Studieren an der Professur für Holztechnik und Faserwerkstofftechnik
Holz ist der bedeutendste nachwachsende Rohstoff, dessen Potenziale für die stoffliche und energetische Nutzung bei weitem noch nicht ausgeschöpft sind.
Das Studium beschäftigt sich mit allen Aspekten der Holz- und Fasertechnologie und legt den Fokus auf die interdisziplinäre Ausbildung von Holzingenieuren.
© Amac Garbe
What you can expect
Wood and paper characterize our lives as raw and building materials and energy source. We are surrounded by wood, wood products and paper in all areas of life. Wood is the most important renewable raw material, and its potential for material and energy use is far from exhausted. With 3.7 billion cubic metres, Germany has the largest absolute timber reserves in Europe and is one of the most productive timber locations in the world.
The five-year diploma course deals with all aspects of wood and fiber technology. Starting with the anatomy of wood, through the production and processing of wood-based materials and paper, to the construction of furniture and the recycling of waste paper. Students learn about the entire value chain of wood and paper as well as all the anatomical, chemical and physical characteristics of this natural material.
After a two-year foundation course in process engineering and natural materials technology, students choose a specialisation according to their interests. The Chair of Wood Technology and Fiber Materials Technology offers specialisations in wood and paper technology, whereby students are also given the opportunity to get to know both areas.
The theoretical studies are supplemented by various internships and excursions. Students can also gain a lot of practical experience through SHK activities and student projects, so that they are ideally prepared for their future career.
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