Oldenburg MSc Digitalised Energy Systems

What is University of Oldenburg MSc Digitalised Energy Systems?

Oldenburg’s MSc Digitalised Energy Systems is a 2 years, 120 ECTS programme. It brings automation and electrical engineering together with computer science and energy informatics before independent final work. The full planning total is INR 28.61 lakh. For an Indian applicant, the first decision is whether the sequence matches prior study and intended work.

The official description confirms an on-campus academic sequence with taught study, choice and independent assessment. That balance defines this programme more clearly than its award label alone. The examination regulation controls credit recognition, module order and the final award.

How much does MSc Digitalised Energy Systems at the University of Oldenburg cost?

For planning, use EUR 25,832 plus INR 26,400, or about INR 28.61 lakh, across 24 months. The total uses the published programme fee, current semester contribution, the university's EUR 1,000 monthly living estimate, APS and the adult national visa fee.

The first-year blocked-account amount remains the student's living money. It is not added again above the full living plan. Converted at EUR 1 = INR 109.7500 using the European Central Bank reference rate for 3 September 2026. Flights, deposits, translations, uni-assist fees and bank spreads are excluded.

Proof of sufficient funds is required for the student visa.German Missions in India study visa funding rule

The Oldenburg semester contribution, fee schedule and ECB reference file support the calculation.

The current programme fee is EUR 0. Standard Oldenburg degree programmes have no tuition, but the published fee schedule names separate charges for three programmes in this cluster. The exact enrolment and programme invoice control the amount due.

The university publishes a EUR 1,000 monthly living estimate. This plan covers 24 months. Rent deposits, travel and personal spending can still move the cash requirement above it.

The Winter 2026/27 semester contribution is EUR 457.90. A later semester can change this charge, so the table is a planning base rather than a fee guarantee.

Rupee totals change with exchange rates even when euro charges do not. Part-time earnings are excluded because a job, work schedule and income are not guaranteed.

Can an Indian applicant enter University of Oldenburg MSc Digitalised Energy Systems?

An Indian application is credible when the transcript clearly proves technical computing or engineering preparation. Oldenburg evaluates degree content, accepted language evidence and programme documents separately. APS and detailed module descriptions help the admissions team interpret the qualification, but they don't replace a missing academic prerequisite.

The official admission page for MSc Digitalised Energy Systems gives the binding subject screen. For more details see Foreign language skills on this page. A Bachelor’s degree or an equivalent degree in computer science, business information systems, engineering, electrical engineering or a suitable previous information technology degree programme with a predominantly technical and information technology component, or a comparable degree programme with a minimum of 180 ECTS credits at a German university or at a university belonging to one of the Bologna signatory states. Technical aptitude is demonstrated by: Knowledge in object-oriented modelling and programming (minimum of 5 ECTS credits) Information processing (minimum of 5 ECTS credits) Mathematics, esp. linear algebra and analysis (minimum of 10 ECTS credits) Knowledge in object-oriented modelling and programming (minimum of 5 ECTS credits) Information processing (minimum of 5 ECTS credits) Mathematics, esp. linear algebra and analysis (minimum of 10 ECTS credits) Proven English language skills on at least level B2 according to the Common European Framework of Reference for Languages (CEFR)

For this programme, the practical comparison is between completed modules and automation and electrical engineering. A degree name on its own doesn’t establish that match, particularly when an adjacent discipline contains little of the named preparation.

An Indian file should keep original credits, grades and module descriptions visible. APS verifies the academic record, while the University of Oldenburg still makes its own admission decision for MSc Digitalised Energy Systems.

How should an Indian student apply for Oldenburg MSc Digitalised Energy Systems?

The selected intake is Winter 2027/28, with 15 Jun 2027 as the published planning deadline for this route. Indian degree holders normally apply through uni-assist and include APS evidence, unless the programme names a separate application channel. Start the document sequence well before the closing date.

Subject fit, APS, uni-assist or the named programme route, admission decision, then student visa

The allowances are Nbyula planning estimates, not processing times published by University of Oldenburg.

The exact programme application page controls the route. Applicants with an international degree use the course-specific Oldenburg route and normally submit through uni-assist. Indian qualifications require APS evidence.

The checked source supports The published planning deadline is 15 June 2027 for the selected winter route. Deadline treatment can differ by nationality, degree origin and entry semester, so do not substitute another Oldenburg programme’s date.

The complete file normally includes academic records, grading information, language evidence, identity documents and translations where applicable. Early submission leaves time for a document defect without changing the deadline.

Admission and the student visa are separate decisions. An offer does not guarantee a visa, housing or arrival before enrolment.

