Dr. Cristine de Oliveira-Huth

• Hauptverantwortlich für den Aufbau und Organisation des Labors • Personalverantwortung und fachliche Verantwortung • Laborzertifizierungsprozesse für Ämter • Operative Leitung und Verantwortung für die Laborprozesse • Kommunikation mit Firmen und zwischen Management und Mitarbeitern • Projektleitung • Prozessvalidierung und Einführung in den Laborablauf • Dokumentation, Erstellung von Formularen, Listen, SOPs

• Research and analysis of polymers, glasses, porous, nano- and biomaterials for 10+ projects using X-ray Microscopy and computed tomography (CT) • Close collaboration and scientific communication with national and international research groups to assess and resolve challenges, resulting in 7 publications • Planning and coordination of experimental activities and data analysis locally and remotely • Creation of reports containing the selected information • Supervision and development of 4 team members

• Project management, experiment design and collaboration in 3 research projects on nanomaterials for catalysis • Collaboration with researchers for experiment design, data collection and analysis in support of department project development objectives • Responsibility for the analysis of nanomaterials for the research group and collaborators using electron microscopy • Supervision and coordination of 50 people, along with a team of 8 professionals, for advanced laboratory experimental work and learning

Design and synthesis of Ln-doped inorganic nanoparticles hosted in porous glasses for light emission applications. Experience with TEM, photoluminescence, XRD, EDX, Raman and UV-Vis spectroscopies.

Hierarchical design and synthesis of Ln-doped ZnO nanoparticles for light emission applications, including the complete physico-chemical characterization (UV-Vis, Infrared, Raman, Photoluminescence and EDX spectroscopies, XRD, NMR and TEM).

Bachelor in pure and applied chemistry. From 2009-2010 a scientific initiation project was concomitantly conducted, involving the synthesis of Tungstenphosphate core@porous shell glasses and glass-ceramics for redox photocromic applications.