Bioengineer with a PhD from EPFL specializing in cell-free synthetic biology, protein engineering, and AMR-focused assay development. With 6+ years of experience, I’ve developed and optimized PURE-based platforms achieving 2.1x TX-TL efficiency gains and up to 199% higher protein yield through molecular crowding and titraying protein concentration. This enables robust in vitro assays for AMR therapeutics, including Mycobacterium tuberculosis FusA1 screening for rapid drug-target validation. 

My hybrid skill set bridges life sciences with computational tools: Python for data analysis and visualization, ImageJ for image processing, and Tableau for interactive dashboards, refined as a data analyst for Walmart at MuSigma. 

Industry exposure includes an internship at Biocon (India's largest biopharma company), where I optimized CHO cell cultures and mAb production for bioreactors, building statistical models for shear-stress and productivity forecasting. Wet-lab strengths span microfluidics fabrication, enzyme kinetics, ribosome/tRNA engineering, and bioprocess scalability.

I excel in interdisciplinary teams, mentoring MSc students, co-developing EPFL courses, and presenting at conferences like SEED and EFB. Currently seeking scientist-level roles in cell-free systems, AMR drug discovery, protein engineering, or microfluidics-enabled platforms. Also open to positions requiring coding and data analysis skills within the Swiss/European biotech sector. Eligible to start immediately with a valid Swiss work permit (Type L).