Master of Science in Nanotechnology
- Public Institute
- School of Electrical Engineering and Computer Science
Master of Science in Nanotechnology at KTH Overview
Duration | 2 years |
Course Level | PG Degree |
Mode of Course | Full Time |
International Students Admission Website | Go to Website |
Tuition & Fees | ₹13.25 Lakh View full breakup |
Type of University | Public |
Official Career Service Website | Go to Website |
Master of Science in Nanotechnology at KTH Fees
Fees components | Amount (for 1 year) |
---|---|
Tuition & fees | INR 13,25,250 |
Fees components | Amount (for 1 year) |
---|---|
Transportation | INR 60,450 |
Phone/internet | INR 27,900 |
Total approximate fees | INR 88,350 |
Calculated at the exchange rate of 1 SEK = INR 7.75 | Tuition & expenses were last updated on 18ᵗʰ October 2024
Master of Science in Nanotechnology at KTH Curriculum
Latest curriculum for Master of Science in Nanotechnology at KTH can be downloaded from the below link. The curriculum PDF has semester wise course structure, electives and detailed course content. You can also check course curriculum of other specializations offered in MS at KTH
Master of Science in Nanotechnology at KTH Entry Requirements
- No specific cutoff mentioned
- No specific cutoff mentioned
- Read less
- A bachelor's degree or comparable qualification equivalent to a Swedish bachelor's degree from an internationally recognised university is required
- Students following longer programmes that have completed courses equivalent to a bachelor's degree are considered on a case-by-case basis
-
A Bachelor's degree, corresponding to 180 ECTS credits, relevant to the master's programme: preferably in the subject areas of physics, electrical engineering, materials science, chemistry or equivalent education within technology/natural sciences. In addition, the following is required:
- Courses in mathematics corresponding to at least 20 ECTS credits
- Courses in physics corresponding to at least 30 ECTS credits
Calculate your score and check your eligibility at over 2000+ universities.
Out of 10
- N/A
- For entry to a master's programme, the minimum requirement is a 3-year Bachelor's degree with honours, 4-year Bachelor's degree, or a Bachelor's degree followed by a Master's degree (4 years of study in total)
Calculate your score and check your eligibility at over 2000+ universities.
Out of 10
- Marks - 90/120
- With a minimum writing score of 20
- Marks - 62/90
- With a minimum writing score of 61
- Marks - 6.5/9
- With no section lower than 5.5
- Get a Full FREE IELTS Prep Course with Shiksha Study Abroad – Limited Seats for Weekend & Weekday Batches! Register now for IELTS
- Not mentioned
Master of Science in Nanotechnology at KTH Application Process
-
Certificates and diplomas of your completed degree(s)
-
Transcript of completed courses and grades included in your degree
-
Proof of English proficiency
-
A copy of passport with personal data and photograph, or other identification document
-
Letter of motivation: The letter of motivation explains why you have chosen this programme at KTH, what you hope to gain from it and how your interests and skills will help you succeed in your studies. Include an autobiography with the development and relevance of your academic and professional pursuits, extra-curricular activities and related experiences (Not more than 500 words)
- The selection process is based on the following criteria: study results (interweaving of grades and relevant subjects and other/previous studies (e.g. MSc program)), motivation for studies (motivation letter/thesis proposal, letter of recommendation, work experience, courses, extracurricular activities)
Master of Science in Nanotechnology at KTH Rankings
KTH Royal Institute of TechnologyStudents Ratings & Reviews
- Multi-dimensional
- Stressful
- Academically oriented
- 33% students never faced discrimination in this university
Master of Science in Nanotechnology at KTH Highlights
- Nanotechnology is an exciting field within science and technology related to materials and device structures with characteristic dimensions in the nanometer regime
- The program gives the students a deep understanding of size-dependent materials, device and system properties, and also how these properties can be tailored by a controlled manipulation of the microstructure down to the atomic or molecular level
- The final semester degree project gives students an opportunity to carry out an in-depth study within their specialisation and to demonstrate the skills acquired during their studies