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Trimble Fund

  • Home
  • About Trimble
  • Trimble 2016
  • Trimble 2020
  • Trimble 2022
  • Trimble 2023

Trimble 2017

  • Trimble 2017 overview
  • Integration of image and displacement monitoring techniques for masonry infrastructure
  • The Intelligent Interactive Systems group
  • Improving the Efficiency of Geometry & Visual Data Collection for Bridges
  • Geometric design and simulation of architectural freeform shells and skins
  • Hybrid system for bridge weigh-in-motion and long term monitoring

Trimble 2018

  • Trimble 2018 overview
  • Optimising Information Display and Editing Interfaces in Mixed Reality
  • FABROB: A Robot for Flexible Pre-Fabrication
  • Novel Use of Video Data to Gauge Occupant Wellbeing in Buildings
  • Automating the Visual Inspection Process for Masonry Arch Bridge Condition Monitoring
  • Indoor Positioning using Consumer Technology

Trimble 2019

  • Trimble 2019 overview
  • Point Clouds for Machine Learning
  • The Seismic Performance of Sustainable Tile-Vaulted Structures
  • Monitoring Slope Stabilities with Novel Imaging Techniques
  • 3D Printing Buildings using Wood
  • Computational and Sensing Vitamins for Construction and Infrastructure
  • Home
  • About Trimble
  • Trimble 2016
  • Trimble 2017

    Trimble 2017

    Trimble 2017 overview
    • Integration of image and displacement monitoring techniques for masonry infrastructure
    • The Intelligent Interactive Systems group
    • Improving the Efficiency of Geometry & Visual Data Collection for Bridges
    • Geometric design and simulation of architectural freeform shells and skins
    • Hybrid system for bridge weigh-in-motion and long term monitoring
  • Trimble 2018

    Trimble 2018

    Trimble 2018 overview
    • Optimising Information Display and Editing Interfaces in Mixed Reality
    • FABROB: A Robot for Flexible Pre-Fabrication
    • Novel Use of Video Data to Gauge Occupant Wellbeing in Buildings
    • Automating the Visual Inspection Process for Masonry Arch Bridge Condition Monitoring
    • Indoor Positioning using Consumer Technology
  • Trimble 2019

    Trimble 2019

    Trimble 2019 overview
    • Point Clouds for Machine Learning
    • The Seismic Performance of Sustainable Tile-Vaulted Structures
    • Monitoring Slope Stabilities with Novel Imaging Techniques
    • 3D Printing Buildings using Wood
    • Computational and Sensing Vitamins for Construction and Infrastructure
  • Trimble 2020
  • Trimble 2022
  • Trimble 2023
    • Home
    • About Trimble
    • Trimble 2016
    • Trimble 2017
    • Trimble 2018
    • Trimble 2019
    • Trimble 2020
    • Trimble 2022
    • Trimble 2023

Trimble 2019

  • Trimble 2019 overview
  • Point Clouds for Machine Learning
  • The Seismic Performance of Sustainable Tile-Vaulted Structures
  • Monitoring Slope Stabilities with Novel Imaging Techniques
  • 3D Printing Buildings using Wood
  • Computational and Sensing Vitamins for Construction and Infrastructure

Trimble 2019

Trimble Funding 2019

The funding awarded in 2019 has been used for the following purposes:

Title

Principal Investigator

Point Clouds for Machine LearningDr Ioannis Brilakis 
The Seismic Performance of Sustainable Tile-Vaulted StructuresEftychia Dichorou
Monitoring Slope Stabilities with Novel Imaging TechniquesDr Dongfang Liang 
3D Printing Buildings using WoodDr Sebastian Pattinson 
Computational and Sensing Vitamins for Construction and InfrastructureDr Phillip Stanley-Marbell 

Trimble Fund

University of Cambridge Department of Engineering 7a JJ Thomson Avenue CB3 0FA
centre.manager@construction.cam.ac.uk
01223 3 32812
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