Competencies
Source: https://www.cs.tum.de/en/research/synbiofoundrytum/competencies Parent: https://www.cs.tum.de/en/
Design
Computational biochemistry and theoretical biophysics : Professorship Protein Modeling
Quantitative calculation of protein-ligand binding processes : Professorship Protein Modeling
Prediction of protein structure-function relationships : Professorship Protein Modeling\ Chair of Chemistry of Biogenic Resources
Design of artificial nucleic acid structures (nucleic acid nanotechnology) : Chair of Physics of Synthetic Biological Systems
Design of gene circuits and in vivo computing : Chair of Physics of Synthetic Biological Systems
Design of artificial electron transfer chains for bioelectrocatalytic cascade reactions : Professorship Electrobiotechnology
Build
Development of synthetic biology and genetic engineering tools : Professorship Microbial Biotechnology
Metabolic Engineering of novel and established microbial cell factories : Professorship Microbial Biotechnology\ Professorship of Fungal Biotechnology in Wood Science
Development and application of enzyme engineering tools for diversification of protein sequences : Chair of Chemistry of Biogenic Resources
Engineering of synthetic cellular and cell-fee systems : Chair of Physics of Synthetic Biological Systems
Development of redox hydrogels for embedding, protecting, and wiring redox enzymes on electrodes : Professorship Electrobiotechnology
Test
Development and application of high-throughput analysis methods including microfluidics, microarrays and robotics : Chair of Chemistry of Biogenic Resources\ Professorship Electrobiotechnology
Quantitative and systemic analysis of microbial systems : Professorship Microbial Biotechnology
Learn
Development and application of novel bioinformatics methods to analyze biological and bio-chemical high-throughput data as well as different types of sequencing data : Professorship Bioinformatics
Development and application of statistical and machine-learning-based methods to analyze high-dimensional data and to build predictive models to gain a better understanding of the underlying biological processes : Professorship Bioinformatics
Development of specialized cloud- and web-applications as well as databases to store and analyze high-throughput data : Professorship Bioinformatics
Develop electroanalytical and modeling tools for quantitative analysis of cascade reactions : Professorship Electrobiotechnology
Upscaling
Set up, upscaling and optimization of bioprocesses : Chair of Chemistry of Biogenic Resources\ Professorship Microbial Biotechnology\ Professorship Chemical Process Engineering\ Professorship Electrobiotechnology
Measurement and modelling of biochemical and thermo-physical properties : Professorship Chemical Process Engineering\ Professorship Electrobiotechnology
Modelling and simulation of kinetics & technical bioprocesses : Professorship Chemical Process Engineering\ Professorship Electrobiotechnology
Sustainability & Life Cycle Assessment
Determination of environmental impacts (Life Cycle Assessments) and economic performance : Chair for Circular Economy and Sustainability Assessment
Estimating social impacts and acceptance : Chair for Circular Economy and Sustainability Assessment
Entrepreneurship
Ideation of bio-based business opportunities : Professorship Innovation and Technology Management
Evaluation of bio-based business models : Professorship Innovation and Technology Management