This course prepares students to teach jazz combo, big band and improvisation in middle and high school. Students will learn the fundamentals of jazz performance, from instrumentation to setup to rehearsal techniques to concert planning. Additionally, students will learn the fundamentals of jazz improvisation, including jazz theory, ear training, scales, patterns and repertoire. By the end of the course students will have a reference binder that will cover all basic elements necessary to run a successful jazz program. Prerequisites: First-year aural skills, musicianship and theory courses.

A practicum/internship will help you gain invaluable knowledge and skills that can serve as a stepping-stone to your career. You can find an internship locally, in a major city, or abroad. Seeking an practicum/internship requires a great deal of initiative on your part - you must both find a site where you can work and connect with a faculty member who will support you in your academic efforts related to that work.

What if a Constitution drafted in the 18th century is inadequate to the needs of a 21st century nation? How should we amend it? In this hands-on course blending team-based learning and discussion-based classes, students will jointly identify a small number of perceived deficiencies in the US Constitution, research the histories, interpretations, and applications of the operative provisions, explore alternative models from other constitutions, and develop proposed amendments for presentation to and discussion by the entire class.

Fieldwork experience for qualified students. Coordinated through the University's Office of Internships. Prerequisite: LEGAL 250. Generally open only to Legal Studies majors. Individual faculty sponsorship required.

An introduction to the structure of mathematics; to the role of mathematics in education and the methods, materials, and curricular aspects of mathematics education in grades 4th through 12th.

Not available at this time

The ability to transmit quantum information over long distances will enable implementation of many fascinating quantum communication tasks and provide us with novel capabilities that reach beyond what we can do over classical Internet alone. Examples of such tasks include blind quantum computing, clock synchronization or distributed quantum computing. Quantum cryptography is one family of such tasks with the most famous one being quantum key distribution.