Nicolas Koppner

Nicolas Koppner currently serves as an Application Specialist at Analytik Jena, where he plays a pivotal role in supporting the company's advanced analytical devices used for environmental and industrial applications. His expertise encompasses a broad range of parameters such as TOC/TN, AOX/AOF, and CNSX, ensuring that clients and internal teams can optimize device performance and achieve precise, reliable results. Nicolas’s responsibilities include providing comprehensive application support, conducting technical training sessions, and delivering tailored device demonstrations to international customers, thereby facilitating seamless integration of analytical solutions into diverse research and operational workflows.

Building on his academic background—culminating in a master’s thesis focused on the interactions between the mycelium of *Schizophyllum commune* and nanoparticles—Nicolas brings a unique interdisciplinary perspective to his role. His research within the RENA Project (BMBF 02NUK066B) aimed at developing innovative remediation strategies for radionuclide-contaminated materials, leveraging techniques such as nanoparticle tracking analysis (NTA). This experience enhances his ability to troubleshoot complex analytical challenges and supports the development of environmentally relevant applications, especially in fields like geosciences, water ecology, and environmental remediation.

Nicolas’s skill set extends beyond technical expertise; his proficiency in scientific communication, lab techniques, and geoinformation systems (GIS) enables him to effectively translate complex data into actionable insights. His familiarity with agile methodologies and project management further ensures that customer support and training are delivered efficiently and adaptively. Overall, Nicolas Koppner’s combination of scientific rigor, practical application skills, and international customer engagement makes him a vital asset at Analytik Jena, driving innovation and excellence in analytical solutions for environmental and industrial challenges.