Duration: 5 days
Prerequisites: Undergraduate degree in life sciences or engineering
Sponsored by: AGYA (Alexander von Humboldt Young Academy)
Overview: This intensive course offers hands-on training in nanobiotechnology, focusing on practical laboratory skills, biological applications, and device fabrication.
Learning Outcomes: Participants will learn sample preparation for SEM/AFM, biofunctionalization techniques, basic data interpretation, and safety protocols for nanoparticle handling.
Duration: 3 days
Prerequisites: Basic chemistry or engineering background
Overview: A comprehensive workshop covering theory and practice of membrane systems, including design, testing, and performance evaluation for oil/water separation, antibiotic removal, and desalination.
Learning Outcomes: Participants will gain the ability to design simple membrane tests, analyze flux/rejection performance, understand fouling mechanisms, and evaluate membrane materials.
Duration: 4 days
Prerequisites: Basics of thermodynamics and physics
Overview: A modular course on designing and modeling solar thermal collectors, photovoltaic modules, and hybrid systems. Participants learn about system sizing, cooling strategies, and local climatic data integration.
Learning Outcomes: Upon completion, participants can design a small PV-thermal prototype and perform a basic performance simulation using local climatic data.
Duration: 3 days
Prerequisites: Basic materials science background
Overview: Hands-on training in SEM, AFM, and sample preparation techniques. Participants will work directly with our instruments and learn best practices for materials characterization.
Learning Outcomes: Master sample preparation, instrument operation, data acquisition, and interpretation for materials analysis.