Electricity is essential for life in today's world, by discussing how it is intertwined with the environment and society we can prepare consumers and engineers to actively transform our grid. This course introduces freshman students to the operational structure of the power system as well as its side effects, culminating in a discussion about justice in the electric grid. It is designed to expand the discussion about "clean energy" and shed light on the multidisciplinary challenges of developing sustainable and equitable power systems.

Electricity is essential for life in today's world, by discussing how it is intertwined with the environment and society we can prepare consumers and engineers to actively transform our grid. This course introduces freshman students to the operational structure of the power system as well as its side effects, culminating in a discussion about justice in the electric grid. It is designed to expand the discussion about "clean energy" and shed light on the multidisciplinary challenges of developing sustainable and equitable power systems.

Electricity is essential for life in today's world, by discussing how it is intertwined with the environment and society we can prepare consumers and engineers to actively transform our grid. This course introduces freshman students to the operational structure of the power system as well as its side effects, culminating in a discussion about justice in the electric grid. It is designed to expand the discussion about "clean energy" and shed light on the multidisciplinary challenges of developing sustainable and equitable power systems.

Safe water and accessibility challenges of clean water including emerging contaminants. Addressing and identifying the reasons of safe water scarcity. Environmental justice and racism for safe water on a global scale.

Students will learn about the engineering mindset. How do we use engineering to solve problems, and what types of societal problems are we able to help solve? What does it mean to think like an engineer?

Students will learn about the engineering mindset. How do we use engineering to solve problems, and what types of societal problems are we able to help solve? What does it mean to think like an engineer?

Students will learn about the engineering mindset. How do we use engineering to solve problems, and what types of societal problems are we able to help solve? What does it mean to think like an engineer?

Not available at this time.

In this course, students will learn the fundamentals of Artificial Intelligence, Machine Learning, and Big data and how to advance business strategy through the use of these technological advancements. Artificial intelligence applications covered will include blockchain, 3D printing, virtual and augmented reality, quantum computing, robotics, and IoT. The course will explore these topics both in breadth and depth. From a breadth perspective, students will explore the current status of tools, solutions and business uses of artificial intelligence.