Chuong Nguyen joined Borevitz Lab in May 2014. His role is to develop image analysis methods for Borevitz Lab and the High Resolution Plant Phenomics Centre (HRPPC).

From 2011 to 2014, Chuong was a postdoc scientist at CSIRO Computational Informatics in Canberra. His postdoc involved with 3D modelling of plants, as collaboration with HRPPC, and insects, as collaboration with the Australian National Insect Collection (ANIC). His 3D insect modelling work  received ACT iAward in R& D category for in 2014. His 3D plant modelling work received CSIRO Innovation Award in 2013.

In 2013, Chuong collaborated with CSIRO artist-in-resident Eleanor Gates-Stuart on StellrScope project for Canberra Centenary 2013.

In 2012, Chuong spent two month visiting Microsoft Research in Cambridge, UK. During this time, he collaborated with Dr Shahram Izadi on a study of Kinect sensor’s noise and its role in KinectFusion. Chuong received CSIRO Acorn Grant 2011-2012 to support this international collaboration.

From 2010 to 2011, Chuong worked for the Centre for Synchrotron Science at Monash University. He made a major contribution to the development of a novel Gamma-ray camera. This work led to an Australian patent.

From 2008 Chuong was an opensource developer during his PhD. He contributed to FreeMat project which develops an alternative environment to Matlab.

Chuong Nguyen completed his PhD in engineering from Monash University in Melbourne in 2010. Previously he obtained his master degree from Ritsumeikan University in Kyoto and bachelor degree (1st-class honors) from Ho Chi Minh City University of Technology in Vietnam.

Current projects:

Below is some information about my work for Boreviz Lab:

Raw image (left) and image after correction for distortion and color error (right)

BVZ0018-GC05L-C01~fullres-orig_2013_08_20_12_00_00_00_resized  BVZ0018-GC05L-C01~fullres-corr_2013_08_20_12_20_00_00_resized

Tray and pot detection:

Tray & pot detection

Below is some information about for the High Resolution Plant Phenomics Centre:

Leaf detection and metrics extraction:

Segmented leaf  Leaf   Distance function from boundary to centroid

3D plant modelling: one of images captured from a Seteria (left) and the snapshot of resulting 3D reconstruction (right)

 One of input image of Seteria  A snapshot of the Seteria 3D model

Past projects:

3D insect modelling: a demo of interactive 3D insect models is available at

3D scanning method  An input image and resulting 3D mesh models  

3D plant modelling: most notable is my development of camera calibration for PlantScan

Canberra Centenary 2013 with Eleanor Gates-Stuart

Noise modelling KinectFusion: KinectFusion reconstruction of a flower plot


Please refer to my ResearchGate or LinkedIn webpages for updated list of publications.