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Technische Universität München

Vorkenntnisse können über thematisch passende Praktika erworben werden. Dabei stehen verschiedene Praktika zur Auswahl (Chromatographiemodellierung und Simulation mit CADET, Präparative Chromatographie , Partikuläre Nanotechnologie). Sie helfen bei der Vorbereitung auf die Thesis und dabei herauszufinden, ob die Methodik und die Arbeitsweise dieser Themenbereiche den eigenen Interessen entsprechen. Aus diesem Grund werden die Absolventen der Praktika bei der weiteren Bewerbung bevorzugt berücksichtigt.

Studentenarbeiten

TitelBASAMAIDPHWexpthekonEintrag
Ontology-Based Data Structuring and Predictive Modeling of Multi-Scale GFP Fermentation--x --♦-2026-03-31
Cell culture bioprocessingx-x -♦♦-2026-03-25
Computational Modeling of Protein A-Antibody Binding Stoichiometryxxx --♦-2026-03-09
Process Monitoring and Control of Continuous Bioprocesses Using PATxxx -♦♦-2026-03-02
Process Intensification for Efficient Production of Alternative Proteinsxxx -♦♦-2026-03-02
Techno-Economic Assessment of Continuous Processes for Alternative Protein Productionxxx --♦-2026-03-02
Automated Integration and Extraction Pipelines for Laboratory Data using eLabFTWx-xx---♦2026-02-25
Production and Purification of membraneproteins using E. coli and Chromatograph    --x -♦--2026-02-23
Development and Optimization of a Fed-Batch In Vitro Transcription (IVT) Process for High-Quality mRNA Production-xx -♦♦♦2026-02-18
Ultra-/Diafiltration in mRNA Downstream Purificationxxx -♦--2026-02-09
Modeling of Ultra/Diafiltration application in mRNA purificationxxx -♦--2026-02-09
Real-Time Process Monitoring in mRNA manufacturing Using Infrared Spectroscopyxxx -♦--2026-02-09
Enzyme Immobilization on Magnetic Particles for IVT-Based mRNA Synthesisxxx -♦--2026-01-26
Purification of Proteins from complex Feedstocks using Magnetic Nanoparticles--x -♦--2026-01-14
Purification of HR4-tagged protein through silica-based expanded bed chromatography (EBC)  --x -♦--2025-12-16
Mechanistic Model-Oriented Experimental Design for SilicaBased Affinity Chromatography --x -♦--2025-11-11
Simulation of Silica-Based Affinity Chromatography with a Mechanistic CADET Model --x ---♦2025-11-11
Development of a Scalable High-Gradient Magnetic Separator (HGMS) for Lab-Scale Bioseperations    --x --♦♦2025-09-04
Optimierung der Immobilisierung von Liganden auf Affinitätsmembranen--x -♦--2025-08-25
Enzymatic cell disruption of filamentous fungi-xx -♦--2025-08-02
Design and Development of a PI Decision Support Tool: A Literature-Based Approach with Prototype Implementation--x --♦-2025-08-02
Construction of an EBC inletxxx -♦♦♦2025-07-24
Purification of Antibodies using Magnetic Nanoparticles--x -♦--2025-06-03
Kinetic study of fungal cell disruption  xxx -♦♦-2025-05-26
Fermentation/Analytical method Development-x- x♦--2025-04-28
Separation/Extraction of Protein and Polysaccharidexxx -♦♦-2025-03-03
Development of a Magnetic Nanoparticle Accelerator-xx -♦♦♦2025-02-28
Advanced Characterization and Modeling of Electro-Modulated Separation in Gene Therapeuticsx-x -♦♦♦2025-02-17
Gene Therapeutics Purification: Advancements in Separation Systems and Innovative Technologiesxxx -♦♦-2025-02-17
Potential-Controlled approach for Gene Therapeutic Separationxxx -♦♦♦2025-02-05
Process development for purification of polysaccharides--x -♦♦-2025-02-05
Analytical method development for Protein (Lectins)-x- -♦♦-2025-02-05
Optimization of Scale-Up Processes for Coated Magnetic Nanoparticles-xx -♦♦-2025-01-24
Establishing a Multi-Column Silica-Based Affinity Chromatography for Optimized and Cost-Effective Protein Purification--x -♦--2024-12-16
Modeling and simulation of Expanded Bed Chromatography-x- -♦♦-2024-11-13
Advanced Characterization and Modeling of Electro-Modulated Separation in Biotechnologyxxx -♦♦♦2024-10-28
Automation of a Nanoparticle Synthesis Plant--x -♦♦♦2024-08-01
BA: Bachelorarbeit
SA: Semesterarbeit
MA: Masterarbeit
IDP: Interdisziplinär
HW: HilfswissenschaftlerIn (Hiwi)
exp: Experimentell
the: Theoretisch
kon: Konstruktiv
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