Jonathan Broadbent
Computational Scientist @Sanofi
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WORK HISTORY
Computational Scientist @Sanofi
Toronto, ON, CA
At the Sanofi AI Center of Excellence, I work within Digital R&D, supporting researchers in the pre-clinical stages of therapeutic development. The center focuses on advancing AI-driven solutions to accelerate the development of new medicines, using cutting-edge technologies to improve efficiencies across the drug discovery pipeline.Specifically, I work within the unstructured data search team, where we develop and apply machine learning models to analyze complex, unstructured scientific data. Our team works to uncover insights that drive target discovery and optimize the synthesis of formulations. My work includes- Developing advanced AI models, including transformers, graph neural networks, and large language models, to mine and analyze unstructured data for therapeutic breakthroughs- Using AI-driven tools to assist chemists in making more informed, data-driven decisions, enhancing both the efficiency and precision of their work- Leading cross-functional efforts to create actionable representations of complex biological data that support the discovery of new therapeutic targets.In addition to my technical work, I mentor junior team members and collaborate with stakeholders across departments to ensure the alignment of AI models with Sanofi’s strategic goals. By maintaining a calm and strategic approach, I guide teams through complex challenges, ensuring a balance between scientific rigor and innovative AI solutions.
EDUCATION
McGill University
Bachelor of Science - BS, Honours Computer Science and Biology
UCL
Biology/Biological Sciences, General
University of Toronto
Master's degree, Computer Science
ABOUT JONATHAN BROADBENT
Bridging Science, AI, and Healthcare InnovationI am a computational biologist and data scientist driven by a passion for research and scientific precision. My work focuses on transforming complex biological data into actionable insights that advance healthcare. With a calm, focused, and calculated approach, I thrive in high-impact environments where rigorous science meets real-world application. Applying Science with Industry Speed and Academic RigorI believe that the most transformative solutions emerge from the intersection of cutting-edge research and real-world implementation. My expertise lies in translating academic discoveries into scalable, practical tools, ensuring that scientific advancements are both rigorous and impactful. I am deeply committed to upholding the precision and depth of academic research while accelerating innovation in industry settings.🧠 Technical Prowess Meets Leadership and CollaborationMy work is rooted in deep technical expertise, but what sets me apart is my ability to lead and collaborate across disciplines with a calm, measured, and strategic approach. Whether designing AI-driven solutions for biological problems or working alongside researchers and engineers, I ensure that scientific precision is never compromised while fostering innovation and efficiency. Creating Representations of Complex Biology for AI and BeyondBiological systems are intricate, and I specialize in developing accurate computational representations of complex biological processes to enable AI-driven discoveries. My work bridges the gap between biological complexity and data science, unlocking new insights that drive healthcare innovation.Let’s connect if you share a passion for scientific research, AI in healthcare, and translating academia into real-world solutions.
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