International

Faculty of Polymer Technology

The only faculty in South East Europe offering holistic study programs in polymer technology. Join us in shaping the future with polymers - the materials of the 21st century. Located in the city of Slovenj Gradec, surrounded by mountains and nature, we provide personalized education with exceptional career prospects - 98% of our graduates find employment within six months. Our cutting-edge research spans three strategic pillars: Materials Design & Synthesis, Advanced Manufacturing & Digitalization, and Polymer Lifecycle Engineering & Circularity. With strong industry partnerships connecting you to over 1,500 companies in Slovenia and abroad, FTPO offers both academic excellence and practical experience. Whether you're a student, researcher, or industry professional, we welcome you to explore opportunities in one of the world's most dynamic technological fields.

Watch our introduction video: https://youtu.be/R83PiCc3FLI

Explore More:

• About FTPO - Learn about our unique position and offerings
• For Researchers - Discover our cutting-edge research opportunities
• For Students - Shape your future with our study programs
• Erasmus+ - Join our international academic community
• Work at FTPO - Career opportunities and positions available
• Slovenian Higher Education System
• Contact Information

Pioneering polymer technology education and research in Central Europe

About Us

Faculty of Polymer Technology is the only faculty in South East Europe offering holistic study programs in polymer technology, covering all aspects: chemistry and material science, design and simulation, processing, characterization of polymer materials, and applications.

We strive to provide a vibrant learning environment, inspiring innovative research and outstanding value for partners from industry in one of the most interesting technological fields in the world. Polymers as the materials of the 21st century are shaping everything from medicine and mobility to sustainability and future technologies.

We Provide

• Bachelor and Master study program in polymer technology
• Modern labs in processing, characterisation, synthesis, modelling and simulation and in additive manufacturing
• Interesting research projects and excellent mentors
• Supportive, student-friendly environment in the city of Slovenj Gradec, surrounded by nature and mountains
• Personalized support to all partner students, staff and researchers with all accommodation, visas, insurance, and language, as well as guidance services

Why Choose Us?

• Unique focus on polymer technologies in Central Europe
• Internationally esteemed institution
• Strong industry partnerships and career opportunities
• Access to modern labs and research projects
• Supportive and student-friendly environment
• Erasmus+ and international exchange opportunities
• Innovative teaching methods

Research Fields

• Dynamic & Adaptive Polymer Systems
• Functional Bio-Materials from Renewable Sources
• Polymer Technologies, Processing & Manufacturing
• AI-Driven Material & Process Innovation
• Component Performance & Lifetime Engineering
• Molecular Valorization via Chemical Recycling
• Upcycling & Mechanical Recycling of Composites

Join our cutting-edge research community

Our Research Excellence

FTPO's research strategy is built on three interconnected pillars that represent the full spectrum of polymer technology innovation - from molecular design to industrial application and sustainable lifecycle management. Our approach integrates fundamental research with practical applications, ensuring that scientific discoveries translate into real-world solutions for industry and society.

Research Areas

The most research-intensive staff is working in the fields of:

• Materials Design & Synthesis (Smart Polymers, Bio-materials, Molecular Engineering)
• Advanced Manufacturing & Digitalization (Processing Optimization, AI Integration, Industry 4.0)
• Polymer Lifecycle Engineering & Circularity (Performance Analysis, Recycling Technologies, Sustainability)

while you may find active colleagues also in Chemical Engineering, Mechanical Engineering, Environmental Sciences, and Digital Technologies.

Research Pillars & Programmes

Pillar 1: Materials Design & Synthesis

This pillar forms the scientific bedrock of our innovation. We design the materials of tomorrow by embedding circularity and high-value functionalities at the molecular level.

• Dynamic & Adaptive Polymer Systems This area focuses on designing "smart" polymers with programmable, active functionalities. We are moving beyond static materials to create systems that can adapt, change, and be repaired on demand. Our core expertise lies in the mastery of Covalent Adaptable Networks (CANs) and vitrimers.
• Functional Bio-Materials from Renewable Sources This area moves beyond simple substitution of fossil-based plastics. Our focus is on the valorization of biomass and agricultural waste streams by transforming them into advanced functional materials with tailored, high-value properties.

Pillar 2: Advanced Manufacturing & Digitalization

This pillar is defined by our ability to translate advanced material science into industrial reality, efficiently and intelligently.

