Teaching is organised into modules combining lectures, seminars and laboratory work in the recently renovated laboratory of Polymer Physics and Technology, which is equipped with state-of- the-art devices. The programme also emphasises the basic practical knowledge of CAD-engineering programmes and CAM-manufacturing technologies as they are extremely important in every industrial sector all over the world. The curriculum gives students the unique opportunity to implement their individual research projects in collaboration with various companies.

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Students for this study programme are admitted based on the admission threshold. An online interview will be conducted only with the candidates who have passed the preliminary evaluation. The maximum score for the essay, online interview and the supporting information in your DreamApply application form (=CV) is 10 points. An applicant who receives the minimum of 5 points is admitted.

Please find the programme specific admission requirements below:

ADMISSION DEADLINES AND HOW TO APPLY

At the master's level of the Technology of Wood, Plastics and Textiles curriculum, it is possible to specialize in Wood Technology or Plastic and Textile Technology. Both directions have a solid industrial and technological foundation because the sub-branches of the textile and clothing, rubber and plastic, and wood and furniture industries account for 35% of the sales volume of Estonia's manufacturing industry. High demand for specialists with specialized knowledge has resulted from companies investing in production expansion, technology development, and efficiency improvements as a result of the increase in export volumes. 

You will learn in-depth information about the construction, properties, and technologies of wood, plastic and textile industry materials, depending on the direction you choose. You will acquire basic knowledge of technology entrepreneurship, project planning, analysis and management, which you can supplement with optional subjects. Material testing methods, industry-specific (wood or textile) CAD/CAM technologies and product modeling and production digitalization are related to product development and innovative production. 

We are not limited to only theoretical knowledge - in teaching there is a great emphasis on practical laboratory work, solving tasks and carrying out projects. E-learning enables the flexible acquisition of knowledge in all courses. 

Teaching takes place in English. It is an international study program in which studying is free for citizens of Estonia and other European Union countries.

CURRICULUM OUTLINE (120 ECTS)

• General studies – cover courses about project planning, entrepreneurship and management.
• Core studies – include courses about materials' testing, structure of wood, plastic, textile and composite materials, CAD/CAM technologies in furniture, plastics and garment industry, etc.
• Special studies – students can specialise in wood technology or technology of plastics and textiles.
• The courses cover technologies in the woodworking and furniture industry, the technology of plastics industry, technologies and equipment of the textile and garment industry, etc.
• Free choice courses – students can choose from a wide variety of courses offered at the university.
• Graduation thesis – scientific or engineering project that is based on the special studies module individual research projects performed during studies.

Check out curriculum overview

Growing export volumes have made manufacturing companies invest in new technologies (automation, digitalization, etc.) and increase production capacities. As a result, there is a high demand for designers, technologists, production experts, and managers with specialized knowledge across all industries. 

You can start your career as an engineer, constructor, technology specialist, or project manager at companies operating in the field, which are primarily export-oriented businesses with international teams.  After acquiring the necessary work experience, a logical continuation is, for example, the position of a department manager (sales, purchasing, product development, production, and quality manager). 

The business processes of the materials processing industry are similar, and therefore the opportunities to move from one industry sector to another (e.g. from the wood sector to the upholstery sector) are very good and this gives better application opportunities in the work market. After earning a master's degree, you can also pursue a career in academia or continue your education by enrolling in doctoral studies.

Lecturers from foreign universities and private sector practitioners involved in teaching bring new directions related to the development of science and technology to students.  We visit successful Estonian manufacturing companies, during which the students get a very good overview of the existing technological level and future jobs.  Several cooperation projects are also carried out with companies, which give our students work experience and direct contact with potential employers.
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Specialising in wood technology can lead to work in many careers like design, project management, laboratories, production or even entrepreneurial. Introducing artistic multifunctional furniture to the market-place is just one example of an appealing professional job in this industry. These are the challenges that led to the development of the U-CAT robot in TalTech. This region has a long history of wood innovation and the Nordic model is noticeable in the lifestyle and education system as well. Alaa AlBarazi, Syria