Student Oral Presentation Award Recipients

Recipients of the SWST Student Oral Presentation Award

2024

1st Place:  Laura Schmidt, University of Edinburgh, United Kingdom, “How Much Does the Microstructure of Wood Effect Char Oxidation?”
2nd Place:  Christoph Preimesberger, Wood K plus, Austria, “Enhancing Fire Safety in Plywood:  Layered Treatment for Improved Flame Retardancy”
3rd Place:  Victoria Diederich, Oregon State University, United States, “Innovation and Sources of Knowledge in the Western North American Hardwood Sector”

2023

1st Place:  Andreas Tockner, University of Natural Resources and Life Sciences, Vienna, Austria, “Individual Tree Analysis via Person-Carried Laser Scanning (PLS)  in Forest Stands”
2nd Place:  Fernando Urdaneta, North Carolina State University, United States, “Hemp Hurds Alkaline Peroxide Mechanical Pulp for Hygiene Tissue Applications”
3rd Place:  Minami Suzuki, Chiba University, Japan, “Study on Load-Bearing Capacity and Failure Modes of Tensile-Bolted Joints in Timber Structures”

2022

1st Place:  Lena Marie Leiter, University of Natural Resources and Life Sciences, Vienna, Austria, “Developing a Continuous Measurement Setup for Electrostatic Surface Charges, Implemented in Woodworking Processes”
2nd Place:  Stavros Spyridakis, University of Queensland, Australia, “A Novel Bench-Scale Test Method to Characterise the Ignition Conditions for Timber Protected with Intumescent Coatings”
3rd Place:  Juan Roberto Vargas Garcia, University of the Sunshine Coast, Australia, “Ability of Shallow Preservative Barriers to Protect Australian Eucalyptus Heartwood Timbers: Accelerated Testing”

2021

1st Place:  Adam Wade, Mississippi State University, United States, “Identification of North American Hardwoods:  Wood Anatomists vs. Machine Learning Models” 
2nd Place:  Sujata Mandal, University of North Texas, United States, “Potential of Industrial Hemp Towards Environmental Applications” 
3rd Place:  Sameen Raut, University of Georgia, United States, “Image Analysis to Assess Wood Variability in Longleaf Pine Cross-Sectional Disks”