This course will introduce the students to the applications and implications of
nanomaterials in the context of environmental management. Through interactive
discussions, guest lectures, and current literature, this course will familiarize students with the key principles governing nano-scale physics, chemistry, and biology. Topics will include: a historical perspective, synthesis and manipulation of materials at nanoscale, traditional and advanced characterization techniques,
nanomanufacturing and additive manufacturing of nanomaterials, versatile applications especially in the field of environment, energy, and agriculture, and emerging concerns regarding nanomaterial safety.
Tentative Outlines/Topics
1. Nanoscale materials definition and discovery
2. Synthesis methods for nanomaterials and nanohybrids
3. Advanced characterization techniques for physicochemical properties
4. Renewable energy applications – solar cell, batteries
5. Environmental applications – Water treatment, soil remediation, PFAS
6. Nano for climate change mitigation: air pollution control, carbon capture
7. Applications in agriculture – nutrient delivery
8. Advanced manufacturing of nanomaterials – 3D printing
9. Materials informatics and data science
10. Nanomaterials safety consideration and life-cycle principles