Nanomaterials

NABS880: Nanotechnology (SpanisH): This course introduces nanomaterials as a high-impact field in advanced science, biotechnology, medicine, engineering, and industrial innovation. Students explore how materials designed at the nanoscale can display distinctive chemical, physical, optical, electrical, mechanical, and biological properties that differ from their bulk forms. The course covers key nanomaterial families, including inorganic and organic nanostructures, dendrimers, carbon nanotubes, nanoparticles, mesoporous materials, mesoporous oxides, synthetic opals, and hybrid systems. Emphasis is placed on synthesis strategies, characterization methods, structure-property relationships, gas adsorption, sensors, biomedical applications, industrial uses, safety considerations, and the critical evaluation of nanotechnology literature before use in research, education, or regulated environments.

Learning Focus: Nanomaterial classification, nanoscale structure-property relationships, synthesis procedures, surface chemistry, dendrimers, carbon nanotubes, nanoparticles, mesoporous materials, mesoporous oxides, synthetic opals, characterization techniques, adsorption behavior, sensor development, biomedical applications, industrial relevance, safety awareness, and scientific literature interpretation.

Applications: Advanced materials research, biotechnology, pharmaceutical research, nanomedicine, medical devices, environmental monitoring, gas adsorption systems, chemical sensors, coatings, catalysis, energy-related materials, academic laboratories, industrial research laboratories, product development, and science education.