Study program

University

City

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Philipps-Universität Marburg

Functional Μatеrials

M.Sc. (Master of Science)

Subjects: Physics, Computational Sciences, Computer Network & Communication, Materials Science, Advanced Materials, Mobility, Remote Sensing and Modelling, Nanomaterials, Polymer Sciences, Molecular Sciences, Electrical Engineering, Optical Technologies, Applied Physics

M.Sc.

Degree

120

ECTS

English only

Language

Winter semester: 15 Jul

Summer semester: 15 Jan

Application Deadlines

2 Years (starting: Both semesters)

Duration

Free

Tuition Fees (per semester)

Starting: Both semesters
Mode of admission:: no admission restriction, but ability assessment (https://www.uni-marburg.de/en/studying/admissions/eap/eap-funcmatmc)
Application:: uni-assist
Study mode:: On campus

Program Video

Duration: 02:00 min

M.Sc. Functional Materials

Five Reasons to choose this Master's Program

Diverse and Unique Program in Functional Materials

The M.Sc. in Functional Materials covers a wide range of material classes, offering an in-depth study of their unique electrical, optical, and magnetic properties. This program stands out for its comprehensive approach to understanding materials that are increasingly vital in various technological applications.

Practical Experience in State-of-the-Art Laboratories

Students gain hands-on experience in modern, well-equipped laboratories, bridging the gap between theoretical knowledge and practical application. The program's emphasis on real-world lab projects and international collaborations prepares students for the challenges and innovations in the field of material sciences.

Critical Role of Functional Materials in Technology

This program highlights the importance of functional materials in key sectors such as IT, energy, mobility, and sensing technologies. Students explore how these materials are integral to the advancement and functionality of modern society, making them indispensable in various industries.

World-Class Infrastructure at the Department of Physics

Benefit from the Department of Physics' comprehensive infrastructure, including specialized laboratories, workshops, and IT services. Infrastructure supports an immersive learning environment, allowing students to engage deeply with their studies.

Renowned for Materials Research

Philipps-Universität Marburg has a long-standing reputation in materials science research. The university's Material Sciences Center and ongoing projects demonstrate its commitment to leading-edge research in this field, offering students an opportunity to be part of groundbreaking work.

How do you want to continue?

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Course Description

Embark on a transformative journey with the M.Sc. in Functional Materials at Philipps-Universität Marburg. This English-taught master's program is a gateway to the fascinating world of modern functional materials, crucial in shaping our technological future. Over two engaging years, immerse yourself in the exploration of quantum physical principles, master the art of selective material manufacturing, and become adept at characterizing groundbreaking properties. Dive into this cutting-edge field and emerge as a pioneer in the engineered world!

Target Groups

Curriculum

Study Mode

Career Prospects

This program is ideal for students passionate about advancing in the field of functional materials, particularly those interested in quantum physics, material manufacturing, and property analysis. It suits individuals aiming for a career in research, development, or academia, and those considering doctoral studies.

Special Program Features

Marburg: A Town Steeped in History and Culture

Marburg, with its medieval architecture and association with the Brothers Grimm, offers a unique blend of historical charm and modern amenities. This picturesque town provides an inspiring backdrop for students, enhancing their academic and cultural experience.

Centuries of Academic Excellence

With nearly five centuries of history, Philipps-Universität Marburg is one of the oldest universities with a rich tradition in research and teaching. Its diverse student body, including a significant international community, creates a vibrant and inclusive academic environment.

In-Depth Focus on Functional Materials

The program's specialized focus on the workings of modern functional materials, including their manufacturing and characterization, equips students with targeted knowledge and skills. This focus is crucial for those aiming to advance in the rapidly evolving field of material sciences.

Requirements

Qualification Requirements

The application requirements for the study program in “Functional Μatеrials” are:

Bachelor's (Undergraduate) Degrее

Certification of a relevant bachelor's degree in science or engineering, or an equivalent university diploma, is required. The examination board may require additional academic or exam achievements of up to 30 CP, potentially extending the program's duratiοn.