Overview

The Master of Science in Technology – Applied Physics programme is designed for students eager to explore the intersection of fundamental and applied physics and contribute to real-world innovation. Over two years, the programme equips students to develop advanced, reliable devices, conduct experimental research in cutting-edge facilities such as CERN, and support the transition toward sustainable energy solutions. Students gain expertise in semiconductor technology, smart materials, superconductors, applied physics instrumentation, and computational physics, including data analysis of experiments.

 

The programme emphasizes hands-on project work, allowing students to take projects from conception through design, implementation, execution, analysis, and documentation. Collaborative opportunities with industry partners provide practical experience, making graduates highly attractive to employers.

Semester starts

August

Degree info

  • Master of Science in Technology
  • Campus: Lappeenranta
  • Blended learning
  • 2 academic years / 120 ECTS
  • Language of instruction: English
  • Tuition fee: 15 000€ / academic year

Edunation application period

Regular Admissions
August 2027 Intake
• Rolling: 25.03.2027

Apply now

Graduates of this programme will be able to:

  • Apply principles of physics to innovation in energy, technology, and health sciences.
  • Develop advanced devices for challenging and harsh environments.
  • Conduct experimental and computational research in applied physics, including data analysis and machine learning applications.
  • Gain expertise in semiconductor technology, smart materials, superconductors, experimental instrumentation, and computational physics.
  • Solve real-world problems using both theoretical knowledge and practical project experience.
  • Build a strong professional network through collaboration with industry and international research institutions.

The programme spans two years, leading to a Master of Science in Technology (M.Sc. Tech.) and comprises 120 ECTS credits. The curriculum includes:

  • Advanced specialisation studies covering semiconductors, superconductors, functional magnetic and magnetocaloric materials, nanostructures, microelectronics, optoelectronics, spintronics, quantum technologies, applied physics instrumentation, and experimental data analysis.
  • Minor studies offering modules in applied mathematics, data analytics, pattern recognition, electrical engineering, energy economics, or studies abroad.
  • Elective studies designed to enhance professional and personal skills, including languages, presentation skills, time management, and courses from other degree programmes.
  • Master’s thesis conducted at LUT University, academic research institutions, or industrial companies such as VTT or Vaisala.

The programme combines theoretical training with extensive hands-on projects, fostering problem-solving and research skills applicable in both academia and industry.

Graduates are well-prepared for diverse roles in research, industry, and academia. Possible career paths include:

  • Physicist
  • Project Engineer
  • Researcher
  • R&D Specialist
  • Junior Researcher

Graduates gain the skills to tackle complex experimental challenges and contribute to sustainable and innovative technologies worldwide.

The admission requirements for the program can be found on the university page.

Further information about the tuition fee and available scholarships for the program can found on the university page.

DO YOU HAVE ANY QUESTIONS?

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