• Design and execution of strategies for the production of various proteins via synthetic biology routes.
• Work with laboratory strains of Escherichia coli, and various cyanobacterial species/​strains etc using aseptic techniques for culturing, maintenance and transformation.
• Perform advance molecular biology techniques like genome editing, assembling, recombinant knockouts and transcriptome analysis.
• Perform CRISPR genome editing for improved phenotype for heterologous production of
  recombinant molecules.
• Design, implement, and characterize novel gene constructs.
• Metabolic engineering of recombinant strains and analyse flux.
• Carry out scale up studies for recombinant strains for yield.
• Drive process improvements
• Maintain all equipment, data and records as per specifications

Ph.D. in molecular biology, microbiology, biochemistry, biotechnology, synthetic biology or related field. 

• 2 – 5 years of postdoctoral experience in academic, pharmaceutical, or biotechnology industry settings working on different recombinant platforms for the production of novel molecules like flavours and fragrances. 
• Experience in handling different cyanobacteria including Nostoc, Synechocystis, Synechococcus, punctiforme etc and performing metabolic and genome engineering will be preferred. 
• Experience with cyanobacterial gene regulation, transformation- bi/​tri parental mating, generation of gene knockouts but not limited to isolation, culture and harvesting of filamentous or nonfilaments environmental samples. 
• Experienced in working with metabolic pathways tools. 
• Strong grasp of fundamental molecular biology techniques is essential. 
• Exposure of gene circuit design, cell engineering, strain development, is highly desirable.

Interested candidates can send their resume to Futures@xenesis.bio