Designing Precision Biosolutions
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Research area 03 · Design
Precision biosolutions for environmental challenges
Translate molecular insights into practical, precision environmental strategies.
High-throughput experiments turn mechanism into reproducible design rules.
What we investigate
We translate mechanistic insight into engineered enzymes, microbial consortia, biosensors, automated workflows, and predictive approaches for safer chemicals and more resilient environmental systems.
Core questions
- How can a validated mechanism become a practical environmental tool?
- How can automation accelerate functional screening without losing rigor?
- Where can AI improve prediction, protein design, and benign chemical design?
How we work
Biocatalyst discovery and engineering, high-throughput transformation testing, lab automation, predictive modelling, and reactor design form an integrated design cycle.
What this enables
Precision bioremediation, resource recovery, safer chemical design, and treatment systems that are measurable, scalable, and mechanistically grounded.