DoctorNathan Kotlarewski

Adjunct Researcher

Architecture and Design

  • Adjunct Researcher
    Architecture and Design
  • +61 3 6324 4473 (Work)
  • School of Architecture and Design, Architecture and Design, T40B, Newnham Campus, TAS

SUPERVISION AND TEACHING SUMMARy

Teaching expertise

HDR supervision
International guest lecturer
Unit development and co-ordination
Workshop training and assessment
Student experience and industry engagement focus

Research Supervision

Nathan is an experienced HDR supervisor with ongoing candidates, including completions to date. His supervision areas of expertise are:

Industrial design
Timber product design and development
Mass timber
Innovation and commercialisation
Industry engagement

SUPERVISION & TEACHING

  • CURRENT DOCTORAL SUPERVISION
    Optimal Log Selection for Wood Products
    12 Apr 2023
  • CURRENT DOCTORAL SUPERVISION
    Design-build education in Australasia
    8 Mar 2023
  • CURRENT DOCTORAL SUPERVISION
    Developing Engineered Wood Products usingTasmanian Hardwood
    1 Oct 2022
  • COMPLETED DOCTORAL SUPERVISION
    Serviceability Performance of Cross-laminated Timber Panels from Fibre Managed Plantation Hardwood
    16 Aug 2021 - 10 Apr 2025
    Yingwei Liang
  • COMPLETED DOCTORAL SUPERVISION
    Developing Glulam Product from Fibre-managed Plantation Eucalyptus nitens
    16 Nov 2020 - 22 Aug 2024
    Jian Hou
  • COMPLETED DOCTORAL SUPERVISION
    New Engineered Timber Flooring Product Development for Low-density Plantation Hardwood
    12 Mar 2020 - 22 Aug 2024
    Kuluni Piumika Millaniyage
  • COMPLETED DOCTORAL SUPERVISION
    An Investigation of Eucalyptus nitens Plantation Wood Quality to Develop a Segregation Approach for Diversifying Resource Utilisation
    18 Sep 2017 - 16 Dec 2021
    Michelle Balasso
  • COMPLETED DOCTORAL SUPERVISION
    Methods to Increase the Efficient Utilization of Hardwood Lumber to Produce High-value Products
    1 Aug 2016 - 21 Aug 2021
    Kent Jason Davis
  • COMPLETED DOCTORAL SUPERVISION
    Optimising Laminated High-Mass Timber Components Assembled from a Fibre-Grown Resource for Building Applications
    30 Jun 2016 - 10 Dec 2019
    Mohammad Derikvand