Implementation of S88 iControl for Streamlined Digital Data Capture
Key learnings from deploying a scalable, scientist driven digital data capture solution
Tổng quan chương trình
- Structure experiments into defined processes, stages, and operations
- Paracetamol batch crystallization experiments were controlled by an NMPC
- Use S88 to enable consistent contextualization of procedures, captures non programmable lab activities, and improves alignment with ALCOA+ principles
- Learn about the latest scientist workflow, ELN and data pipeline integration, and adoption strategy
Unstructured, free‑text documentation and disconnected systems can limit data integrity, reproducibility, and reuse in laboratory‑scale development. This presentation describes the implementation of S88 iControl for streamlined digital data capture in small molecule drug substance experiments. By structuring experiments into defined processes, stages, and operations, S88 enables consistent contextualization of procedures, captures non‑programmable lab activities, and improves alignment with ALCOA+ principles. This presentation will highlight the updated scientist workflow, ELN and data‑pipeline integration, adoption strategy, and key learnings from deploying a scalable, scientist‑driven digital data capture solution.
About the Presenter
Kourtney Horchar
GSK
Kourtney Horchar is a chemical engineer and Associate Scientist within GSKs Drug Substance Development organization, specializing in process analytical technology (PAT) and data rich experimentation to accelerate the development and scale up of small molecule medicines. Kourtney leads GSK’s Data Rich Experimentation team, driving department wide innovation by equipping scientists with walk up data rich workstations, automated workflows, and enhanced data capture strategies. Across all roles, Kourtney is passionate about transforming complex systems into predictable, high performing processes through curiosity, collaboration, and a data driven mindset.
