Full-Time

Senior MLOps Engineer

Engineering

Posted on 7/3/2025

Xyme

Xyme

11-50 employees

AI-designed enzymes catalyzing synthetic chemistry

No salary listed

Oxford, UK

In Person

Category
AI & Machine Learning (1)
Required Skills
Kubernetes
Python
Pytorch
Docker
AWS
Google Cloud Platform
Requirements
  • Strong experience with MLOps practices and tools for model versioning, experiment tracking, and deployment.
  • Deep expertise in Python and modern ML frameworks (PyTorch, JAX, Hugging Face).
  • Strong background in cloud computing platforms (AWS, GCP), and containerization technologies (docker, k8s).
  • Experience with distributed computing frameworks and workflow orchestrators for large-scale dataset processing (Ray, flyte).
  • Proficiency in implementing and maintaining scalable ML infrastructure in production environments.
Responsibilities
  • Design, develop, and maintain infrastructure for the full ML model development lifecycle - training, testing, benchmarking, and deployment - while ensuring scalability and efficiency.
  • Build and maintain ML pipelines that support diverse model architectures and facilitate rapid experimentation.
  • Implement robust CI/CD pipelines, automated testing frameworks, and monitoring components.
  • Develop and maintain data pipelines for processing large-scale biological and chemical datasets.
  • Use your knowledge of MLOps principles and industry best practices to build modular, reusable components that can be used in a self-serve way by research teams.
  • Collaborate with the platform team to deploy and scale ML pipelines and computational workflows in cloud environments.
  • Maintain high code quality, optimise performance, and ensure reproducibility through comprehensive testing, thorough documentation, and robust version control practices.
Desired Qualifications
  • Background in one or more scientific fields: structural bioinformatics, cheminformatics, AI/ML, computational chemistry, or molecular dynamics.
  • Experience with high-performance computing environments and parallel processing.
  • Contributions to open source scientific and/or ML software projects.

Xyme designs AI-generated enzymes, called xymes, that catalyze chemical reactions and expand the toolkit of synthetic chemistry. It combines artificial intelligence, quantum chemistry, and experimental data to create enzymes tailored to drive specific reactions. The product is a designed enzyme, produced in the lab, validated through experiments, and guided by AI-driven predictions of structure and activity to enable catalysis across a wide range of chemical processes. Xyme differentiates itself by integrating AI, quantum chemistry, and real-world experimental validation to design enzymes capable of catalyzing many reactions, positioning two UK locations (Oxford and Manchester) as innovation hubs. The company aims to address large societal challenges by advancing synthetic chemistry, growing its team with AI and biotech experts, and building a scalable platform to design and deploy new enzymes for diverse industries.

Company Size

11-50

Company Stage

N/A

Total Funding

N/A

Headquarters

Oxford, United Kingdom

Founded

2024

Simplify Jobs

Simplify's Take

What believers are saying

  • AlphaFold 3 boosts enzyme-substrate modeling accuracy since May 2024.
  • UK invests £100 million in Oxford-Manchester AI biotech hubs.
  • IBM's 2025 quantum processor accelerates enzyme active site simulations.

What critics are saying

  • ProBioDesign's RFdiffusion doubles Xyme's de novo enzyme hit rates.
  • Baker Lab's open-source modeller lets Merck replicate Si/B breakthroughs.
  • Oxford exposes flaw in Xyme's XYM-357 energy mapping, eroding confidence.

What makes Xyme unique

  • Xyme designs AI-generated 'xymes' using quantum chemistry and experimental data.
  • Founded by Andrew Hopkins in 2024, headquartered in Oxford and Manchester.
  • Developed XYM-357, smallest functional lipase catalyzing novel reactions.

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Benefits

Professional Development Budget

Conference Attendance Budget

Flexible Work Hours

Growth & Insights

Headcount

6 month growth

3%

1 year growth

6%

2 year growth

17%
INACTIVE