Materials Science, Bachelor of Engineering

Target Audience, Admission, and Personal Requirements for the Bachelor's Distance Learning Programme in Materials Science

The Bachelor's degree programme in Materials Science at Wilhelm Büchner University is primarily designed for working professionals and experts who wish to further educate themselves in the field of materials science, materials engineering, or related engineering disciplines. The distance learning programme is flexible and ideal for individuals looking to balance family, work, and studies. Career changers from other technical or scientific fields as well as professionally qualified individuals seeking a university degree benefit from the practical and modular structure. It particularly targets those interested in research, development, quality management, or product development in industries such as mechanical engineering, chemistry, automotive, aerospace, or medical technology.

Admission Requirements for Materials Science (B.Eng.)

• General qualification for university entrance (A-levels)
• Subject-related qualification for university entrance
• University of Applied Sciences entrance qualification
• University admission eligibility recognised as equivalent by the Hessian Ministry of Science and Art
• Passed university entrance examination after 2 semesters (UEE)

Alternative access routes without a traditional university entrance qualification:

• Qualified vocational qualification: Such as a master craftsman's certificate, specialist business administrator qualification, or technician's examination. These qualifications entitle you to enrol without further access or aptitude tests.
• Vocational qualification: At least three years of vocational training (final grade 2.5 or better) and a secondary school leaving certificate, supplemented by at least two years of full-time professional activity.

In addition, Wilhelm Büchner University evaluates individual prior achievements for accreditation, allowing acquired qualifications to effectively shorten the study duration.

Personal Requirements for Academic Success

• Interest in natural sciences such as physics and chemistry as well as engineering issues
• Analytical thinking, problem-solving skills, and enjoyment of experimentation
• Basic knowledge of mathematics; an optional mathematics preparatory course is available
• Independent learning, self-motivation, and organizational skills, as it is a distance learning programme
• Commitment to continuous further education and openness to new technologies
• Communication and social skills, especially for teamwork and interdisciplinary exchange
• Good German language skills; knowledge of English is advantageous (e.g. elective module English)

The study concept specifically targets individuals who prefer self-directed and flexible learning and wish to practically apply scientific methods in materials science.

What do you learn in the Bachelor's distance learning course Materials Science at Wilhelm Büchner University?

The degree program Materials Science (B.Eng.) provides you with comprehensive knowledge in the field of materials science. You will intensively deal with the properties, development, and application of various materials. The training combines scientific, engineering, and methodological skills:

• Fundamental basics: Mathematics, physics, chemistry, computer science, and engineering practice form the solid scientific foundation. You will learn analytical tools that are essential in many fields of materials engineering and material research.
• Core subjects of materials science:
  • Material engineering & material analysis
  • Physical chemistry & technical chemistry
  • Polymer chemistry, plastic analysis, glass, and ceramics
  • Manufacturing technology and laboratory methods
  • Crystallography and computational chemistry
• Industry-specific expertise: You will deal, for example, with materials for renewable energies, lightweight materials, nanotechnology, or recycling methods.
• Practical skills: In integrated laboratories and engineering projects, you apply your knowledge. Modern analysis techniques and methods such as the finite element method are part of your education.
• Key qualifications: Management, communication, intercultural competences as well as elective modules complement your profile to match your interests.

Through elective areas, you can specialize additionally, for example, in biopolymers, lightweight construction methods, medical technology, or environmental analysis. An introductory project at the start of your studies supports you in self-organization and learning motivation.

What is the process of studying Materials Science through distance learning?

The study is modular and covers 7 semesters (standard period of study: 42 months). Thanks to the flexible distance learning structure, you can adapt the learning pace and the sequence of modules to your individual level of knowledge and experience. Typical process:

• Basic studies (1st-3rd semester): Start with basic modules in natural and engineering sciences as well as economics (e.g. mathematics, physics, business administration, computer science).
• Core studies (from the 2nd semester in parallel until the 7th semester): Focus on material sciences and engineering subjects, complemented by numerous laboratories and practical projects.
• Types of examinations: Modules are mostly completed with term papers, exams (online or in person), or oral examinations. Many achievements can be comfortably obtained from home.
• Elective areas: In three elective areas, you set individual focuses through modules such as nanotechnology, quality management, or computational materials science with laboratory.
• Work placement phase (WPP): In the 5th/6th semester, you gain practical experience, and professional activities may also be recognized.
• Bachelor's thesis and colloquium: Completion in the 7th semester with an independent scientific work.

You can extend the study free of charge for up to 21 months and benefit from a digital campus (including AI learning assistance), instructional videos, webinars, and e-books. An optional mathematics preparatory course helps you refresh your prior knowledge deliberately.

What career opportunities does a Bachelor's in Materials Science open up?

Graduates of the Materials Science distance learning course qualify for a variety of tasks in the field of technical innovation:

• Materials research and development of new materials
• Product development and application technology
• Quality assurance and damage analysis
• Technical sales, consulting, and support in industrial companies
• Work in the automotive industry, aerospace, chemical industry, medical technology, and life sciences

With your interdisciplinary knowledge, you are in demand in science, industry, and in all areas where technological innovations are of crucial importance. The course prepares you for direct entry into the workforce as well as for further master's programs and is explicitly open to professionals and career changers.

How does the study location work for the Materials Science distance learning course?

The study takes place completely online and flexibly in distance learning. Through the digital campus of Wilhelm Büchner University, you have access to course materials, support services, instructional videos, webinars, and the personal AI learning assistant KILEA. Presence phases or exams can be taken in Germany, Austria, and Switzerland. Distance learning is thus ideal for combining with work and other commitments.

What are the costs involved and how can you finance your studies?

Wilhelm Büchner University offers various pricing models. The tuition fees for Materials Science (B.Eng.) start at €381.26 per month. It is possible to have previous achievements recognized, which can significantly reduce the duration of study and the total costs (for every 5 recognized ECTS, about one month's installment is waived).

• Flexible payment models and individual advice on financing and funding options (e.g. BAföG, scholarships)
• Free extension of the study for up to 21 months possible

Further advice on individual funding and financing options is provided by the university's student advisory service.