Computational Scientist – Molecular Modelling, API, DFT, kMC - Hybrid, UK

Computational Scientist – Molecular Modelling, API, DFT, kMC - Hybrid, UK

Posted 1 week ago by MRP-Global

Negotiable
Undetermined
Hybrid
England, United Kingdom

Summary: A global organization seeks a Computational Scientist specializing in Molecular Modelling to lead a project focused on linking theoretical simulations with experimental validation for API solid-state stability. The role is a 12-month contract with potential extensions, offering a hybrid/remote working arrangement from the UK. The position involves developing computational models and validating them against experimental data to support pharmaceutical product development.

Key Responsibilities:

  • Establish a formulability score or classification system for API solid forms.
  • Develop and validate advanced computational models using DFT, phonon calculations, lattice dynamics, and kinetic Monte Carlo methods.
  • Compare simulation results rigorously with experimental data.
  • Provide actionable insights for process optimization and solid-form selection.
  • Ensure reproducible computational environments, including code and documentation.
  • Create a validated dataset of simulation outputs covering stability aspects.
  • Deliver detailed analytical reports on model methodology and findings.
  • Develop a formulability scoring framework for API developability assessment.
  • Build and document scripts and tools for data processing and validation.
  • Participate in project governance and communicate progress and risks.

Key Skills:

  • Expertise in computational modelling and molecular simulations.
  • Proficiency in first-principles methods (DFT) and mesoscale models (kMC).
  • Strong analytical and problem-solving skills.
  • Experience in data processing and programming.
  • Ability to produce detailed reports and communicate findings effectively.
  • Familiarity with project governance and collaboration.

Salary (Rate): undetermined

City: undetermined

Country: United Kingdom

Working Arrangements: hybrid

IR35 Status: undetermined

Seniority Level: undetermined

Industry: Other

Detailed Description From Employer:

A large global organization are looking for a Computational Scientist (Molecular Modelling) to lead a specialized project aimed at bridging the gap between theoretical simulations and practical experimental validation for API solid-state stability. This will be a 12 months contract with the possibility for extensions. The role will be worked on a hybrid/remote basis from the UK.

Key Responsibilities/Objectives:

  • Establish a quantifiable formulability score or classification system for API solid forms to minimize instability risks and support the development of small-molecule pharmaceutical products.

Core Outcomes:

  • Development and validation of advanced computational models using first-principles and mesoscale simulation methods (DFT, phonon calculations, lattice dynamics, kinetic Monte Carlo).
  • Rigorous comparison of simulation results with experimental data.
  • Actionable insights to guide process optimization and solid-form selection.

Computational Model Development

  • Develop, optimize, and execute integrated computational simulations
  • First-principles methods: Density Functional Theory (DFT), phonon calculations, lattice dynamics
  • Mesoscale models: Kinetic Monte Carlo (kMC)
  • Build models addressing both intrinsic crystal stability and process-condition stability
  • Ensure reproducible computational environments, including code, documentation, and configuration files.

Simulation Validation & Dataset Creation

  • Produce a complete, validated dataset of simulation outputs covering intrinsic and process-related stability aspects.
  • Perform systematic validation against available experimental data.
  • Ensure data consistency, compatibility, and traceability.

Analysis, Reporting & Formulability Scoring

  • Deliver detailed analytical reports on model methodology, findings, and interpretations.
  • Develop a formulability score or ranking framework to assess API developability.
  • Provide scientific insights that support process optimization and solid-form selection.

Data Processing & Programming

  • Build and document scripts, tools, and prototype pipelines for data processing, integration, transformation, and validation.
  • Support future automation by internal teams while not being responsible for full deployment.

Project Governance & Collaboration

  • Participate in structured governance with defined control gates:
  • Initial model setup & validation
  • Mid-project review & go/no-go decisions
  • Final validation & project review
  • Communicate progress, risks, and adjustments to simulation methods or data workflows.