• Developing enzyme-based recycling methods for polymers to enhance efficient material recovery and reduce plastic waste• Innovating methods for polymer production through CO₂ capture and utilization, contributing to sustainable and eco-friendly manufacturing processes• Actively contributing to advancing a circular economy by integrating environmentally responsible solutions into polymer lifecycle management• Creating a comprehensive business case to demonstrate the economic and environmental feasibility of sustainable products for the automotive industry• Collaborating with interdisciplinary teams to translate research and project results into scalable industrial applications and sustainable practices

Team der RWTH Aachen 2024• Leading a multidisciplinary team of 20 students in synthetic biology, overseeing project management, start-up development and financial planning• Acquisition and management of a budget of over €30,000 ensuring project funding• Conducting market and technology research to support project decisions and outreach strategies• Coordination and preparation of presentations for the public, external partners, and documentation of project progressOur team was awarded with TOP 10 Overgrad Teams, Finalist Overgrad, Gold Medal, First Runner Up Overgrad, Village Award for Best Oncology Project Undergrad & Overgrad, Best Hardware Overgrad and Best Education Overgrad and was nominated for Best Wiki Overgrad, Best Presentation Overgrad and Best New Basic Part Overgrad

Biopolymer production using C. necator H16• Conducting research in biopolymer production in the context of a circular economy• Gaining experience in project organization and data analysis relevant to innovative technologies• Enhancing problem-solving skills through research driven projects in an academic environment

Design of DXR inhibitors as targets for novel antibiotics•Designing and evaluating enzyme-based solutions, focusing on data analysis and structured reporting•Expanding skills in project coordination in an international setting

• Conducting research requiring careful data collection, analysis, and interpretation in a high-security environment

• Prepared and maintained project documentation and supported the creation of reports for internal and external stakeholders• Assisted in planning, preparing, and executing events

Development of a specific detection method for Burkholderia spp. based on bacteriophage receptor binding proteins• Conducting research requiring careful data collection, analysis, and interpretation in a high-security environment

Bachelor Thesis: Construction of synthetic devices envisaging the heterologous expression of BGCs using the cyanobacterium Synechocystis sp. PCC 6803 as chassis• Innovating methods for sustainable bio-diesel production• Collaboration with international teams and enhancing presentation and project communication skillsPrädikat 1,4

• Orientation in a startup environment, assisting with data analysis and learning about business operations.• Expanding adaptability and problem-solving skills in a dynamic project setting

• Conducting data collection and analysis, supporting the development of diagnostic systems• Improving skills in data documentation and reporting

• Assisting in the ICU of the military hospital Hamburg• Working in a high-pressure environment, developing strong teamwork, leadership, and organizational skills.• Coordination in complex task areas and support for critical processes, enhancing resilience and the ability to manage complex processes.