Program Overview

Program Details

The program in question is "Berðkningsmetoder f—r nanomaterial," which translates to "Computational Methods for Nanomaterials." It is a 7.5-credit course offered at the advanced level.

Course Description

The course focuses on computational methods for nanomaterials, indicating a strong emphasis on theoretical and practical aspects of nanotechnology and materials science.

Period and Study Location

• Period: Period 1 - 1, weeks - , schedule module 2+4
• Study Location: LuleÍ
• Study Form: Full-time 50%
• Language: English

Admission Requirements

To be eligible for the course, students must meet the following requirements:

• M0047M Differential Calculus
• M0048M Linear Algebra and Integral Calculus
• M0049M Linear Algebra and Differential Calculus
• F0047T Quantum Physics
• F7045T Solid State Physics or equivalent
• Ability to write simple data programs (e.g., D0009E)
• Good knowledge of English equivalent to English 6 It is advantageous to have knowledge of using Matlab or Gnuplot for data analysis and to have read F7035T Statistical Physics and Thermodynamics and M0014M Mathematical Physics, or equivalent.

Selection Criteria

Selection is based on 30-285 higher education credits.

Application Information

The course can be applied for as an elective by program students at LTU, particularly those in the Civilingenj—r teknisk fysik och elektroteknik (BERF) program, term 9.

Credits and Level

• Credits: 7.5 higher education credits
• Level: Advanced level

This course is designed for students who have a background in physics, materials science, or a related field and are looking to deepen their understanding of computational methods applied to nanomaterials. The course's emphasis on both theoretical foundations and practical applications makes it a valuable addition to the curriculum for students aiming to work in research and development within the nanotechnology sector.