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The Central State Office for Distance Learning (ZFU) has approved the course Business Engineering Energy Systems with Renewable Energies under the number 170717c. Who is the distance learning course in Industrial Engineering Energy Systems with Renewable Energies suitable for?
The distance learning course is aimed at individuals who want to work interdisciplinarily at the interface of technology, business, and sustainable energy supply. It is particularly addressed to professionals and school graduates who want to specifically prepare for specialist and management roles in the field of renewable energy systems, energy technology, and energy policy. The programme is also suitable for technicians, master craftsmen, or experienced professionals who want to elevate their qualification to an academic level. Equally, all those who want to actively shape the energy transition through management knowledge and engineering skills will benefit.
Which formal criteria must you meet?
For admission to the Bachelor's degree programme in Industrial Engineering Energy Systems with Renewable Energies at AKAD University, one of the following routes applies:
- With university entrance qualification:
- General university entrance qualification
- Subject-specific university entrance qualification
- Advanced technical college entrance qualification
- Equivalent foreign university entrance qualification
- Without university entrance qualification:
- Recognised professional advancement qualification (e.g. technician, master craftsman, business administrator, specialist, educator)
- Completed vocational training plus several years of relevant professional experience and university entrance examination or trial study
- International applicants:
- Proof of German language skills (at least DSH-2, TestDaF level 4, C1 GER or equivalent)
English skills at B2 level (GER) and mathematical fundamentals corresponding to the university entrance qualification are also recommended. A confident handling of PC and Internet is required for the course.
Personally, you should bring a strong interest in scientific and technical issues as well as economic contexts. An independent working style, discipline for self-organised learning, and the willingness to analyse complex challenges holistically are decisive for study success. Initial practical experience in technical, economic or energy-related professions as well as the motivation to actively follow and implement current developments in the energy sector are advantageous.
Which Competencies Does the Distance Learning Course in Industrial Engineering Energy Systems with Renewable Energies Impart?
In the distance learning course Industrial Engineering Energy Systems with Renewable Energies, you acquire comprehensive knowledge at the interface of technology, economics, and sustainability. The study programme combines engineering fundamentals with economic, legal, and ecological issues relating to the energy transition. You analyse energy demand and systems from the perspectives of ecological sustainability and societal progress. Important core areas of the curriculum include:
- Mathematical, technical and engineering fundamentals: Mathematics, physics, computer science, thermodynamics, electrical engineering and measurement technology.
- Energy management and technology: Generation of conventional and renewable energies, control and regulation technology, energy policy and energy law.
- Economic and legal knowledge: Fundamentals of business, investment and financing, economics, contract law.
- Sustainability and innovation: Sustainability management, environmental technology, innovation management, current topics in the energy industry.
- Project and quality management: Planning, implementation and control of technical as well as economic projects.
- International perspectives: Intercultural management and project management of international ventures.
- Language and communication: English for Technology and presentation techniques.
- Specialisation areas: In the sixth semester, you choose a focus from areas such as energy markets, decentralised energy systems, sustainable mobility concepts or general sustainability.
You develop the ability to link technical, economic and ecological aspects and to solve complex challenges of the energy transition using holistic approaches – from techno-economic analysis to the conception of sustainable energy projects.
How Is the Distance Learning Course Structured and Organised?
The course can be completed flexibly in 36, 48 or 72 months, making it ideal for combining with work and family. You can start at any time and learn entirely online via the AKAD campus. The structure is divided into six semesters with clearly defined modules. Each module is digitally available as a study booklet, video, web-based training or e-book. Interactive self-assessments, live webinars and recorded lectures support your learning progress.
- Examinations are mostly conducted via online exams, which you can take flexibly and independently of location. Alternatively, there are term papers, open-book exams and practice-related project work.
- Laboratory phases or face-to-face events are minimised and organised, if necessary, in consolidated form.
- Support and interaction take place digitally: lecturers provide academic guidance, a student support team handles organisational questions, and you can network with other students via forums, chat and online seminars.
- Practical relevance is offered through the integrated project module, practical assignments and the final bachelor thesis on a self-chosen topic in energy economics or technology. Furthermore, there is a project workshop and extensive coaching outside the curriculum.
- Recognition of prior learning is possible for existing university or IHK qualifications and shortens your study duration.
By individually choosing the time models (Sprint, Standard, Stretch), you determine your own learning pace and receive free extension semesters if needed.
In Which Professional Fields Do Career Opportunities Open Up with This Degree?
With the Bachelor of Engineering in Industrial Engineering Energy Systems with Renewable Energies, you qualify for numerous roles at the interface of technology, business and sustainable transformation. Graduates undertake tasks such as:
- Project management in energy management: Planning, development and implementation of efficiency strategies and sustainable energy concepts in manufacturing or supply companies.
- Engineering for sustainable mobility: Development and integration of environmentally friendly drive systems as well as sustainable transport concepts.
- Team leadership in renewable energies: Project management in the development, implementation and monitoring of renewable energy systems including full product lifecycle management.
- Sustainability consultant: Advising companies, municipalities or public institutions on sustainable business strategies and the integration of profitability and environmental protection.
Other typical areas of activity include:
- Energy market analysis and consulting
- Technical consulting in the field of energy policy or regulation
- Research and development at energy suppliers, municipal utilities, consulting firms, public administration or in start-ups of the green economy
- Interface functions between technology, business administration and IT in the digitisation of energy systems (e.g. smart grids)
The degree is also a solid starting point for advanced master's programmes in the energy sector or technical management.
How Are the Tuition Fees Composed and What Should Be Considered Regarding Financing?
The costs of the distance learning course vary depending on the selected time model. The total costs include access to the online campus, all digital learning materials and individual support. The following models are available:
- Sprint (36 months): €357 per month
- Standard (48 months): €295 per month
- Stretch (72 months): €213 per month
Additionally, there is a one-off examination fee of €960 – which is often included in the price during special promotions. Flexible instalment models are available and there is the option to test the course for four weeks free of charge. Recognition of prior assessments (e.g. via IHK qualifications or other studies) is possible and noticeably reduces your total costs.
- Tax deductibility: Tuition fees are generally tax-deductible as work-related expenses or special expenses.
- Employer funding: Many companies contribute to continuing education costs if there is a professional benefit for the company.
- Discounts and promotions: AKAD University offers discounts on tuition fees several times a year.
- Free extension is possible up to a predetermined extent depending on the model. Additional fees only apply beyond the extended study period.
Additional costs usually only arise for voluntary face-to-face events (e.g. graduation ceremony) as well as for optional services such as the recognition and accreditation of prior learning.
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