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justinbt1/README.md

Hi there, I'm Justin Boylan-Toomey πŸ‘‹

🏒 Work

Currently I lead the Machine Learning team at the Wellcome Trust, where we develop machine learning models and metrics to support Wellcome fund new discoveries in life, health, and wellbeing. We also support the Wellcome Collection, a museum that explores the connections between medicine, life and art.

Areas I have worked on at Wellcome (working with many fantastic colleagues, teams and external collaborators) include:

Leadership: Since joining Wellcome in 2022 I've implemented development standards, a robust prioritisation process and a technical road map, increasing the delivery of high impact machine learning products and the status of data science within the organisation. Improving our data and MLOps infrastructure alongside setting the direction of the teams technical work. The teams work includes the automatic topic modelling of research publications using BERTopic and the Llama large language model, development of WellcomeBertMesh a transformer model for tagging texts with MeSH terms, using text content and network dynamics to predict translational potential, and the development of network and citation based metrics. You can follow our team's work on the Wellcome Data blog here.

Wellcome Academic Graph: Designed, modelled and developed the Wellcome Academic Graph, a heterogeneous academic graph stored in Neo4j. Capturing over 2 billion relationships between 200 million academic entities, enabling our work to apply and development network based metrics and geometric machine learning.

β˜• Get in Touch

I am always interested in discussing the use of data and machine learning in research funding and data science for public good.

Pinned

  1. Multimodal-Document-Classification Multimodal-Document-Classification Public

    MSc project investigating multi-modal fusion approaches to combining textual and visual features for multi-page classification of documents within the OGA National Data Repository (NDR).

    Jupyter Notebook 3

  2. Akin Akin Public

    Python library for detecting near duplicate texts in a corpus at scale using Locality Sensitive Hashing, as described in chapter three of Mining Massive Datasets.

    Python 7

  3. WAME-Optimiser WAME-Optimiser Public

    Implementation of the WAME (Weight-wise Adaptive learning rates with Moving average Estimator) optimization algorithm for TensorFlow version 2.0 or higher.

    Python

  4. Mystic-Bit Mystic-Bit Public

    Forked from connortann/mystic-bit

    Learning whilst drilling through real-time, near-bit prediction ahead of the drill-bit, using offset well log data.

    HTML 1