Engineering Physics
At a Glance
Academic degree
Bachelor of Engineering (B.Eng.)
Type of Study
Full-time
Standard Duration of Study
7 semesters (incl. practical semester), 210 ECTS
Place of Study
Language of Instruction
German
Start of Studies
Winter and summer semester (October 1 or March 15), also as an orientation semester
Admission Requirements
University entrance qualification, entrance qualification for universities of applied sciences, vocational qualification or foreign educational certificate, no admission restrictions (NC)
Costs
Semester Tuition ( including semester ticket)
Orientation Semester
Individual modules can be taken as part of an orientation semester
Studying with a Industry Partner
Semester Abroad
Available as a theory or practicum semester
Accreditation
Accredited by the Accreditation Council
Registration
May 02 – September 30 (winter semester)
November 15 – March 14 (summer semester)
Program Profile
If you enjoy experimenting and want to apply your knowledge of mathematics, physics, chemistry, and computer science in a practical way, the “Engineering Physics” program is the perfect fit for you. What makes the program in Coburg unique is the opportunity to immediately apply the theoretical knowledge you’ve learned in workshops. The goal is to integrate insights from physics, mathematics, and computer science to address a practical problem in a way that leads to optimal solutions.
We want to give our students the opportunity to try new things, to succeed, but also to fail sometimes. After all, as we all know, we learn the most from our mistakes.
Head of degree program
The program prepares students to apply physics and technology to address the technical and societal challenges of the 21st century. To make studying truly enjoyable, hackathons are held regularly, where students collaborate with one another but also compete against each other.
What We Value
Intensive insight behind the scenes
Unlike other engineering programs, the Technical Physics program offers a deeper look behind the scenes: The focus is on scientific research methods, an understanding of mathematics and physics, and the “why.” Throughout their studies, students are exposed to highly innovative fields such as touch sensors, alternative fuels, and laser applications.
Studying Abroad
At Coburg University of Applied Sciences, students have the opportunity to complete a study or practical semester abroad. To this end, Coburg University of Applied Sciences maintains relationships with foreign partner universities. Further information is available from the university’s Study Abroad service.
What graduates say
Kristin Hopf
“The Physical Engineering program is distinguished by its excellent engineering education, which also prepared me for the AIMS (Analytical Instruments, Measurement, and Sensor Technology) master’s program. Although the program focuses on physics and mathematics, the knowledge I gained helps me in my current work in the chemistry lab. In addition, Coburg University of Applied Sciences and Arts offers several exchange programs with partner universities. Companies that you can connect with even while you’re still a student are happy to hire graduates from the Physical Engineering program again.”
Kristin Hopf is a doctoral candidate and project coordinator at the Automotive Technology Transfer Center (TAC) at the Coburg University of Applied Sciences and Arts.
Dr. Martin Schmitt
“The Technical Physics program combines engineering disciplines—such as electronics, measurement and control technology, and design—with knowledge from the natural sciences, such as physics and chemistry. This provides students with a broad foundation for their future careers in industry. After completing my degree in Technical Physics, I delved deeper into sensor and actuator technology during my doctoral studies. This specialized knowledge, combined with what I learned during my undergraduate studies, forms the foundation for my current work.”
Dr. Martin Schmitt is a technical project manager at Valeo Klimasysteme GmbH in Bad Rodach.
Lucas Ebersberger
“In an aging society, health is becoming increasingly important to all of us. By doing pioneering work in the healthcare sector, I can contribute to this effort.
My team and I work as systems engineers at the intersection of various technical disciplines. Together with our partners, we develop concrete concepts for meeting our clients’ various requirements. In doing so, we evaluate, for example, which aspects can be implemented through hardware solutions and which through software solutions.
My degree in Physical Engineering at Coburg University of Applied Sciences and Arts prepared me exceptionally well for my day-to-day work. The technical knowledge I gained in mechanics, software, and electrical engineering is extremely helpful in my current job. The interdisciplinary approach of the program was something special for me, and I still value it highly today.”
Lucas Ebersberger is the Team Leader of System Engineering at Siemens Healthineers AG in the Mechatronic Products division at the Kemnath site.
Dr. Rebekka Taubmann
“The broad scope of engineering physics makes not only the degree program very exciting, but also the subsequent career. The subject matter is diverse—ranging from physics, chemistry, and mathematics to electrical engineering, materials science, and measurement and control engineering. It is precisely this diversity that serves me well in my professional life. My responsibilities include, to support all the processes involved in the development of new technologies— from the initial concept through the performance of calculations and preliminary tests on prototypes to the launch of mass production. This also involves coordinating various departments, such as mechanical engineering, electronics, software, the laboratory, and documentation. My degree in engineering physics prepared me exceptionally well for this.”
