- Coordinating three functional groups with the focus on synthetic biology, cell assay development and engineering of iPSCs- Planning out two cross-functional projects using Wrike including budgeting

- Directing/working with a team of 4 talented scientists and bioinformatics - on 6 different projects from 2 partners - 2 internal projects- involved in the invention disclosure processes of the company- Technical plan development with potential partnersCertificates:- Lean Six Sigma Black Belt

-PI: Prof. Ryan T. Gill- Cell architecture lab- Building CRISPR workflows with the novel CRISPR nuclease Mad7 for immunotherapy purposesMethods:Electroporation of RNPs, On-target detection methods (IDAA, TIDE, T7EI, NGS), CRISPR/Cas12a (Cpf1) system, Programing in R, Flow cytometry assay development

- Research focus: RNA binding proteins involved in m6A RNA modification in cultured human cells- PI: Prof. Anders H. Lund- Data management and visualization from a high-content siRNA screen with4500 siRNAs in 384-well plates using Olympus ScanR software and R programming- Set up of efficient and transparent communication and sharing ideas/SOPs data using LIMS- Pioneer and innovation spirit demonstrated by starting CRISPR/Cas9 in the laboratory- Lab Internal collaboration for cell line engineering - we discussed how the cell line should look like, than I designed, produced and delivered the cell line- Certificates: Laboratory Animal Science Certificate (Function ABD, FELASA C)- Molecular

- Research Growth regulation using Drosophila melanogaster- PI: Prof. Ernst Hafen, Hugo Stocker- supervision: one master student, one semester student- Coordination of international collaborations and projects- Team work with a PhD student resulting in two publications- Supervision of students and coordination of two technicians resulting in a publication- Multi-tasking of three projects over a period of 4 years- Molecular skills: genetics with Drosophila melanogaster, cell culture with Drosophila melanogster, molecular biology, biochemistry, immuno histo chemistry and immuno cyto chemistry, Confocal and scanning electron microscopy, micromanipulation techniques (injection of fly embryos), Yeast-2-Hybrid, ImageJ, CLC workbench, Adobe Illustrator, Microsoft Office

- Research focus: Structure and Function of microtubule-associated proteins in plants (Arabidopsis thaliana)- PI: Prof. Marie-Theres Hauser- Critical thinking by presenting and discussion of scientific papers every week- Life imaging of GFP tagged proteins in the developing root of a plant seedlingMolecular skills: plant cultivation, basic cloning, confocal microscopy