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Brief summary of me.
Basics
Name | Theo Wolf |
Label | Scientist (in training) |
theo@robots.ox.ac.uk | |
Url | theo-wolf.com |
Summary | Machine Learning researcher looking for how ML can help with climate change and scientific research. |
Work
-
2022.08 - 2024.09 Machine Learning Engineer
Carbon Re
Responsible for developing and maintaining ML models (PINNs, Kalman Filters) for improved control of cement plants. Lead a range of projects, such as a grant funded project for Department of Energy Security and Net Zero. Created and led the internal bi-monthly journal club within the ML team. A practice the team has kept to this day.
- Research
- Software Development
- Machine Learning
Education
-
2024.10 - 2028.10 Oxford, UK
DPhil (PhD) Autonomous Intelligent Machines and Systems
University of Oxford
Machine Learning applied to Sciences
-
2021.9 - 2022.9 London, UK
MSc Machine Learning
University College London
Theoretical Machine Learning
- Probababilisitc and Approximate Inference (Gatsby)
- Bayesian Deep Learning
- Applied Machine Learning
- AI for sustainable development
- Supervised Learning
- Reinforcement Learning (DeepMind)
- Proababilistic and Unsupervised Learning (Gatsby)
- Statistical NLP
-
2018.9 - 2021.6 London, UK
Publications
-
2023.12 Can Reinforcement Learning support policy makers? A preliminary study with Integrated Assessment Models
NeurIPS 2023 Tackling Climate Change with AI Workshop
This paper explored the potential to use Reinforcement Learning to better explore complex climate models and exploit potential feedback loops.
Skills
Machine Learning | |
Reinforcement Learning | |
Bayesian Inference | |
AI4Science |
Physics | |
Cosmology | |
Quantum Mechanics | |
Astrophysics |
Chemistry | |
Inorganic Chemistry | |
Physical Chemistry | |
Spectroscopy |
Languages
English | |
Native speaker |
French | |
Native speeker |
German | |
Professional working proficiency |
Spanish | |
Beginner |
Interests
Physics | |
Quantum Mechanics | |
Atmospheric Physics | |
Climate Change | |
Astrophyics | |
Cosmology | |
Theoretical Physics |
Machine Learning | |
Reinforcement Learning | |
Bayesian Inference | |
System Identification | |
Optimisation |
Chemistry | |
Spectroscopy | |
Inorganic Chemistry | |
Material Design | |
Chemical Engineering |
Projects
- - 05.2024
Kolmogorov-Arnold Networks, simply explained
Wrote a Medium article explaining the latest advance in neural networks
- Explained the latest advance in neural networks
- Tested KANs for against symbolic regression
- - 01.2024
Gaussian Processes, from scratch
Implemented Gaussian processes from scratch using only NumPy
- Implemented from scratch using NumPy
- Explored the fundamentals of Gaussian processes
- - 04.2023
Physics Informed Neural Networks
A collection of derivations of physics informed neural networks
- Implemented PINNs with Pytorch
- Tested PINNs for parameter estimation