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Luke Shingles
Belfast, United Kingdom
I'm an experienced researcher with a PhD in computational astrophysics. I'm skilled in high-performance computing, scientific software development (including Python/C/MPI/OpenMP), data analysis, and visualisation. I have experience developing and using software on various supercomputers to solve systems of differential equations (e.g., for stellar structure and nuclear reaction networks) and carry out large-scale (>1000 core) Monte Carlo simulations of radiation and particle transport. I have a strong interest in computer graphics, performance optimisation, and enjoy learning new technologies. I would like to develop my knowledge of GPU programming (CUDA/OpenCL), machine learning, and computer vision (OpenCV).
CodersRank Score
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This represents your current experience. It calculates by analyzing your connected repositories. By measuring your skills by your code, we are creating the ranking, so you can know how good are you comparing to another developers and what you have to improve to be better
Information on how to increase score and ranking details you can find in this blog post.
1,380.8
CodersRank Rank
Top 1%
Top 50
C++
Developer
United Kingdom
Top 10
Python
Developer
United Kingdom
Top 50
Rust
Developer
United Kingdom
Highest experience points: 0 points,
0 activities in the last year
Python
620.5
exp.
C++
309.8
exp.
Shell
88.7
exp.
HTML
46.1
exp.
JavaScript
31.7
exp.
JSON
14.2
exp.
Rust
21.1
exp.
This section lets you add any degrees or diplomas you have earned.
The Australian National University
Doctor of Philosophy, Computational Astrophysics
Jan 2012 - Aug 2015
Thesis: 'Neutron-Capture Nucleosynthesis and the Chemical Evolution of Globular Clusters'
Research into the evolution of low-mass stars and the origin of chemical elements in the universe using simulation software running on high-performance compute clusters. Developed a simulation of chemical evolution in galaxies using Fortran and OpenMP to solve a system of differential equations.
Research into the evolution of low-mass stars and the origin of chemical elements in the universe using simulation software running on high-performance compute clusters. Developed a simulation of chemical evolution in galaxies using Fortran and OpenMP to solve a system of differential equations.
The Australian National University
Bachelor of Science with Honours (First Class), Astronomy & Astrophysics, Mathematics, Theoretical Physics
Jan 2008 - Dec 2011
Majors: Astronomy & Astrophysics, Mathematics, Theoretical Physics
Honours Thesis: 'The Sulfur Anomaly in Planetary Nebulae and Post-AGB Stars'
Honours Thesis: 'The Sulfur Anomaly in Planetary Nebulae and Post-AGB Stars'
QUT (Queensland University of Technology)
Bachelor of Information Technology, Software Engineering
Jan 2004 - May 2007