What jobs can follow University of Oldenburg MSc Digitalised Energy Systems?

The published curriculum most directly supports work as energy informatics specialist, smart grid analyst or systems engineer. These are study-linked directions, not placement promises. Oldenburg doesn't publish an audited placement rate or salary distribution for this exact programme, so prior experience and competitive recruitment remain material.

For MSc Digitalised Energy Systems, the university publishes no exact placement rate or salary distribution for this programme. The legal job-search period is time to seek suitable work, not an employment promise.

The programme career description connects the course with these fields. This Master’s degree programme qualifies students for a wide range of occupational fields in energy management business areas. Graduates are able to assess theories and methods, process models, tools and systems according to scientific criteria and apply them to solve practical problems in the energy industry. They have qualified knowledge of the design, specification, implementation, optimisation and validation as well as the operation and further development of complex energy information systems. for communication (measurement, control and regulation) and automation and can use such systems or manage their use. They are trained to design new algorithms in this field of application, to realise them ICT-based and to assess them with regard to their properties. They have qualified knowledge of current methods of developing complex software solutions in teams. Graduates possess the ability to act responsibly and with discernment in their profession and are aware of the social effects of informatics in this safety-critical field of application. They know the requirements for working in groups as well as for the convincing presentation of their own or others’ work results and are prepared to take on leadership positions in teams and companies. All of the chairs involved in the degree programme as well as the affiliated institute OFFIS offer the opportunity to pursue a doctorate in order to ensure a scientific follow-up consolidation.

The route from automation and electrical engineering to master’s thesis explains why energy informatics specialist is a defensible direction. It doesn’t show that every graduate receives that title, enters the same sector or earns the same salary.

After successful study, Germany’s Residence Act section 20 can permit up to 18 months for a qualifying job search when the graduate has sufficient funds. That period isn’t an employment, sponsorship or permanent-residence guarantee.

Who is University of Oldenburg MSc Digitalised Energy Systems for?

The strongest fit is a graduate whose prior study supports automation and electrical engineering and whose intended work connects with energy informatics specialist. An adjacent-field applicant needs a written module-level ruling. A candidate missing the stated preparation should resolve that gap before paying for verification, application or relocation.

A strong shortlist starts with the academic sequence from automation and electrical engineering to computer science and energy informatics. That sequence suits someone who wants to use the master’s for energy informatics specialist rather than only collect a broad award title.

An adjacent record needs a faculty ruling because Oldenburg assesses subject content. The application is stronger when every relevant module shows its original credit value, assessment and syllabus rather than relying on a self-created equivalence.

Someone whose goal sits outside energy informatics specialist, smart grid analyst, systems engineer should compare a different syllabus. The programme’s value depends on wanting its actual academic route, not merely the University of Oldenburg name.

What does the University of Oldenburg MSc Digitalised Energy Systems curriculum contain?

The current published 120 ECTS curriculum is organised around Automation and electrical engineering, Computer science and energy informatics, Specialisation and project work, Master's thesis. Current regulations control sequencing and availability. Read the credit pattern as the course's academic balance before choosing a specialisation route, while the current regulations control sequencing and availability.

The note “Published curriculum area” applies to 4 components in this table.

• Complete the approved 120 ECTS programme
• Follow the examination regulations for compulsory and elective credits
• Module availability and sequencing can vary by semester

The published credit groups give MSc a distinct academic centre rather than a generic master’s label. In particular, Automation and electrical engineering prepares the later master’s thesis, so the sequence cannot be reduced to a list of interchangeable electives.

The published groups include Automation and electrical engineering, Computer science and energy informatics, Specialisation and project work, Master’s thesis. Their credit values show how the programme balances required study, choice and independent work. An elective heading does not guarantee that every named class runs in a chosen term.

Module availability, sequencing and recognition remain subject to the current examination rules and semester catalogue. This is the curriculum decision that deserves attention before enrolment. The current examination regulations and module catalogue govern the final study plan, credit recognition and thesis route.

Should an Indian student shortlist University of Oldenburg MSc Digitalised Energy Systems?

Shortlist MSc Digitalised Energy Systems when automation and electrical engineering matches both your academic record and intended work. The recommendation is conditional because Oldenburg still checks subject content, language proof and documents. Resolve the module fit in writing before paying any application or relocation cost.

