Are you interested in state-of-the-art product development? Would you like to grapple with exciting engineering and scientific issues? If so, this programme in Production Engineering and Materials Science will prepare you for a wide-ranging career in mechanical engineering..
The very varied manufacturing tasks and specific material requirements in almost all sectors call for extensive knowledge of state-of-the-art technologies, production methods and processes, materials’ properties and their special characteristics.
This generates tasks relating to fundamental scientific principles, construction (design, calculation, simulation), manufacturing production systems, assembly, automation engineering and materials science. This master’s degree programme in Production Engineering and Materials Science qualifies you for prominent roles in the production process for technical products. The content is designed to robustly enhance your skills and equip you with practically focused specialist knowledge.
At a glance
Award
Master of Science (M. Sc.)
Study mode
full-time, part-time
Standard duration
3 semesters
ECTS credits
90
Starts
winter semester
summer semesterRestricted admission
yes
Taught in
German
Faculty
Mechanical Engineering
Study abroad
optional
Accreditation
ASIIN
Details about this course
This master’s degree programme Production Engineering and Materials Science is completed over three semesters. The first two consist of lectures, practical sessions and project work. In the third semester, the emphasis switches to completing your master’s thesis.
The programme is application-oriented and therefore focuses strongly on practice. By selecting the subjects you wish to take from “Special areas in production engineering and materials science” and “Additional skills”, you can hone the special knowledge you wish to focus on. You are most likely to write your master’s thesis based at a company.
The university awards students who successfully complete the programme the academic title Master of Science (M.Sc.).
Materials and how they are processed form the basis for all kinds of product development these days. The distinguishing features of many products stem from the materials used. Developments such as extremely lightweight construction would not have been possible without advances in materials science and production engineering. On the other hand, their significance also comes to the fore in response to demands for more sparing use of our natural resources, recycling systems and energy efficiency.
Against this backdrop, industry is calling out for specially trained engineers with a solid knowledge base in materials science and broad awareness of potential manufacturing techniques and processes. As a result, this master’s degree programme is not only highly sought after in many sectors, but also opens the door to various areas within companies.
Fields of activity:
- Mechanical and plant engineering
- Automotive industry
- Aerospace
- Medical technology
- Doctoral studies und research
The admission requirement for this master’s degree programme in Production Engineering and Materials Science is a first degree with a “good” or better overall grade in mechanical engineering, or equivalent programme, worth at least 210 Credit Points. Applicants with at least 180 ECTS Credit Points from theoretical study semesters will be admitted if they can provide evidence of at least 20 weeks’ work in a practical engineering role in a field related to mechanical engineering. Candidates will be selected based on complete and timely application and submission of documents and according to the average grade for their first degree.
If your certificate is not yet available, you must submit a transcript of your current performance, in which no more than 40 ECTS Credit Points remain to complete your degree – or if Credit Points are not indicated, you are within 25 semester weeks of completing your degree.
All the latest information and details on applying and the admission requirements can be found under Applications and admissions.
A Master of Science (M.Sc.) qualifies you to commence doctoral studies either in Germany or abroad.
Are you interested in learning more about options for you to study abroad? More about opportunities for studying abroad.
We compile all study programme and examination regulations centrally for you. There you will find all versions and changes. continue
Programme with extended practice
Study this Master's programme combined with in-depth practical studies! Your regular studies are combined with intensive practical phases, based on the course content. The offer is aimed at both regular, non-dual and dual Bachelor graduates who have completed a combined study programme or study programme with in-depth practice.
You can find more information about the offers here.
Learning outcomes
Knowledge and understanding
- Advanced knowledge of mathematical and scientific principles relating to production engineering and materials science
- Advanced knowledge of mathematical and scientific principles relating to production engineering and materials science
Methods in engineering sciences
- Skills for analysing the tasks required in production engineering and materials science, and formulating challenges focusing on applications in new areas
- Skills to use innovative methods to solve application-focused development tasks in production engineering and materials science
Engineering-appropriate application (synthesis)
- Skills to devise interdisciplinary solutions to complex, sometimes only partially formulated challenges in production engineering and materials science
- Skills to develop innovative, original solutions in production engineering and materials science
Investigate and evaluate
- Skills to identify and acquire the information required for challenges in production engineering and materials science
- Skills to plan analytical, exemplary and experimental experiments in the field of production engineering and materials science
- Skills to critically evaluate data and draw relevant conclusions
- Skills to investigate and evaluate the application of new technologies in production engineering and materials science
Engineering projects
- Skills to handle complex subject matter in production engineering and materials science
- Skills to quickly and methodically get up to speed with new subject matter in production engineering and materials science
- Skills to assess technologies used in production engineering and materials science and their limitations
- Skills to also consider non-technical subject matter
Interdisciplinary skills
- Skills to lead teams from different disciplines
- Skills to work and communicate in national and international settings
Your study place for the Winter Semester 2023/2024
Step 1: Register in the online portal 'MeinCampus' + receive applicant ID (from 24.04.2023).
- Please create your user profile and assign a password
- You will receive an email confirmation with your applicant ID and further instructions to activate your access
- Make notes of your user ID and password in a safe place
Step 2: Assemble documents for digital upload in 'MyCampus':
- university entrance qualification
- official identification document (e.g. identity card)
- For e.g. minors, vocationally qualified persons, dual studies, top athletes and international applicants, further documentation is required (see Overview of required documents).
Step 3: Apply online (from 24.04.2023)
Step 4: Wait for notification of admission
Step 5: Carry out online enrollment
Applications for Summer Semester 2023 are scheduled to run from 24. April 2023 to probably 15. July 2023.
Classes for this semester are due to commence on: 2. October 2023.
Contacts
We know how exciting it can be to embark upon a degree programme, so we want you to have someone to contact if you have any questions about studying with us.
Do you have any questions about your degree programme, application, or anything else along these lines?
If so, please don’t hesitate to contact the university’s central Student Advisory Service or an academic advisor.
Degree programme coordinator / academic advisor
for any questions concerning the content of the master’s degree programme in Manufacturing Technology or the course structure.
Professor Christian Donhauser
Tel. +49 (0) 831-2523-204
email: christian.donhauser(at)hs-kempten.de
Building T, room 207
Professor Matthias Leonhardt
Tel. +49 (0) 831-2523- 384
email: matthias.leonhardt(at)hs-kempten.de
Building T, room 112
