Science and Engineering: Natural Sciences and Mathematics

Launch your career in science and technology with the University of Tampere’s Bachelor of Science (Tech) in Science and Engineering: Natural Sciences and Mathematics. This three-year, full-time program provides a unique blend of scientific disciplines and engineering fundamentals. Develop a strong foundation in natural sciences and mathematics while gaining the technical skills and problem-solving abilities sought after in various engineering fields.

Broaden Your Scientific Horizons: Explore core subjects like mathematics, physics, chemistry, and potentially delve deeper into specialized areas like materials science or biomedical engineering (depending on course availability).

Bridge Science and Engineering: Learn to apply scientific principles to solve real-world engineering challenges. Gain exposure to core engineering concepts and methodologies.

Develop Foundational Skills: Master essential scientific techniques in areas like laboratory experimentation, data analysis, and scientific writing. Hone your problem-solving and critical thinking skills through engaging coursework and projects.

Flexible Learning Path: The program offers a flexible structure allowing you to tailor your studies to your interests. Choose elective courses within the natural sciences and mathematics tracks, potentially focusing on specific areas like physics, chemistry, or mathematics.

Internationally Recognized Degree: Earn a Bachelor of Science (Tech) degree, a well-respected qualification valued by employers worldwide.

This program is ideal for students with a strong foundation in science and mathematics and a passion for applying scientific knowledge to solve engineering problems. Graduates pursue diverse careers in fields like:

• Research and Development: Conduct research in scientific laboratories or R&D departments of engineering firms.
• Technical Consulting: Provide scientific and engineering expertise to solve technical challenges for clients in various industries.
• Environmental Engineering: Address environmental issues and develop sustainable solutions.
• Materials Science Engineering: Work on the development and application of innovative materials.
• Biomedical Engineering: Apply engineering principles to the field of medicine and healthcare.