cv
Here is a copy of my CV. For a PDF copy click the icon on the top right.
Basics
| Name | Samuel Jackson |
| Label | Data Scientist | Research Software Engineer |
| samueljackson@outlook.com | |
| Github | samueljackson92 |
Work
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2024 - Present Principal Data Scientist
Culham Centre for Fusion Energy, UK Atomic Energy Authority
- Working within the Machine Learning and Visualisation at UKAEA to produce solutions and tools to advance the UK's fusion energy programme.
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2019 - 2024 Senior Data Scientist
Scientific Computing Department, STFC
- I work to apply machine learning and deep learning techniques to help solve a wide range of complex problems faced by scientific facilities at STFC and the wider UK community.
- Project: Developed an AI ready platform for FAIRly curating historical data from the MAST tokamak. This is a joint project with CCFE.
- Developed the SciML benchmark suite for scientific machine learning as part of the BASE I Excalibur Project. Benchmarks from this work were contributed as part of MLCommons. I am involved in the BASE II project to expand to Exascale capability.
- Project: Pulse shape discrimination and pile-up recovery in organic scintillator detectors which demonstrated a potential 5-10% gain in detector efficiency. This project was joint with ISIS and STFC Technology department.
- Project: Automatically identifying bad particle picks in Cryo-Eletrcon Microscopy data at Diamond Light Source using VAEs and CNNs.
- Project: Predicting damaged optics from diagnostic near field images in high energy laser physics for the Gemini laser at the Central Laser Facility using autoencoders for anomaly detection.
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2016 - 2019 Scientific Software Engineer
ISIS Neutron & Muon Source, STFC
- Worked to develop and maintain code bases for the reduction and analysis of diffraction data from the ISIS facility.
- Led an agile team of 4 people within the Mantid project to develop diffraction analysis tools.
- Secondment to SCD computational physics group: Developed code for running & analyzing the results of DFT (CASTEP) & DFTB+ calculations for finding the muon implantation site in organic crystal structures.
- Secondment to ISIS controls group: Wrote several new device drivers using EPICS, ported control scripts from an in-house language to Python, and developed test cases & emulators for many devices from temperature gauges to sample stages.
Education
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2011 - 2016 M.Eng
University of Aberystwyth, Aberystwyth, UK
Software Engineering
- Mathematics for Computer Science
- Computer Vision
- Machine Learning
- Robotics
- Agile Methodologies
- C++ Programming
- C Programming
Skills
| Python | |
| numpy | |
| scipy | |
| pandas | |
| geopandas | |
| matplotlib | |
| dask | |
| xarray | |
| hvplot | |
| pytest | |
| ase | |
| mpi4py |
| C++ | |
| C++14 | |
| boost | |
| eigen | |
| pybind11 | |
| xtensor | |
| qt | |
| poco | |
| cxxtest | |
| muparser |
| Machine Learning | |
| scikit-learn | |
| pytorch | |
| pytorch-lightning | |
| tensorflow | |
| keras | |
| pymc4 | |
| horovod |