Lab Automation
Lab automation accelerates discovery and improves reproducibility across academic and industrial settings. The session covers liquid-handling robotics (Hamilton, Tecan, Opentrons), modular cloud-lab platforms (Strateos, Emerald Cloud Lab), AI-driven experimental design and self-driving labs, electronic lab notebook integration, high-throughput screening at scale, and laboratory information management systems (LIMS) modernisation. Discussion addresses the reproducibility crisis and automation as a partial solution, FAIR data principles in lab automation, the integration of automation with single-cell and high-content imaging platforms, automation in academic vs industrial settings, and the workforce implications of automated wet-lab work.
- Liquid-handling robotics
- Cloud-lab platforms
- Self-driving labs
- Electronic lab notebooks
- High-throughput screening
- LIMS modernisation
- FAIR data principles
- Automation workforce impact
Explore the full GSBG 2027 program
- 01Synthetic Biology & Biomanufacturing
- 02Genetic Engineering & CRISPR
- 03Tissue Engineering & Biomaterials
- 04Medical Devices & Sensors
- 05Bioinformatics & Computational Biology
- 06Drug Delivery Systems
- 07Biomechanics & Prosthetics
- 08Regulatory & Bioethics
- 09Industrial Biotechnology
- 10AI in Drug Discovery
- 11Cell & Gene Therapy
- 12Stem Cell Research
- 13Antibody-Drug Conjugates
- 14Vaccines & Immunotherapy
- 15Microbiome Engineering
- 16Nanomedicine
- 17Personalized Medicine
- 18Bioethics & Governance
- 19Marine Biotechnology
- 20Plant Biotechnology
- 21Agricultural Biotech
- 22Environmental Biotech
- 23Single-Cell Biology
- 24Spatial Biology
- 25Organoids & Organ-on-Chip
- 27Biosecurity
- 28Synthetic Genomics
- 29Bioprinting
- 30Biosensors & Diagnostics
- 31Liquid Biopsy
- 32Multi-Cancer Early Detection
- 33Continuous Biomanufacturing
- 34Decentralised Manufacturing
- 35RNA Editing