Advanced Aerosol Science and Engineering (EECE 510)
The first half of this advanced graduate-level course takes a non-equilibrium statistical physics approach to understand the formation of aerosols. Students will be able to understand and numerically model the formation, growth, and time evolution of many-particle systems. The second half of this course covers the physical principles, quantitative analysis, and numerical modeling of electromagnetic radiation and its interaction with aerosols.
Transport Phenomena I: Basics and Fluid Mechanics (Env/ChE – 301)
Development of pointwise conservation equations for mass, momentum and energy. Application in analysis of physical processes where molecular transport mechanisms are dominant. Laws governing the flow of liquids and gases in laboratory and plant equipment.
Public Outreach
Climate 101 is an internet site that acts in supplement to current in-class environmental science education for K-12 students. We aim for accessibility of our content by the general public. Student learning and their experience will be tracked through surveys and quizzes. Our site is appropriate for use in public locations, such as school classrooms, libraries, at home, or at the workplace. Students and teachers may find this site especially useful while studying and teaching the science of climate change.