Aartificial intelligence, Data Analysis, Data science techniques, Data Visualization, Deep Learning, Linux Operating system, Machine learning techniques, Python Programming, PyTorch, TensorFlow
In the BioAI department, we advance the boundaries of healthcare and medical science through a combination of biology and artificial intelligence expertise. We are expanding a portfolio of successful initiatives across drug discovery, design, and protein engineering. Notably, we are developing the next-generation vaccines and biopharmaceuticals for cancer treatment and prevention and therapy of infectious diseases. By joining us, you will contribute to this effort in collaboration with scientists, engineers and biologists from both InstaDeep and BioNTech and have the opportunity to contribute to scientific papers submitted to leading conferences and journals.
Specifically, we work on the following research directions, and apply them at high scale in active production applications.
RNA Science: We are pushing forward the state of the art in optimisation of RNA for multiple characteristics including expression and half life in media and in cell. We are developing advanced methods of RNA characterisation and prediction of secondary and tertiary structure.
DNA Science: We are developing models of DNA chemistry to predict characteristics such as folding, binding energy and melting temperatures. We apply these models in areas such as biomolecule synthesis optimisation.
Immunogenicity: We are building models to understand the mechanisms of immunogenicity in order to design personalised immunotherapies.
Protein Folding: We are designing, utilising and improving the state-of-the-art protein folding models (e.g. AlphaFold 2, RFDiffusion, etc.) to investigate protein structural conformation and its distribution. These folding models are being used to understand protein functionalities, estimate protein stability, and study protein mutations and structural changes.
Protein Design: We are leveraging structural modelling, protein language models, protein folding models and quality-diversity methods to perform protein design with experimental feedback from wet labs.
Protein-protein Interactions: We are developing predictive models, based on molecular dynamic simulations and protein folding models, to study protein-protein interactions, dissociation kinetics, binding affinity enhancements and immune response activation.
Infectious Disease Modelling: We are actively monitoring the evolution of SARS-CoV-2 using structural modelling, DNA/protein language models, and protein folding models, with a direct impact on epidemiological studies and vaccine developments.
Responsibilities
Requirements
Desirable
Desirable at Senior Level
InstaDeep delivers AI-powered decision-making systems for the Enterprise. With expertise in both machine intelligence research and concrete business deployments, we provide a competitive advantage to our customers in an AI-first world. InstaDeep is today an EMEA leader in decision-making AI products for the Enterprise, with headquarters in London, and offices in Paris, Tunis, Lagos, Dubai and Cape Town.
Paris, France
4-6 year
Berlin, Germany
4-6 year
London, UK
4-6 year
Paris, France
4-6 year
Berlin, Germany
4-6 year