Explores landslide hazard assessment through empirical, deterministic, and advanced modeling techniques, emphasizing the importance of data quality and physics knowledge.
Explores the reactivity of clay particles, focusing on their charge, structure, cation exchange, and applications in plant nutrient storage and nuclear waste isolation.
Presents the Robot Competition, where students design robots to collect waste in an arena, offering hands-on interdisciplinary learning and a friendly competition.
Covers geographic information systems, digital elevation models, derived variables, visibility analysis, shadow casting, solar radiation, drainage lines, and flood zones.
Delves into the development of transferable skills in student engineering projects, emphasizing interdisciplinary collaboration, project management, and ethical sensitivity.
