Teaching materials for industrial wood construction education
The teaching material on industrial wood construction produced by the tPUUr project is intended for use by teachers in secondary schools, universities of applied sciences and universities. The material is intended for use in industrial wood construction education and training as widely as possible. It covers the whole process, from wood material, design, industrial manufacturing and site operations to environmental impacts, repair of wooden buildings and construction economics. The project has been funded by the Ministry of the Environment.
The material was produced in 2021-2022 in a project led by Puuinfo Oy, with the participation of:
- Vocational College Lapland (Ammattiopisto Lappia),
- TTS-Työtehoseura,
- South-Eastern Finland University of Applied Sciences (Kaakkois-Suomen ammattikorkeakoulu),
- Metropolia University of Applied Sciences (Metropolia ammattikorkeakoulu),
- Jyväskylä University of Applied Sciences (Jyväskylän ammattikorkeakoulu),
- University of Tampere (Tampereen yliopisto), and
- Federation of the Finnish Woodworking Industries (Puutuoteteollisuus ry).
The following acted as Puuinfo’s experts:
- Engineering Office Lahtela (Insinööritoimisto Lahtela),
- Natural Resources Institute Finland (Luonnonvarakeskus/Luke),
- Sweco Building services (Sweco Talotekniikka), and
- HELST Architectural Office (Arkkitehtitoimisto HELST).
Licensing
The teaching materials are licensed under a Creative Commons Attribution-ShareAlike licence, which ensures that the author is credited as the author of the teaching material and that other users are free to use the teaching material as part of their learning, teaching and training needs.
The licence also allows other people to make their own edits to the material, ensuring that the material can continue to be updated and live on after the original author no longer keeps it up to date. The Creative Commons Attribution-ShareAlike licence also ensures that all edits and re-edits made to the material are shared under the same open licence.
The material is licensed under the Attribution-ShareAlike (CC BY-SA) licence, which requires that the author is properly credited when the material is used and that derivative works may only be distributed under the same licence as the original work.
Educational material content
You can download the material by clicking on the link . The files are in .pptx format.
1 Wood as construction material
2 Industrial construction systems
- 2.1 Column-and-beam frame
- 2.2 Prefabricated box units
- 2.3 Load-bearing solid timber frame
- 2.4 Hybrid frame
- 2.5 Load-bearing panelised units with solid timber structure
- 2.6 Load-bearing panelised units with framed structure
- 2.7 Panelised units+nail plate trusses construction of industrial halls
- 2.8 Ring-beam construction and arched frames Construction of industrial halls
3 Architectural design
- 3.1 Introduction – Wood construction and architecture
- 3.2 Planning and building types from the perspective of wood architecture
- 3.3 Building regulations from the perspective of wood use
- 3.4 Construction processes and the potential of wood at different stages of the construction process
4 Structural design
- 4.1 Design bases
- 4.2 Straight beams and columns
- 4.3 Joints 1 – Screw connections
- 4.4 Frame structured panel stiffener
- 4.5 Nail plate truss roof
- 4.6 Solid wood panels
- 4.7 Log structures
- 4.8.1 3-hinged arch
- 4.8.2 3-pin-jointed truss
- 4.8.3 Variable cross-section beams
- 4.8.4 Dowelled grid
- 4.9.1 Fork board joint
- 4.9.2 Glued-in rod joint
- 4.9.3 Torsionally rigid adhesive screw joint
- 4.10 Stiffening of a wooden apartment block
- 4.11 Stiffening of the cantilever column hall
- 4.12.1 Non-fire proof screwed connection
- 4.12.2 Non-fire resistant wooden structures
- 4.13 Fire-proofed wooden structures
- 4.14 Fire design of a CLT panel
5 HVAC technology
6 Construction physics
7 Industrial prefabrication
- 7.1 Processing sawn timber
- 7.2 Prefabrication of units
- 7.3 Manufacture of CLT panels
- 7.4 Manufacture of log structures
- 7.5 Manufacture of LVL panels
- 7.6 Manufacture of nail plate structures
- 7.7 CAM manufacturing
- 7.8 Surface treatment of wood
8 Installation and construction site operations
- 8.1 Construction site
- 8.2 Tasks of the frame stage
- 8.3 External cladding and roofing work interior work
- 8.4 Condition management
9 Standards and product approval of construction products
10 Environmental impacts of wood construction
11 Repair construction of wooden buildings and use of wood in repair construction
- 11.1 Introduction – Repair construction
- 11.2 Options for using wood in energy renovation projects of suburban blocks of flats and in adding storeys to buildings
- 11.2 Options for using wood in energy renovation projects of suburban blocks of flats and in adding storeys to buildings
- 11.4 Wood façade repair
- 11.5 Replacing the bottom logs of a log house (“shoeing”)
- 11.6 Wood structure repair
12 Construction economy and project management
- 12.1 Project development and law
- 12.2 Cost management and value creation
- 12.3 Project management
- 12.4 Development activities and the added value of wood construction
- 12.5 Wood construction market
- 12.6 Industrial prefabrication