Shuhao Li

CSIRO

Clayton, VIC

03.2022 - 10.2023

Independently conducted literature research and reviews according to the research direction, identified the research gaps, and accordingly determined the topics and experimental schemes. The conducted research was in two directions: stability study of NH3-SCR catalysts and CO2 photocatalytic reduction study.
Set up the SCR testing reactor and the CO2 photocatalytic reduction rig for catalytic activity testing.
Collaborated with colleagues at CSIRO and other departments for the characterization and analysis of catalysts, including experiments and analyses like SEM, XRD, ICP, N2 adsorption-desorption, and H2-TPR tests.
Responsible for routine maintenance and training for some instruments like N2 adsorption-desorption and H2-TPR, involving discussion and training with users.
As a spokesperson, drafted proposal and obtained 72 hours of beamtime at the Australian Synchrotron. Organized a 6-person team including members from CSIRO, Swinburne University of Technology, and Monash University, successfully completing experiments. This involved multiple independent experimental plan discussions and preliminary tests with beamline scientists.
Analyzed experimental and characterization results, wrote, and published papers.

Swinburne University of Technology

Hawthorn, VIC

12.2021 - Current

Leveraged Swinburne's supercomputing resources to independently performed DFT theoretical calculations to validate experimental results. Capable of independently performing DFT calculations, followed by visualization and analysis of the results.
Collaborated with multiple other experimental projects, providing DFT calculations and post-processing analysis, thus assisting in validating their experimental conclusions. Demonstrated a good understanding of different subject directions and communication skills with relevant researchers.
Participated in the ACR project: "Breaking the Deadlock in Steel Corrosion Research for Preventing Catastrophes Due to Collapses of Corroded Infrastructure", conducted DFT calculations to analyzed the effects of H2O and O2 on the corrosion rate of Fe.
In the ARC project, reviewed various computational methods (including DFT calculations, molecular dynamics, numerical calculations, AI models, etc.) to ensure the use of appropriate methods at a certain length scale and time scale, and completed a review article.

Hebei University of Technology (China)

Tianjin, China

09.2019 - Current

Independently conducted topic analysis, mainly focusing on experimental research in the CO-SCR direction, and independently set up an activity test system for CO-SCR reaction.
Operated various characterization instruments for catalyst result characterization and was responsible for laboratory instrument management. This involved instrument usage allocation, routine maintenance, repair, and training.
Guided newcomers in topic selection, experimental scheme design, data analysis, and instrument training.
Provided DFT calculation guidance and analysis assistance for students and researchers in similar research areas.
Other laboratory works.

Summary