Basically all wood produced, sawn timber, ends up in some form of timber structure either as a building, joinery product or as furnishing.
Seen as an engineering material, wood is a lightweight and durable advanced fiber composite. The technical challenge is to understand and mastering the in-built variation of the wood features and its hygroscopic behavior.
The program has three main areas to choose to specialize in; Timber Design, Wood Material Development and Modification or Process Development.
Former students emphasize that it is the first training where they really are allowed to pursue their own projects and really given the chance to immerse themselves in “their own” subject. The ambition is that all projects shall be of such quality that they can be published in a scientific journal or presented at an international conference, so far a very successful ambition.
A maximum of five students will be admitted each semester. The expectations at these students are high; they should show initiative in their projects, be committed to and take great responsibility in their own learning process. The teaching is based on active and individual tutoring of each student, by our professors, based on the student's learning needs and project objective.
50% of the courses are instructor-led problem-based project courses in which the student obtain a unique specialization, the remaining 50% are more traditional, providing a wider theoretically knowledge base.
When possible the students will, via the project courses, be involved in larger on-going research project and thereby given the opportunity to work side-by-side with our researchers.
All teaching is in English.
The program is a preparation for postgraduate studies worldwide. If you aim at an industrial career, there is a pronounced need of wood specialist within the branches of; industrialized timber constructions, joinery industry, sawmills and manufacturers of machines and measurement equipment.
Normal, Spring 2018
Academic degree minimum of 180 credits, (Bachelor or Bachelor of engineering) with a natural science or technical profile of at least 60 credits. A minimum of 15 credits mathematics must be included in the degree.
Documented skills in English language.More information about English language requirements»
The selection procedure is based on academic qualifications, quality and quantity aspects
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The programme syllabus includes a description of the programme structure and its courses. The study schedule shows shows the order in which the courses in the programme are carried out. The qualification descriptor includes local and central requirements that must be met for a particular degree.
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