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State:
QLD
University:
Griffith University
Status:
Domestic Student
Discipline:
Medical, Biological and other Sciences
Research Specialty:
Chemistry, Computational chemistry, Environmental Science, Mathematics, Pharmacology, Programming

As a computational chemist, my skill set is diverse, including statistics, modelling, python, and chemistry/physics. I also have clear communication and leadership abilities. My academic journey has mainly focused on the energy sector, yet I am open to working in sustainability, environment, computer science, data analysis or drug discovery.

Application of Research to Industry

My academic journey has mainly focused on the energy sector and hydrogen technology. Therefore, I would fit best in material discovery, electrocatalysts or hydrogen economy challenges. However, my skill set as a computational chemist is diverse and transferable to many industries. I have consulted organic experimental research and most chemical fields because of my strong math and computer science background. My data science and statistical senses have also been refined through years of handling quantitative analyses of large data sets. I have also begun incorporating python software to automate my academic work. Additionally, I have often given talks about my specialized field to those with varying levels of understanding, so I am familiar with communicating to the masses. Finally, I have taught at Griffith University during my education.

Key Skills

  • Technical Skills: Proficiency with python, experienced with density functional theory and VASP, deep understanding of electrochemistry and the energy sector, data science, statistical inference, Microsoft word, writing
  • Soft Skills: Matured teamwork/leadership abilities, clear communication, writing, critical evaluation of literature

 

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