Modular services — engage only what you need
Modular services — engage only what you need

Pharmaceutical R&D • Bioprocess Development
Designed and delivered a secure, web-based analytics platform for bioprocess development, integrating multi-omics, phenotypic, imaging, and process data into a unified analytical environment. The solution enabled data-driven understanding of process variability and biological performance, supporting robust assay development, improved decision-making, and scalable workflows within regulated development contexts.

Startup Biotech • Experimental Validation
Designed and executed an end-to-end wet-lab and bioinformatics validation programme for an early-stage biotech, generating high-quality multi-omics data without requiring in-house laboratory infrastructure. The work enabled evidence-based prioritisation of biological targets and experimental conditions, supporting clearer technical validation and decision-making ahead of fundraising and partnership discussions.
Industrial Biotech • Protein Engineering
Designed and delivered an AI-guided protein engineering platform to support data-driven optimisation of protein function for industrial and applied biotechnology use cases. The solution integrated sequence, structural, and experimental data to enable systematic exploration of protein variants, supporting informed design decisions and prioritisation without reliance on trial-and-error experimentation.
VC-backed biotech startup •
Image analytics and AI
Developed an automated imaging analytics platform using custom machine learning models to extract, filter, and interpret microscopy data for cell health assessment. The solution applied optimised image preprocessing and feature extraction workflows to support consistent classification of cellular states within defined experimental contexts. The platform was delivered as a lightweight web-based application for internal scientific teams, improving the reliability and scalability of imaging readouts while remaining adaptable to additional assays and cell models as programmes evolved.
Contract Research Organisation •
Cross-Species Bioinformatics
Developed a flexible analytics platform to assess cell culture health across multiple species by integrating gene expression analysis, biomarker discovery, and homology-based interpretation. The platform enabled consistent monitoring of key biological states such as pluripotency, differentiation, and apoptosis, while supporting cross-species comparison and reuse of multi-omics datasets across diverse research programmes. The solution improved the interpretability and longevity of experimental data within CRO workflows, reducing redundancy and increasing analytical consistency across projects.
Research Organisation • Structural Bioinformatics
Developed an open-access, web-based database and analytics platform integrating structural and conformational data on protein cavities. The platform combines multiple cavity detection approaches with protein sequence and functional annotations, enabling exploration of dynamic cavity features across protein conformers, including proteins with complex or highly adaptive binding behaviours.
CaviDB supports drug discovery research and fundamental protein structure–function studies by providing a large-scale, reusable structural bioinformatics resource.