Description

Course Flyer

  Synthetic Biology is about looking at biological systems through the lens and formalisms of engineering. This results in a phenomenal tool to gain fundamental insights into the functions and molecular basis of biological phenomena as well as in a suite of technologies for programming biological objects at user's will, from cells to new materials. The course will address such a double-sided ability of SynBio (for understanding and for doing) along with its potential not only to transform the health & Agricultural sectors but also moving the current oil-based industry into a sustainable bio-based economy. The Course (quite centred but not limited to microbial SynBio) will include the following blocks:

1. The roots of Synthetic Biology:

SynBio vs Genetic engineering, The 3 foundational papers of the field, The jargon of SynBio: Parts, devices, systems, modules, chassis, orthogonality, retroactivity.

2. The gene expression flow and its synthetic variants:

Alternative genetic codes. Metrology, standards and standardisation, PoPS and RIPS, Automated DNA assembly and foundries.

3. Genetic circuits, logic gates and logic networks:

The CELLO system, Genome engineering, Plasmid and transposon vectors, Assembly standards, MAGE and its variants, Triplet recoding and whole genome Synthesis.

4. Genome editing:

CRISPR tools, base editors, Gene therapies. Metabolic engineering, CAD of new pathways and multi-objective optimisation. Biosensors & Therapeutic strains.

5. Merging rational engineering with evolution:

Heterotic computing, genetic sampling of solution spaces. Leveraging intracellular architecture, Socio-economic ramifications, SynBio and SDGs. Scaling-up and Bio manufacturing, Biomaterials & Engineered living materials (ELM).

6. Biosafety, biosecurity & IP:

Genetic firewalls, containment. Barcoding & watermarking genomes. Global SynBio-based environmental interventions. Programming HGT. The 10 top challenges. CO2 capture, Galenics, scaling-up. Gene drives.

7. Microbiome engineering:

Metabolic division of labour, 3D design of microbial partnerships, Biofilm engineering, Medical and environmental probiotics, Thinking big: bionic architecture, Earth Terraforming, Towards a new partnership with Nature, SynBio-based art and architecture, The Program will be complemented with a daily journal Club and presentations of students’ projects.  

Mode Of Workshop : OFFLINE ( In - Person)

 

Session dates:  1st - 21st February, 2024 (Monday - Friday)

Time:  09:00 a.m. -  05:00 p.m. 

Last date of Registration:  1st January, 2024