Course Overview
The programme builds knowledge in material behaviour, testing methods, and industrial applications. Study work includes laboratory sessions, computational modelling, and project assignments linked with real industrial needs. Topics cover metals, polymers, composites, and energy-related materials.
Students gain experience in problem-solving tasks related to product development and material performance. Collaboration with research teams and industry partners supports exposure to current material development practices. Graduates move into roles in manufacturing, research institutes, and product development units across global companies working with advanced materials and clean technology systems.
General Eligibility
Applicants need a relevant bachelor’s degree in chemical engineering, process engineering, energy engineering, or a related field. Strong background in mathematics, chemistry, and engineering subjects is required. Academic transcripts, degree certificates, CV, motivation letter, and proof of English proficiency form part of the application package.
Part Time Work Details
International students may work part-time under Finnish residence permit rules. Work hours must fit around full-time study requirements.
Language Requirement
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| IELTS Academic |
Overall 6.5, no section below 6.0 |
| TOEFL iBT |
Overall 90, writing and speaking minimum 22 |
| PTE Academic |
Overall 62, writing and speaking minimum 52 |
| Duolingo English Test |
Accepted as per LUT admission cycle requirements |
| Cambridge English |
C1 Advanced accepted |