• Polymer Processing & Manufacturing Our ability to optimize manufacturing processes is fundamental to our success. We don't just use manufacturing technology; we perfect it through a deep understanding of process-property relationships.
• AI-Driven Material & Process Innovation In a strategic move to define the future of R&D, we are developing a new methodology for AI-driven innovation. By leveraging AI for discovery, process optimization, and performance prediction, we can dramatically reduce development time and de-risk projects for our partners.

Pillar 3: Polymer Lifecycle Engineering & Circularity

This pillar synthesizes our extensive work on sustainability into a coherent strategy for mastering the entire lifecycle of polymer materials, from ensuring their real-world performance and longevity to creating advanced end-of-life solutions.

• Component Performance & Lifetime Engineering Our most forward-thinking contribution to sustainability is the focus on in-life management and waste prevention by engineering durable, long-lasting components. Focus of the area is given fatigue, wear, and failure analysis of high-performance polymer gears.
• Molecular Valorization via Chemical Recycling This area focuses on the high-value depolymerization of polymers into their constituent monomers, allowing the creation of new, virgin-quality materials from post-consumer and post-industrial waste.
• Upcycling & Mechanical Recycling of Composites This area tackles the challenging task of incorporating processed waste from complex end-of-life (EoL) products into new, high-value material streams through advanced mechanical recycling and re-compounding.

More information about research programs can be found here: Research projects

Current Research Projects

FTPO is actively involved in cutting-edge research projects funded by national and international agencies. Our current portfolio includes projects focusing on sustainable materials, advanced processing technologies, and innovative applications.

For detailed information about our current research projects: Current projects

Laboratories

FTPO enables researchers to collaborate within specialized laboratory groups:

Laboratory for Processing of Polymers:

• Twin-screw extruder (LABTECH - LTE 20-44)
• Injection molding machine (KRAUSS MAFFEI, CX 50-180 blue power)
• Two BAOPIN BP-8176-B single-pole extruders for co-extrusion
• BAOPIN BP-8170-B hydraulic press
• Specialized injection molding tools and tempering devices

Laboratory for Characterization of Polymers:

• Differential scanning calorimeter (Mettler Toledo, DSC 2)
• Flash DSC (Mettler Toledo, Flash DSC)
• Universal testing machine (Shimadzu, AG-X plus)
• Dynamic mechanical analyzer
• Impact strength instrument (CHARPY LY-XJJDS)

Laboratory for Testing and Analysis:

• UV chamber (Intelli-ray 600) for weathering tests
• Xenon testing chamber (Atlas, SUNTEST XXL+)
• Respirometer for biodegradability analysis (ECHO, RESEP 02)
• Composters (NATUREMILL) for composting studies
• Software for LCA analysis (GaBi)

Laboratory for Modelling and Simulation:

• 21 computers equipped with licenses for 3D modelling
• Numeric simulations software for process optimization
• Advanced computational tools for material design

For more detailed equipment specifications check here: Research equipment

Your gateway to international academic experience

About Erasmus+

Erasmus+ has opportunities for people of all ages, helping them develop and share knowledge and experience at institutions and organisations in different countries. For nearly 30 years, the EU has funded the Erasmus programme, which has enabled over three million European students to spend part of their studies at another higher education institution or with an organisation in Europe. Erasmus+ brings such opportunities to all – students, staff, trainees, teachers, volunteers and more.

FTPO and Erasmus+

Faculty of Polymer Technology is taking part in the Erasmus+ Programme since 2010 and is the holder of ERASMUS CHARTER FOR HIGHER EDUCATION - ECHE.

Within Erasmus+ KA1, we offer opportunities for:

• STUDENTS (STUDY AND TRAINEESHIP)

  Studying abroad is a central part of Erasmus+ and has been shown to have a positive effect on later job prospects. It is also a chance to improve language skills, gain self-confidence and independence and immerse yourself in a new culture.

• STAFF (TEACHING)

  With Erasmus+, opportunities are available to spend time teaching at an education institution abroad. These opportunities are available to both staff working in the education sector and to individuals working outside the sector invited to share their knowledge and experience.

• STAFF (TRAINING)

  With Erasmus+, training opportunities are available to staff working in education, both in teaching and non-teaching capacities. Training periods abroad can consist of job shadowing, observation periods or specific training courses abroad.

