Program Overview

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Engineering Physics, Master of Science (Technology)

The Master's Programme in Engineering Physics provides students with a broad experience and skills that can be applied to tackle complex problems. The programme is closely connected to the research at Aalto University and its Department of Applied Physics, giving students the opportunity to work with top researchers in their field.

Degree:

Master of Science (Technology)

Application Period:

1 December 2025 – 2 January 2026

Language of Instruction:

English

Duration:

2 years, full-time

Eligibility:

Relevant bachelor's degree

Field of Study:

Technology

Scope:

120 credits

School:

School of Science

Tuition Fees:

€17,000 per year (master's studies) for non-EU/EEA citizens

Programme Description

The Master's Programme in Engineering Physics offers students a comprehensive understanding of physics and mathematics, as well as practical skills that are highly transferable. The programme focuses on advanced energy technologies and materials physics, providing students with a strong foundation for a career in research and development.

Curriculum Structure

The programme consists of 120 credits, including:

• Advanced courses in physics and mathematics (65/40 credits)
• Master's thesis (30 credits)
• Elective courses (25-30 credits)
• Optional minor (20-25 credits)

If a student chooses to take the minor, they must complete the compact major (40 credits).

Specialisations

The programme offers two specialisations:

• Materials Physics and Quantum Technology: Students can focus on experimental or theoretical physics and modelling, with an emphasis on technological applications or basic research.
• Advanced Energy Technologies: This specialisation deals with critical issues facing society, such as mitigating climate change and pollution by finding alternative energy sources.

Research Focus

The programme is closely connected to the research at the Department of Applied Physics, which is nationally and internationally renowned. The department participates in two Centres of Excellence funded by the Academy of Finland: Quantum Technology Finland (2018-2025) and Life-Inspired Hybrid Materials.

Career Opportunities

Graduates from the programme typically work in the forefront of technology and science, either in the corporate or academic world. Many pursue doctoral studies, while others find employment in various fields, including:

• Analyst
• Entrepreneur
• Application engineer
• Cryogenic engineer
• Data scientist
• Design engineer
• Quality engineer
• Research and development engineer
• Business consultant or management

Internationalisation

The programme has a highly international study environment, and students can take advantage of exchange studies and internships abroad. Aalto University is a member of several international networks, providing students with opportunities for global collaboration and exchange.

Admission Criteria

Admission to the programme is based on the following criteria:

• Academic performance: Students are expected to have excellent academic records, with a strong background in mathematics and physics.
• Relevance of previous studies: The programme requires a relevant bachelor's degree in a field such as engineering, physics, or materials science.
• Language proficiency: Students must demonstrate proficiency in English.
• Motivation and commitment: A motivation letter is required, and students are expected to demonstrate a strong commitment to their studies.

Additional Requirements

Applicants must submit the following documents:

• Motivation letter
• Curriculum vitae (CV)
• Certificates and transcripts of previous studies
• Letters of recommendation (if applicable)
• Descriptions of relevant physics courses (summary, course level)