Master of Science in Engineering Physics

Program overview The programme is an international, English-language Master's that bridges classical physics and engineering practice by focusing on modern applied physics and current research trends. It is offered jointly by Carl von Ossietzky University Oldenburg and the University of Applied Sciences Emden/Leer and gives students practical and theoretical insight into areas where physics directly meets engineering challenges.

Specialisations and focus areas

• Biomedical Physics: Begins with anatomy and physiology foundations and moves on to modern medical radiation applications (radiotherapy, nuclear medicine, radiology) and minimally invasive therapies, including micromechanical and laser-assisted techniques. Imaging methods covered include ultrasound, nuclear magnetic resonance (NMR), and optical tomography. The specialisation also addresses medical electronics, data and image acquisition and processing, radiation biophysics, laboratory diagnostics, and biomechanics. Practical training is carried out in close cooperation with the Medical Centre for Radiotherapy and Nuclear Medicine at Pius-Hospital Oldenburg.
• Acoustics: Covers sound across the audible range as well as infrasound, ultrasound, structure-borne sound and mechanical vibrations. Topics include wave propagation and radiation, acoustic material properties, electro-acoustic transducer technology, numerical simulation of vibrations, advanced (speech) signal processing and machine learning, and human perception and evaluation of sound. Research themes include binaural hearing, speech intelligibility, improved audio reproduction and virtual acoustics, and sound design for products and vehicles.
• Laser & Optics: Focuses on laser and optical technologies that underpin many 21st-century applications—examples include fibre-optic communications, optical data carriers, and lithography for microchip production. The specialisation also covers optical diagnostics used in medicine and environmental technology as well as industrial laser applications (cutting, welding, drilling, perforating, marking).
• Renewable Energy: Tied to models of future energy supply, this area addresses physical, technical, ICT and economic aspects of renewable power generation and system integration. Research groups in the Institute of Physics work on materials science (photovoltaics, batteries, nano-optics) in collaboration with theoretical and applied physics, and a broad wind-energy physics portfolio (wind energy systems, turbulence, statistical approaches, and wind/solar meteorology).

Admissions / key facts (as provided)

• Language of instruction: English
• Jointly offered by Carl von Ossietzky University Oldenburg and Emden/Leer University of Applied Sciences
• Degree awarded: Master of Science
• Available specialisations: Biomedical Physics; Acoustics; Laser & Optics; Renewable Energy
• Practical cooperation: Biomedical Physics includes training with the Medical Centre for Radiotherapy and Nuclear Medicine at Pius-Hospital Oldenburg
• Admission requirements and application details: not specified in the provided text — check the programme’s official webpage or contact the admissions office for entry criteria, required documents, language proficiency proofs and deadlines.

The curriculum combines a solid core with flexible specialization options. About one third of the programme is made up of compulsory courses in advanced physics, theoretical physics and management, while the remaining modules are chosen to match your chosen specialisation. The programme places strong emphasis on hands-on, independent work: long-term laboratory projects form a central component, encouraging personal initiative and giving you sustained research and experimental experience.

Key specialisations open distinct pathways. The Biomedical Physics track provides a clear route to pursue the "Fachanerkennung Medizinische Physik" from the Deutsche Gesellschaft für Medizinische Physik (DGMP). For students interested in wind energy, the programme participates in the European Wind Energy Master consortium alongside Technical University of Denmark, Delft University of Technology, Norwegian University of Science and Technology and the University of Oldenburg — all leading centres in wind and offshore wind research and education. Engineering Physics teaching is delivered at the University of Oldenburg and the University of Applied Sciences Emden/Leer; Emden provides several lectures and laboratory projects specifically focused on laser technology.

Learning outcomes

• Deepened theoretical knowledge in advanced and theoretical physics, combined with practical management awareness.
• Specialisation-specific competencies (e.g., biomedical physics qualifying knowledge relevant for DGMP recognition; wind energy expertise through the consortium).
• Strong experimental and research skills developed via long-term laboratory projects and discipline-specific labs (including laser technology where offered).
• Capacity for independent work, project planning and collaboration across academic and applied contexts.

Program facts and requirements (concise)

• Approximately one third of study time fixed to compulsory courses: advanced physics, theoretical physics, management.
• Remaining modules are elective and chosen according to your specialisation.
• Long-term laboratory projects are a core element to foster individual research skills.
• Biomedical Physics specialisation offers opportunity to obtain DGMP “Fachanerkennung Medizinische Physik.”
• Participation in the European Wind Energy Master consortium: DTU, TU Delft, NTNU, University of Oldenburg.
• Engineering Physics taught at University of Oldenburg and University of Applied Sciences Emden/Leer; Emden hosts laser-technology lectures and lab projects.
• Enrolment includes a “Semesterticket” for free use of local public transport.
• Individual part-time study arrangements are possible.
• Further information and the programme PDF are available from the programme webpage (see university resources).

Graduates are prepared for technical and research roles across applied physics sectors—medical and hospital physics, acoustic engineering, photonics and optics industries, renewable energy research and development, and instrumentation or signal-processing roles. The practical focus (lab projects, internship, hospital cooperation) equips students for positions in industrial R&D, medical technology companies, energy firms, acoustic consultancy, and research institutes.

For those pursuing clinical careers, the Biomedical Physics specialisation offers a route toward the Deutsche Gesellschaft für Medizinische Physik (DGMP) recognition, which is relevant for medical physicist roles in German healthcare. Many graduates also continue to doctoral studies or international research careers thanks to the programme’s research orientation and international partnerships.