KTH Royal Institute of Technology

Overview

The Doctoral Programme in Applied Physics at KTH Royal Institute of Technology offers an advanced path for those looking to delve into research in Applied Physics and Biological Physics. This programme enables students to engage in innovative research across various fields, including materials and nanophysics, optics and photonics, as well as biological and biomedical physics. The course is structured to provide a strong foundation in both theoretical knowledge and practical research skills, preparing graduates for diverse opportunities in academia and industry.

What you'll study

This doctoral programme is designed to combine rigorous coursework with hands-on research training, culminating in the completion of a doctoral thesis. The study plan is customized based on individual research projects and guidance from supervisors.

Core components

• Doctoral research project: Conduct original research under supervision in the fields of Applied Physics or Biological Physics.
• Coursework and research training: Participate in advanced courses and training sessions that enhance both subject knowledge and research capabilities.
• Doctoral thesis: Produce a significant research contribution that is documented in a thesis and defended in accordance with KTH regulations.
• Academic participation: Engage in presentations, seminars, and collaboration within the research community.

Typical research directions

• Applied Physics
• Materials and Nanophysics
• Optics and Photonics
• Biological and Biomedical Physics

Note: The specific courses, milestones, and thesis requirements may vary based on the department, supervisor, and individual project plans.

Entry requirements

To be eligible for the Doctoral Programme at KTH, applicants must meet the general entry requirements for doctoral education. Typically, this means holding a relevant second-cycle (Master’s level) qualification or having completed equivalent studies.

There are no specific GRE or GMAT requirements for this programme.

Career prospects