Masters in Computational Material Science Germany

Last Updated on April 17, 2021

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A Master’s degree program is an ideal way to delve further into a subject field after you have finished your undergraduate degree and make yourself much more marketable to a prospective employer. Masters programs range in duration based on the amount of academic credits that are to be completed. Usually, in 12 months, a 30-credit degree will be finished. Unlike undergraduate degrees, where you take a wide variety of classes in addition to your major, graduate degrees are based on a single area of study. Many master’s degrees are taught for two years. In order to complete a Master’s degree, you would normally need to apply a ‘thesis’ in addition to studying in class, which is a dissertation about an extended study project. You no longer need to engage in a futile search for Masters in Computational Material Science – Germany. Collegelearners.com offers you everything you need and more without putting you through any unnecessary hassle like most websites are likely to. Visit infolearners.com.

Start your computational material science masters degree with one of the best material science institute  in Europe. If you are looking for a reputable computational material science degree from a recognized Masters in Computational Material Science – Germany- that you can apply to? Then look no further than the  computational material science degree program from one of the  reputable German material engineering schools. The masters in computational material science is one of the best material science masters programs you can study on free tuition in Europe. The ms in computational material science will educate both university graduates and practitioners to stay abreast of the research occurring in the field of computational material science.

Computational Material Science and Engineering | Cademix Institute of  Technology

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Graduates of the computational material science masters degree will be well-prepared to pursue their successful careers in academia or research centres. In addition, they are guaranteed to meet the requirements to work in many industrial areas, such as the automotive industry, metallurgy, microelectronics, materials manufacturing and processing or safety assessment.

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Materials issues play an important role in all fields of engineering: mechanical, civil, process, aerospace, automotive, microelectronics, energy and environment. A true understanding of natural and technical materials can only be achieved by studying the phenomena at different length scales, i. e. a multi-scale approach is needed. The organizers of the MSc in computational material science understands that all matter is made up of atoms and molecules on the atomic scale, which is the subject of quantum physics. On the next higher scale of micrometers, one can observe the discrete microstructure of a material, consisting of crystals and molecular chains as well as defects involved as dislocations, precipitations and more.

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This scale is the subject of solid state physics and materials science. Going on, one realises a collective arrangement of material constituents as polycrystals, multi-phase alloys, particle or fibre reinforced matrices, which is called the mesoscale. Finally, the  computational material science degree deals with structural components in the engineering world on the macroscale. This level is the subject of continuum mechanics end engineering mechanics for the purpose of design. Nowadays, it has been recognised that all mentioned scales are important in order to understand, to predict and to optimise the mechanical properties of materials, i.e. their deformation, strength and durability. The Master degree in Computational Materials Science at TU Bergakademie Freiberg aims to educate talented, ambitious students exactly in this emerging field and to improve their understanding of the multi-scale nature of materials.

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Materials Science and Engineering ‒ Master ‐ EPFL

Admission Requirement For The Masters in Computational Material Science

The required documents:

  • Printed and signed online application form
  • BSc in Applied Natural Sciences or equivalent degree
  • Applicants must have an excellent command of the English language.
  • CV with photo
  • Copy of passport or national ID card
  • If necessary, proof of previous studies and results

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Tuition Fee

There are no tuition fees for this degree program.

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About The Masters in Computational Material Science

Graduates of the comoutational material science degree will be well-prepared to pursue their successful careers in academia or research centres. In addition, they are guaranteed to meet the requirements to work in many industrial areas, such as the automotive industry, metallurgy, microelectronics, materials manufacturing and processing or safety assessment.

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Study Contents

  • A minimum of four semesters (two years) is required to complete the computational material science degree. This MSc degree in computational material science starts in the winter semester (an academic year has two semesters in Germany), and the language of all courses is English. The first semester has the purpose of bringing all students to the same level of knowledge in materials science, continuum mechanics, and programming. This is the knowledge upon which the following semesters strongly build. Additionally, you will improve your German language skills, which will help you to explore the culture of Germany. The second semester focuses on introducing important simulation methods, the accompanying theoretical and numerical concepts, and the advantages and pitfalls of all methods. Advanced aspects of materials science and engineering are introduced in hands-on approaches using dedicated simulation tools. During the third semester, students can additionally specialise in one of the simulation methods and may choose from elective courses, covering emerging topics such as data-driven materials science and big data methods or advanced topics of plasticity. Their programming skills will be further developed during the “personal project”. The last semester is reserved for the Master’s thesis.

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