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Polymer Science Masters at HU Berlin-All you need to know

by | Humboldt university of Berlin, Masters

Polymer Science Masters at HU Berlin-All you need to know

by | Jul 17, 2024 | Humboldt university of Berlin, Masters

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Overview

The Master of Science in Polymer Science at Humboldt University of Berlin is a comprehensive and interdisciplinary program. It’s a joint effort by four institutions: Humboldt University Berlin, Free University Berlin, Technical University Berlin, and University of Potsdam. This collaboration brings together a wide range of expertise and resources, making it a highly competitive program on an international scale.

The program is structured as a two-year course, taught entirely in English, and designed to cater to both local and international students.

 

Course Details

Universities Technische Universität Berlin, Humboldt-Universität zu Berlin, Freie Universität Berlin, University of Potsdam
Program Name Polymer Science
Degree M.Sc. (Master of Science)
Subjects Chemistry, Materials Science, Polymer Sciences, Organic Chemistry, Molecular Sciences
ECTS 120
Language English only
Application Deadlines Winter semester: 30 Apr; Summer semester: 31 Oct
Duration 2 Years (starting: Both semesters)
Tuition Fees (per semester) Free
Mode of Admission Without admission restriction
Study Mode On campus
Qualification Requirements A qualified bachelor of science
Language Requirements IELTS min 6.5, TOEFL CBT min 225, TOEFL iBT min 90, TOEFL pBT min 510
Application Procedure Directly at the University
Application Fee None

 

Admission Documents

  1. Curriculum Vitae (CV): Prepare a professional CV that outlines your educational background, work experience, skills, achievements, and any other relevant information.
    2. Personal Statement of Intent: Write a one-page statement explaining your motivations for applying, your goals, and why you are a good fit for the program. This should be a concise, well-thought-out document that reflects your personality and aspirations.
    3. Letters of Recommendation (3): Obtain three letters of recommendation, preferably from academic advisors, professors, or professional supervisors who can attest to your abilities, character, and suitability for the program. These should be formally written and provide insight into your capabilities and accomplishments.
    4. Verified Copies of Transcripts: Provide copies of your academic transcripts from all post-secondary institutions attended. These transcripts should be verified or certified as true copies of the original.
    5. Verified Copies of Qualifying Degrees: Just like your transcripts, provide verified or certified copies of any degrees you have obtained (Bachelor’s, Master’s, etc.).
    6. Proof of English Competency: Submit evidence of your proficiency in English. This usually involves standardized test scores (like TOEFL, IELTS, etc.) if English is not your first language. Check the specific language requirements of the program for details on acceptable tests and the required scores.
    7. University Documents: All documents requested by Technische Universität Berlin. If your degree certificate isn’t issued by the early deadline, an up-to-date transcript of records is mandatory.
    8. Motivation Letter: A letter explaining your desire to study computational neuroscience, how it aligns with your interests, and your educational goals.

Career opportunities

Polymer Chemist: Research and develop new polymers, plastics, and materials with enhanced properties for industries like automotive, aerospace, and electronics.

Materials Scientist: Investigate the properties and applications of polymers and other materials, contributing to advancements in fields such as nanotechnology and biotechnology.

Product Development Engineer: Work in industries like healthcare, consumer goods, or packaging to design and optimize products using polymer-based materials.

Quality Control Specialist: Ensure the quality and performance of polymer products through testing, analysis, and quality assurance processes.

Process Engineer: Optimize manufacturing processes for polymer production, improving efficiency and reducing costs in industries like chemical manufacturing or plastics production.

 

 

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