I am keen to find the best approach to solving a problem. This means it should be accurate and fast.
From numerical and science perspective I am familiar with concepts
- computational fluid dynamics for modelling transitional or turbulent flow and all modes of heat transfer (6 years)
- numerical methods for integration, differentiation, iterative solution methods (8 years)
- general physics including mechanics, thermodynamics, optics, quantum physics (3 years)
Expert with using this software for computational modelling
- MATLAB for radiation modelling, integration, and data visualization (7 years)
- ANSYS CFX and Fluent for computational fluid dynamics (2+ years)
- ANSYS DesignModeller, Meshing for geometry and mesh creation for fluids simulations (1 year)
- ANSYS SpaceClaim for geometry simplification and cleaning (¡1 year)
- Tecplot for data visualization (4 years)
- high-performance computing such as Raijin at NCI, Leonardi at UNSW (2+ years)
- OpenFoam (0.2 years)
- PowerShell (0.1 year)
For programming
- Fortran for scientific programming (5 years)
- Perl for scripting and web backend (6 months for work + 2 years for PhD)
- JavaScript for web (5 years)
- Objective C for desktop apps (1 year)
Linux
- Debian package management and configuration of the package manager for different releases
- testing and bug reporting of the ’experimental’ Debian distribution
- installation on new hardware for laptops and micro-servers, configuration of RAID and rsync For computer networking and servers
- MediaWiki, Ikiwiki content management systems for websites: install, configuration and usage (3 years)
- UnrealIRCd, INSPircd, charybdis, ratbox chat servers: install and configuration and usage; RFC 1459 (3 years)
- Apache, Nginx web servers: configuration (2 years)
General communication and research techniques:
- presentation for PhD and research at several local and one international conference (3 years)
- leadership and team work for research, involving online and in person communication with peers to aid learning, sharing knowledge, and efficient task completion (2 years)
- reading every day to learn and self develop to advance background knowledge of the theory and applications which are currently being investigated (1 year)