The strongest case connects prior preparation in automation and electrical engineering with a credible plan for energy informatics specialist. That is more specific than applying because the award title sounds related to a previous degree. The official course description supplies the academic detail. The degree programme consists of a compulsory part, which teaches core competences in the field of designing and engineering of cyber-physical energy systems. These competences reflect the diversity of energy informatics systems and their fields of application and, together with various thematic specialisation options, allow for a meaningful deepening and specialisation with respect to individual interests. Different domain-specific application perspectives are taught independently so that a broad application knowledge that goes beyond the specific energy system class is acquired. Societal and socio-technical issues are also represented as a cross-sectional topic. Fundamental Competences with a scope of 54 ECTS credits, which teaches basic competences from the areas of computer science, automation and electrical engineering. This area is subdivided into "Automation and Electrical Engineering" and "Computer Science and Energy Informatics" to reflect the interdisciplinary nature of the degree programme, which maps the aspects that are required to develop and analyse necessary system intelligence in the energy system. The courses from both areas are therefore also strongly interlinked in terms of content in order to bring together practical skills from computer science, electrical engineering and an engineering approach in designing cyber-physical energy systems right from the start. Foundations of Digitalised Energy Systems with a scope of 36 ECTS credits, which aims to impart competences and knowledge in the future field of digitalised energy systems. This area is subdivided into "Digitalised Energy System Automation, Control and Optimisation" and "Digitalised Energy System Design and Assessment" in order to take into account the different technical system classes with their respective specific design and analysis methods. The third subsection "Innovation Topics and Smart Grids" reflects the different domain-specific application perspectives and offers insights into current developments and research topics. Master's thesis module (30 ECTS credits) The Master's programme DES offers a focused scientific study programme based on a completed Bachelor's degree in computer science or a closely related subject. The study programme offers an interdisciplinary approach to the development and analysis of the system intelligence required for energy supply in the future energy grid. In addition to a clear understanding of the fundamentals, principles and methods of computer science in its applications to energy systems, graduates of this degree programme will have a deeper insight into methods, problems and findings from the latest research in energy informatics. They can assess methods for developing and analysing the required system intelligence, and select and apply them appropriately in order to solve problems. They have in-depth knowledge of algorithms for adaptive control as well as for control and continuous dynamic optimisation of the complex and very extensive (European) power supply system. To this end, the students possess, in particular, competences for complexity control through decomposition and abstraction, for the identification of and focus on generalisable principles, the search for decoupling points for the simplified control of the complex overall system. Digitalisation in the energy industry meanwhile permeates all professional fields in the most diverse energy industry business areas: starting from the operation of generation plants (e.g. power plant and wind farm operators), the operation of facilities, grids and infrastructures (e.g. grid operators, communication service providers), energy services (e.g. portfolio management, electromobility, energy forecasts) to consulting and sales. The degree programme provides an interdisciplinary approach to the development of safety-critical, interactive and adaptive control and communication systems in the complex system of energy supply with special consideration of continuous dynamic optimisation and thus opens up a wide range of career prospects for graduates. The current official module catalogue names inf340 Uncertainty Modeling for Control in Digitalised Energy Systems; inf5120 Digitalised Energy System Co-Simulation; inf5122 Learning-Based Control in Digitalised Energy Systems; inf341 Robust Control and State Estimation in Digitalised Energy Systems; inf5112 Digitalised Energy System Modeling and Control; inf5114 Digitalised Energy System Requirements Engineering; inf5118 Decentralised Nonlinear Model-Based Control in Digitalised Energy Systems; inf516 Distributed Operation in Digitalised Energy Systems; inf579 Special Topics in 'Digitalised Energy Systems' I; inf581 Special Topics in 'Digitalised Energy Systems' II; inf584 Special Topics in 'Energy Informatics' I; inf585 Special Topics in 'Energy Informatics' II; inf5100 Digital Technology on Energy Markets; inf5102 Power System Components, Networks, Operation; inf5124 Research Project Digitalised Energy Systems; inf5104 Fundamentals of Game Theory in Energy Systems; inf5106 Optimal and Model-Predictive Control; inf5110 Practical Course (Energy Informatics); inf514 Simulation-based Smart Grid Engineering and Assessment; inf5126 Digitalised Energy System Cyber-Resilience; inf5128 AI in Energy Systems; inf5130 Socio-technical Energy Systems; inf586 Current Topics in 'Energy Informatics' I; inf587 Current Topics in 'Energy Informatics' II; inf591 Current Topics in ‚Digitalised Energy Systems'.

The principal rejection risk is a transcript that cannot support the programme's named academic foundation. Cost, housing, visa and employment are separate decisions after academic fit has been established.

Decision checkscomplete cost · entry fit · application timing · outcome evidence

Sources

These sources support the programme, admission, cost and immigration information used on this page.

Sources checked on September 4, 2026. The next intake covered here is Winter 2027/28.