Dr.-Ing. Rebekka Taubmann is project manager and product manager at NETZSCH Gerätebau GmbH.
Course content and procedure
The Technical Physics program combines engineering and scientific content. Course material covers topics ranging from physics, chemistry, and mathematics to electrical engineering, materials science, and measurement and control engineering.
Basic studies (1st and 2nd semester)
- Mathematics 1 + 2: Differential calculus and linear algebra; integrals and ordinary differential equations
- Computer science: Applied computer science and computer-aided measurement technology
- Physics 1 + 2: electricity and ray optics; mechanics, vibrations and waves
- Physics-Mathematics-Computer Science Workshop 1 + 2
- Chemistry
Main studies (3rd to 7th semester)
- Design fundamentals and CAD
- Math 3 + 4: Multidimensional and vector analysis; Partial differential equations and integral transformations
- Physics-Mathematics-Computer Science Workshop 3 + 4
- Physics 3 + 4: Thermodynamics and fluid mechanics; electrodynamics and wave optics
- Computer-aided measurement technology
- Materials science
- Control engineering
- Physics 5 + 6 (Quantum Mechanics and Atomic Physics; Solid State Physics)
- Student project
- Bachelor thesis and bachelor seminar
Students can also choose from a wide range of electives on interesting and current topics, e.g. fuel analysis, laser technology or technical acoustics.
Practical Study Semester (5th semester):
, including courses that accompany the practical training
Orientation Semester
"Engineering Physics" sounds exciting, but is it (still) too early to actually start the program?
Take advantage of our orientation semester!
Your advantages:
-
Individual timetable with modules from one or more degree programs
- Insights into content and working methods
-
Examinations possible – collect first academic achievements
-
Start your regular studies with a head start
During the winter semester, you can take the following courses (modules) in Engineering Physics:
- Differential Calculus and Linear Algebra
- Electricity and Ray Optics
- PMI Workshop 1 (recommended only in combination with the other two modules)
You can find more information about the orientation semester here.
Practical Experience During College
Practical Study Semester
The practical semester generally takes place during the fifth semester. It consists of a continuous 18-week period. In addition, students attend courses that complement their practical training.
PraxisPLUS
A degree course with in-depth practical experience (PraxisPLUS) offers the opportunity to gain up to 50 percent more practical experience during the course of your studies – without extending the duration of your studies. The prerequisite is a work contract with a company/institution. Students can apply their knowledge from the lecture directly at work. The work in the company is remunerated. This in turn makes it easier to finance their studies.
Jobs & Careers
Physics engineers can be found wherever physical phenomena are being translated into innovative technologies, such as in the development departments of companies or at research institutes. During the program, students develop a way of thinking that is applicable in industry. This opens the door to a wide range of career paths that may not seem obvious at first glance. A background in the natural sciences and engineering opens doors to nearly every branch of industry. The careers of our graduates range from environmental measurement technology, aerospace engineering, and roles in the automotive industry to positions at major research facilities such as CERN.
Transfer to a university master's degree in physics
Avoid losing time when transferring into a master’s program in physics at universities (such as TU Ilmenau) by taking a special preparatory elective in theoretical physics. This eliminates the need to make up exams from the university’s bachelor’s program.
Go get a master's degree!
After successfully completing their bachelor’s degree, motivated graduates have the opportunity to further their education by pursuing a master’s degree. To this end, Coburg University of Applied Sciences and Arts offers, among other programs, the master’s programs in Simulation and Testing and the international master’s program in Analytical Instruments, Measurement, and Sensor Technology (AIMS). You can also find an overview of which master’s programs you can combine with your bachelor’s degree here.
Insights
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More InformationCurriculum and Examination Regulations
The module plan provides an overview of the structure of the degree program.
The module handbook provides information on the content of the individual modules. The study and examination regulations form the legal basis of the degree program. Fragen zu den Inhalten des Studiums beantwortet der Studienfachberater Prof. Dr. Wolfram Haupt.
Study Ambassador
My name is Frederik Löhr, and I’m a student ambassador for the Technical Physics program. Since I’m a student at Coburg University of Applied Sciences and Arts, I can answer your questions directly. So if you’d like to know more about what the program actually entails or what life is like in Coburg, just send me an email at: Frederik.Loehr@stud.hs-coburg.de
