This course will examine the economics of socially constructed groups and the inequalities in income, wealth, and power between them. The course will include, as a central feature, an examination of inequalities based on race and ethnicity. However, the course will also explore economic dynamics and disparities between a range of socially constructed groups, including those based on gender, caste, nationality/citizenship, different concepts of class, and sexuality.

The Equity Lab course uses economic research and thinking to propose solutions to important social and economic equity problems, including inequality based on race, gender, ethnicity, sexual orientation, gender identity, and disabilities. To design those interventions, we will also draw on ideas about fairness, as well as data analysis, communication strategies, and policy methods.

The course will cover nanomaterial science and sensor science and technology with an emphasis on nano-enabled sensors and biosensors.

Methods of chemical analysis using separation techniques with an emphasis on chromatographic and electrophoretic techniques. Theory and applications of gas chromatography, liquid chromatography, capillary electrophoresis, and the coupling of these techniques with other analytical methods will be covered.

The application of economic principles to transportation investment and pricing analyses; emphasis on highway and public transportation in urban settings.

The service sector contributes about 70% of the gross domestic product of the US economy. Also, it accounts for about 75% of the US employment. This course in "Service Industry Operations" examines firms in the service sector. The course begins with highlighting the salient aspects of services (specifically, differentiating a service from a product on various dimensions), and then provides an overview of structural, infrastructural, and behavioral aspects of managing service operations.

This course covers the breadth of drug delivery, from systemically delivered nanoparticles to local drug releasing systems. The course will consider the pharmaceutics of drugs and their disease target, and describe how to engineer drug delivery systems for these scenarios. Mathematical models, clinical examples, industry trends, and emerging research topics will be covered throughout the course.

This course will provide students with a basic understanding of the state of the art in Augmented (AR) and Virtual Reality (VR) technologies, how these technologies work, and how to leverage these technologies to design extended reality experiences and tools in commercial, industrial, and entertainment settings. This course will focus on understanding and addressing limitations of AR and VR that allow for their effective use, and on principles of Human Computer Interaction and processes for designing AR and VR applications.

This course covers the breadth of drug delivery, from systemically delivered nanoparticles to local drug releasing systems. The course will consider the pharmaceutics of drugs and their disease target, and describe how to engineer drug delivery systems for these scenarios. Mathematical models, clinical examples, industry trends, and emerging research topics will be covered throughout the course.

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