Dresden, Saxony, Germany
Open-minded, curious and versatile scientist with a demonstrated history of interdisciplinary research. Skilled in biophysics, cell mechanics, cell biology, fluorescence microscopy and image analysis. Enjoys learning and adapting new methods and thrives in multidisciplinary and collaborative environments. Excited about contributing to technological innovation for medical technology that impacts people’s lives.
Certified professional seminar for pharmaceutical and medical technology industry on the development, production, approval, safety and marketing of life science products and services. Key aspects: • Project management: project phases, planning, processing, implementation, and control • Biotechnology and medical devices • Planning and implementation of clinical trials (GCP) • Regulatory affairs and pharmacovigilance • Quality management and quality assurance (GLP/GMP, ISO standards) • Risk management tools (CAPA, FMEA) • Business management and company organization • Market access, product management, marketing, and sales • Team management and leadership training • Communication • Time-management, presentation, and rhetoric skills • Legal principles (AMG, MPG, MPDG, MDR, IVDR) • Health policy basics and structures in health care • Applied course contents in team projects and case studies • Practical experience in managing a project team of 14 people
Cellular Biochemistry Group, Biotechnology Center, Center for Molecular and Cellular Bioengineering Supervisor: Prof. Dr. Simon Alberti Continued the experimental work for my PhD thesis. Characterized changes in the material properties of cytoplasm upon heat stress in Schizosaccharomyces pombe cells using a variety of biophysical, biochemical and cell biological methods. Developed protocols and adapted measurement methods for specific application, e. g. single-particle tracking, intracellular pH measurements, cell lysis and sedimentation assays. Measured mechanical, optical, protein-biochemical and mass density changes on a single-cell level. Automated fluorescence microscopy for long-time measurements. Established four long-term interdisciplinary collaborations, resulting in a publication and the implementation and optimization of several measurement processes for the model organism, including optical diffraction tomography (ODT), atomic force microscopy (AFM)-based nanoindentation and real-time deformability cytometry (RT-DC). Performed data analysis using R and Python. Developed and automated image analysis pipelines using ImageJ Macro. Support for fluorescence microscopes and microplate reader in the work group.
Simon Alberti Group Started experimental work for PhD thesis. Continued at TU Dresden after move of work group, see description above.
BioNanoTools Group Supervisor: Prof. Dr. Stefan Diez Investigated crosslinking of microtubules by the human septin 2/6/7 complex using in vitro reconstitution assays and single molecule TIRF microscopy.