport Technology, professions like automotive mechatronics technician can be considered.

No remuneration is received during the university program (Studium). However, compensation can be agreed upon for practical phases.

Legal regulations for the university program (Studium) are determined at the federal level by the Higher Education Framework Act (HRG) and the joint structural guidelines of the federal states (Bundesland) for the accreditation of Bachelor's and Master's programs. Additionally, a qualifications framework for German higher education degrees exists. At the state (Bundesland) level, higher education laws, accreditation regulations, and qualification or university admission ordinances apply. At the university level, the university's own statutes and the study and examination regulations for the respective study programs are applicable.

The prerequisite for studying at universities and equivalent higher education institutions is the general or, if applicable, subject-specific higher education entrance qualification (Hochschulreife), or a certificate recognized as equivalent by the competent authority of the federal state (Bundesland) (e.g., Ministry of Culture). Information on studying without a school-based higher education entrance qualification for professionally qualified individuals can be found in the regulations of each federal state (Bundesland). A pre-study internship may also be required.

Bachelor's graduates in Battery Technology can continue their studies in an advanced university program (Studium), such as Battery Technology, Electromobility, Renewable Energies, or Energy Technology, thereby expanding their professional and career opportunities. Possible advanced university programs (Studium) include Battery Technology, Electromobility, Electrical Engineering, Energy Technology, Renewable Energies, Vehicle Informatics and Electronics, and Systems Engineering.