CONTACT INFORMATION

ERASMUS+ COORDINATOR:

• Sara Jeseničnik
• Phone: +386 (0)2 620 47 64, +386 (0)41 332 958
• Email:  [email protected]

BASIC INFORMATION:

• Erasmus FTPO ID code: SI MARIBOR09
• PIC: 986247986
• Erasmus ID: E10175286

Join our team and shape the future of polymer technology

Young Researchers

The aim of the young researchers program is to educate and train new generations of researchers. Young researchers rejuvenate research groups at FTPO and bring fresh ideas and approaches to the research space that contribute to the development of scientific research and innovation activity in polymer technology and beyond.

As a rule, young researchers carry out doctoral studies at FTPO and are trained in the framework of our polymer technology research programmes.

An open call is published each year in spring with a deadline in early summer.

Postdoctoral Researchers

Each year several postdoctoral research positions are available at FTPO, mainly funded through programmes and projects of the Slovenian Research Agency and the European Commission.

Most positions are published in the fields of:

• Dynamic & Adaptive Polymer Systems
• Functional Bio-Materials from Renewable Sources
• Polymer Technologies, Processing & Manufacturing
• AI-Driven Material & Process Innovation
• Component Performance & Lifetime Engineering
• Molecular Valorization via Chemical Recycling
• Upcycling & Mechanical Recycling of Composites

You can check available positions on the FTPO webpage, EURAXESS or contact us at [email protected].

MSCA (Marie Skłodowska-Curie Actions)

FTPO is open to researchers who would like to visit us with MSCA fellowships. You can contact our research staff directly or send your inquiry to [email protected].

Experienced Researchers

Strong research is possible with strong mentors, which is why FTPO is also attracting experienced researchers, mainly funded through programmes and projects of the Slovenian Research Agency and the European Commission.

Research positions are available across all our specialized polymer technology fields, from materials science and chemistry to processing, characterization, and applications.

You can check available positions on the FTPO webpage, EURAXESS or contact us at [email protected].

Ready to Join Our Team?

We're always looking for passionate individuals who want to contribute to the advancement of polymer technology. Whether you're a young researcher, experienced scientist, or administrative professional, we'd love to hear from you.

Contact: [email protected]

Understanding the Bologna Process and ECTS credits

Bologna Process

Slovenia is part of the European Higher Education Area (a.k.a. Bologna Process). Thus, studies are divided into 1st, 2nd, and 3rd cycle.

First Cycle Study Programmes The first cycle study programmes are academic and professional study programs. Their duration is determined by years (three to four years) and ECTS credit points (180 to 240 ECTS). 60 credit points may be obtained per study year; 1 credit point consists of 25 to 30 hours of a student's work.

Second Cycle Study Programs
The second cycle study programs are master's study programs (master's professional degree). They consist of 60 to 120 credit points and last from one to two years. The duration of an individual master's study program must be planned with regard to the duration of the first cycle study program.

The total duration in the same field of study for master's programs must not exceed five years (3+2, 4+1). The second cycle study programs also include single-cycle master's study programs (300 ECTS).

Third Cycle The third cycle consists of one type of study program: doctoral study programs. It lasts for three years, and study requirements consist of 180 credit points, two thirds of which shall be acquired by research. The degrees in all three cycles can be formed as joint degrees.

Higher education institutions may organize and provide supplementary study programs as a form of lifelong learning. Studies are organized as full-time or part-time studies.

Grading System

Students' learning achievements are graded according to the Slovene grading system, which is transferred in the European Credit Transfer and Accumulation System (ECTS) as follows:

European Credit Transfer System (ECTS)

The European Community Course-Credit Transfer System (ECTS) was developed to provide common procedures to guarantee the academic recognition of studies abroad. It is based on the principle of mutual confidence and trust between the participating higher education institutions.

ECTS credits are a value allocated to course units to describe the student workload required to complete the course. They reflect the quantity of work each course unit requires in relation to the total quantity of work necessary to complete a full year of academic study at the institution. This includes lectures, practical work, seminars, tutorials, fieldwork, private study – in the library or at home – and examinations or other assessment activities.

ECTS is thus based on a full student workload and not limited to contact hours only. In ECTS, 60 credits represent the workload of an academic year of study; a semester is normally 30 credits. One credit is awarded to 25 to 30 hours of student work. Credits are awarded only when the course has been completed and all required examinations have been passed.