Göttingen, Lower Saxony, Germany
Ambition-driven and motivated chemist, equipped with over 7 years of experience in chemistry research focusing on organic/inorganic synthesis and spectroscopic methods. I have a passion for mentoring and developing talent. I have successfully supervised and assisted bachelor and master students during laboratory courses, providing them with guidance and support to enhance their practical skills. Moreover, I have been elected as a mentor for synthetic practice laboratory courses, where I have shared my knowledge and expertise to inspire and empower students. Advanced skills in time management, agile project management principles, and utilization of industry-leading tools and resources. Mentorship and leadership skills, as well as ability to effectively communicate complex scientific concepts to others. Strong interpersonal and communication skills that enable me to build rapport with diverse stakeholders. I am adept at forging relationships with key decision-makers, understanding their pain points, and articulating how our to solve their challenges. Constantly seeking opportunities for professional growth.
As a Project Manager – Make or Buy at Symrise’s Scent & Care division, I play a key role in strategic procurement decision-making. My primary responsibility is to evaluate, develop, and implement Make or Buy strategies that optimize costs, enhance supply chain efficiency, and ensure business continuity. Key Responsibilities: - Lead Make or Buy analysis by assessing internal production capabilities versus external sourcing options. - Collaborate cross-functionally with R&D, Production, Finance, and Supply Chain to evaluate feasibility, risks, and financial impact. - Develop and execute strategic sourcing plans to optimize procurement while ensuring quality, sustainability, and regulatory compliance. - Negotiate with suppliers and manufacturing partners to achieve cost-efficient and reliable solutions. - Drive continuous improvement initiatives to enhance efficiency, profitability, and innovation. - Support decision-making through data-driven analysis, cost modeling, and risk assessment.
The project entailed a collaboration between Deutsche Forschungsgemeinschaft (DFG) and Agence Nationale de la Recherche (ANR) with the aim of developing innovative ligand systems for catalysis in clean energy conversion and single molecular magnet materials. The objective was to synthesize Iron and Nickel-based complexes as alternatives to expensive Platinum catalysts in fuel cells, while imitating the natural enzyme hydrogenase for hydrogen production. Furthermore, the research concentrated on the creation of novel Single Molecular Magnets materials utilizing Nickel and Cobalt. This endeavor led to the discovery of a distinctive trimetallic complex, possessing previously unobserved structural characteristics and magnetic properties in the existing literature.
During my doctoral studies, I actively participated in teaching and mentoring students while conducting scientific research. My teaching responsibilities included guiding bachelor's and master's students through practical laboratory sessions in chemistry and biochemistry. The topics covered a wide range of subjects, including synthetic techniques, separation methods, and various characterization techniques such as NMR, UV/Vis, IR, and particularly electrochemistry. Additionally, I provided supervision and guidance to bachelor's students in their research for their thesis, overseeing their laboratory work and helping them develop their scientific report-writing skills.
I actively participated in a collaborative project facilitated by the Deutsche Forschungsgemeinschaft (DFG) and Agence Nationale de la Recherche (ANR), where I closely collaborated with international chemists. As a result of my involvement, I was honored to receive an ICASEC scholarship from the International Center for Advanced Studies of Energy Conversion, which supported my research stay at the University of Grenoble. During this time, I had the opportunity to work alongside Dr. Carole Duboc's research group, enriching my understanding of electrochemistry. Through this valuable experience, I significantly improved my communication skills and developed the ability to thrive in high-pressure situations. I possess a strong aptitude for building robust working relationships, enhancing efficiency, and ensuring seamless teamwork to successfully accomplish project objectives.
I was granted the prestigious Erasmus OVERWORLD scholarship, allowing me to spend six months in the USA for my master's thesis. The focus of my research revolved around Metallacrowns, self-assembly complexes consisting of rare earth and transition metals. These complexes possess intriguing properties such as luminescence and magnetic attributes, making them applicable in various fields ranging from drug delivery to contrast agents and data storage. During my time abroad, I had the privilege of working in the laboratory of Prof. Dr. Vincent Pecoraro, who is credited with the initial discovery of Metallacrowns. It was a truly enriching experience as I was immersed in an international collaborative environment, working alongside researchers from numerous laboratories all over the world. As the culmination of my master's research, I had the opportunity to contribute to the organization of the largest Metallacrowns symposium held in Parma, Italy, in September 2017.