Courses

Build fundamental iOS app development skills with Swift. Master the core concepts and practices that professional programmers use daily and build a basic fluency in Xcode source and UI editors. Create iOS apps that adhere to standard practices, including the use of stock UI elements, layout techniques, and common navigation interfaces. Explore app design by brainstorming, planning, prototyping, and evaluating an application

Expand on the knowledge and skills they developed in Develop in Swift Fundamentals by extending work in iOS app development, creating more complex and capable apps. Work with data from a server and explore new iOS APIs that allow for much richer app experiences including displaying large collections of data in multiple formats. Build an app in Xcode from the ground up with step-by-step instructions.

This course expands the concepts of pathophysiology as it correlates to disease processes. This course will enable the student to apply the general concepts of pathophysiology to the assessment and management of patients in the emergency setting. Topics include: Pathophysiology.

Course is designed to expose students to the importance of micro organisms in industry and in the environment. Lab exercises focus on microbial growth, interactions with environmental factors and use in industrial applications such as treatment of sewage. Same as ENVS 4321.

This course applies the core concepts of anatomy and mechanical physics to human motion. Kinematic (distance, speed, acceleration) and kinetic (force, momentum, torque) concepts related to motion along a straight line (linear motion) and around an axis of rotation (angular motion) are major themes of this course. The student will apply these concepts in analyzing exercise and sport skills.

This course introduces the basic spelling and pronunciation of medical terms and the use of these terms as they relate to anatomy treatment surgery and drugs. Topics include: word analysis, word elements, spelling, pronunciation, and semantics.

This course provides an introduction to the fundamentals of climatology with an emphasis on how the climate system works, quantitative approaches to climate analysis, the planetary energy budget, and air-sea interactions. Urban, regional and global climate features and human impacts are addressed. Current issues in climate research, sustainability, and policy will also be explored.

Compositional techniques taught in a combination of group and individual sessions. Students complete composition projects by using traditional methods and by using the current tools of music technology.

An introduction to computer hardware, software and techniques used for acquiring, storing, analyzing, and presenting scientific data, particularly geologic and hydrologic data. Emphasis will be placed on commonly used and widely available software such as word processing, spreadsheet and database programs as well as mapping and drafting programs commonly used in the sciences.

This course provides an introduction to design and analysis of planned experiments. Topics will include one and twoway designs; completely randomized designs, randomized block designs, Latin-square and factorial designs. Use of technology will be an integral part of this course.