Dr. Maxime Tchaya Njantio

Responsibilities  Optimization and maintenance of a combined Atomic Force and Laser Scanning Confocal Microscope  Conception and supervision of research and specialized lab courses for Diploma students Achievements  5 current group members (PhD students) successfully introduced to confocal microscopy and AFM  Script for the consolidation lab courses of physical chemistry ,  Supervision of 100 students for the consolidation lab courses of physical chemistry

-Responsibilities (4hours/week)  Business English lectures for Sale’s and Marketing’s Representatives of the “Friedhelm Loh Group” (10 participants, level B1) -Achievements  8 participants advanced to level B2

Responsibilities  Business English lectures for job seekers sponsored by the Employment’s Office (Arbeitsamt) - 6 hours/Week  Teacher of Biochemistry for Diet-Assistant - 4 hours/ Week Achievement • 4 batches of about 25 participants each trained to Business English • 4 batches of Diet-Assistant of 10 to 20 participants each lectured in Biochemistry • Organization of 2 state exams in Biochemistry for Diet-Assistant

Responsibilities  Optimization and maintenance of a combined Atomic Force and Laser Scanning Confocal Microscope  Conception and supervision of research and specialized lab courses for Master Students  Supervised exercises of 3 lectures: Advanced physical chemistry/Laser Spectroscopy/Nanostructures Achievements  Successfully supervised 4 students for specialized lab courses and 24 students for the laser spectroscopy lab courses Made advanced progress towards completion of PhD

 Development of a combined Atomic Force and Laser Scanning Confocal Microscope for the characterization of single semiconductor nanocrystals (topic of the Master Thesis)  Development of patterned metal coated glass substrates to facilitate the localisation of single particles on different microscopes

Galvanic deposition of tin, nickel, copper, aluminum: Operation and Quality Control.

Fluorescence spectroscopy and nanomanipulation of individual semiconductor nanocrystals. (grade: magna cum laude)

Fluorescence spectroscopy and nanomanipulation of individual semiconductor nanocrystals

“Combination of Atomic Force and Laser Scanning Microscope for single particles characterization.” (Grade: Excellent)