Applied Materials Physics II

Education facts

Code: TF002

**The key to tomorrow's technology** Knowledge in physics and materials science is essential for understanding and developing the technical solutions that shape our world. From energy-efficient materials in green technology to high-performance components in electronics – the principles of physics and materials science are fundamental to innovation. This course package introduces you to these exciting fields and equips you with the tools to apply this knowledge in practice. In the course package, you get the opportunity to delve into important topics such as the properties and structures of materials, how they can be analyzed and utilized, and the physical processes that govern their behaviour. During the education, you study the following courses: - **Introduction to Nanotechnology** \- how the properties of materials change when particles and structures become very small.  - **Solid State Physics II** \- how atomic and electronic structures determine the thermal, electrical, magnetic, and optical properties of crystals. - **Nanofabrication** – methods for producing nanoparticles and nanostructures. - **Scientific Project in Engineering Physics** \- theoretical and/or experimental independent work on a chosen topic in engineering physics.  The knowledge you gain through this course package can be applied across various fields, such as: - **Green energy**: Designing solar cells and energy storage systems. - **Optical and electrical materials**: Creating materials for the electronics and communication systems of the future. - **Advanced constructions:** Simulation of products all the way from implants to buildings with complex shapes. This course package provides a solid foundation for a future in research, technological development, or innovative applications across a range of sectors. It is designed for students eager to contribute to solving the scientific and technological challenges of tomorrow.

Entry requirements

Degree of Bachelor/Bachelor of Science in Engineering of at least 180 credits (180 ECTS) in Physics, Engineering Physics, Chemistry, Electrical Engineering or equivalent. In the education at first level, at least 60 credits in Physics and/or Engineering Physics and 30 credits in Mathematics is required, and a course in scientific writing and methods should be included. In addition, a course (preferably at advanced level) in materials characterization, which includes both a practical laboratory part and a theoretical part on different materials characterization methods, is required. Alternatively, 15 credits completed within the course package TF001 Applied Materials Physics I, 30 credits, is required. Proven language proficiency in English: English course 6 from Swedish Upper Secondary School (Gymnasium) or equivalent.

Education offerings

Each offering has its own dates and conditions. Closed offerings are retained as history and do not mean that a new application is open.

• Applied Materials Physics II

  Mid Sweden University

  Start date: 18 January 2027

  End date: 6 June 2027

  Pace of study: 100 %