Scientific: Synthetic Biology and Metabolic Engineering, Bioinformatics and Computational Biology, Mathematical Biology and Biophysics, Philosophy of Biology


I am highly motivated to start a career in Synthetic Biology research. After learning the basics of Biochemistry and Cell and Molecular Biology, I was excited to delve into the field of SynBio. First through studying of my own, and later by joining the iGEM team of our University, I developed an interest that has brought me searching for the next logical step of this journey: to work in a SynBio laboratory. I firmly believe that rigorous research of existing life forms, alongside rational biological engineering from first principles, will establish Synthetic Biology as one of the driving forces of the near future. Becoming a part of this endeavor and playing an active role as a young researcher, is a lifelong goal that I am more than ready to pursue.
Wet Lab: Methods of Synthetic Biology (genetic circuit design, plasmid design, DNA assembly, part characterization) Basic principles of Plant Biotechnology Plant phenotyping (rice), RNA isolation from plant tissues and qPCR
Dry Lab: Tools for statistical analysis of Big Data (R, Python, Bash, Conda, Google Cloud, Nextflow, HPC), bioinformatic tools for rational design of RNA aptamers and riboswitches (ViennaRNA package), transcriptomic data analysis (Excel, R)
Project Management
Report Writing
Research and analysis
Scientific: Synthetic Biology and Metabolic Engineering, Bioinformatics and Computational Biology, Mathematical Biology and Biophysics, Philosophy of Biology
Hobbies: Hiking, gymnastics, bikepacking, photography, urban planning, essays, literature, history, politics, religion and philosophy