Web

This course covers operating system concepts which are necessary for maintaining and using computer systems. Topics include disk, file, and directory structures; installation and setup; resource allocation, optimization, and configuration; system security; and other related topics. Upon completion, students should be able to install and configure both the Linux and Windows operating systems and optimize performance.

This course will introduce the student to the principles of data telecommunication and applications of data communications in current practice, including the Internet, distributed processing and databases, corporate data repositories, and the impact of improved telecommunications on business practice.

This course is designed to teach methods of programming for the World Wide Web. The student will learn about the technologies that are available and will create software that performs functions on an actual web site.

Provides the student with an ability to describe the theory of operation of various Data Base Management Systems (DBMS) and the capability of using several of the more frequently encountered DBMS's which are available for computer systems. The student will also study methods of database administration.

The present marketing system is described, analyzed, and evaluated through study of consumers, marketing functions, institutions, and commodities. The motivation of mass markets through advertising and personal selling is given special attention.

This course will acquaint the student with the techniques and procedures for creating audio for film, video, radio and for the web. There will be specific projects in spotting effects, creating voice-overs, Foley effects, and music leads. This class will have many hands-on projects to implement new techniques.

Using a modern high-level programming language, this course introduces algorithmic problem solving, basic control structures, basic data structures, and procedural abstraction.

This course covers operating system concepts which are necessary for maintaining and using computer systems. Topics include disk, file, and directory structures; installation and setup; resource allocation, optimization, and configuration; system security; and other related topics. Upon completion, students should be able to install and configure both the Linux and Windows operating systems and optimize performance.

This course will introduce the student to the principles of data telecommunication and applications of data communications in current practice, including the Internet, distributed processing and databases, corporate data repositories, and the impact of improved telecommunications on business practice.

This course is designed to teach methods of programming for the World Wide Web. The student will learn about the technologies that are available and will create software that performs functions on an actual web site.

Provides the student with an ability to describe the theory of operation of various Data Base Management Systems (DBMS) and the capability of using several of the more frequently encountered DBMS's which are available for computer systems. The student will also study methods of database administration.

Introduction to the principles and tools of formal systems analysis and systems design. Students will apply design techniques and tools to case studies regarding software development.

Students in this course will learn the concepts and the techniques that are necessary to lead and motivate a team of technical people. Technical companies and technical work techniques will be studied and discussed. Also, methods of finding and developing technical talent will be covered. Meets the general education writing-intensive requirement.

A study of the basic principles and elements of two-dimensional form and composition. Alternate discussion and projects designed to acquaint the student with material and techniques in the plastic arts.

This course is designed to provide digital media majors with an accurate conceptual framework for understanding the underlying physical principles governing the behavior of moving objects and the phenomena associated with light and sound waves. Topics will include the kinematics of motion, Newton's laws of motion, energy and momentum and wave mechanics and interference effects of light and sound. Applications involving acoustic and optical technology are presented. This course will not fulfill requirements for pre-professional science programs, chemistry, or physics majors. Three hours lecture and three hours laboratory per week. Cross listed with PHY 110.

This course explores digital media as an experimental cultural practice, with an emphasis on critical approaches to art and technology. Experiments in digital imaging, digital audio, digital video, and multi-media authoring will be conducted. Students will produce independent digital media production projects, individually and in groups. Course meetings include seminar-style discussion of reading and other materials, critiques of student work, tech workshops, production studios (session in which we brainstorm, research ideas, and work on projects), and screenings.

This course will provide the student with a hands-on experience in utilizing digital media, the internet, and social networking. each student will utilize video equipment and the internet to promote a group of people (may be a team, a club, a cause, etc.). A prime goal of this experience will be to create a community following. Blogs, fan pages, text messaging, and video sharing services will be utilized.

This course will introduce students to computers and programming. It will begin with a study of computer hardware and software relationships, and a review of common operating systems in use today, with a detailed review of microcomputer operating systems. Then programming language construction and principles will be covered, culminating in problem-solving and algorithm development in a high level computing language with several programming projects. Serves also as the entry point for a major in computer and information systems. Cross listed with CIS 140.

This course provides a thorough understanding of the theory and practice of studio recording and sound reinforcement. Cross listed with COM/MUSG 126.

This course continues the study of theory and practice of studio recording, and includes Digidesign® Pro Tools 101 Certification. The course is "hands-on," offering substantial studio time for individual recording projects. Cross listed with MUSG 227.

This course reviews the overview of the technical and aesthetic issues relevant to the design profession. Studio work and research will be assigned. Specific focus on problems in visual organization, typography, and design theory as an expressive design element will be studied. Course content will concentrate on fostering creative thinking along with prescrived techniques and media. Three double or two triple periods. Cross listed with ART 230.

Students will work with traditional 35 mm and digital cameras and scanners to produce photographic images that can be improved, manipulated, altered, and printed from the computer. They will learn to control camera settings, adjust imagery using sophisticated photo manipulation software, and explore the variety of digitally based, photograph quality printing. Students will experiment with the fundamentals of photography while developing a portfolio of creative photography. Cross listed with ART 331.

This course covers the primary components of Web design: HTML, CSS, imaging, page design, site design, information architecture, site management, navigation, integrating JavaScript, writing for the Web, and usability as well as instruction in key Web design software, including Adobe Creative Suite. Special attention is given to layout design, content creation, and project management.

Students will work to master the ability to shoot, capture, and edit digital video. They will prepare media in various types of formats and for various types of output. A major project will be to produce a short clip video which will integrate various software applications.

This course explores the methods and objectives of motion and time based graphics. Emphasis is on visual design of commercial, educational, or narrative multimedia electronics presentations.

This course will give the student a chance to demonstrate talent in the area of digital content. Each portfolio will include interactive design (including visual, navigation, and information design), creative arts, and various projects with technical merit. The student will demonstrate the level of expertise that has been gained from Digital Media courses, such as Graphic Design, Web Design, Computer Programming, Digital Video, Digital Photography, Digital Multimedia, and Studio Recording. This portfolio is intended to prepare students for entry in the job market or graduate school.

This DM Practicum (Internship) Course supports students to reflect on their learning while in a professional internship of at least 240 hours during the summer, fall/spring semester, or interterm.

A capstone course for all digital media majors, involving independent and group work in selected areas, guest speakers, research projects, and discussion as an essential learning activity. Topics will include digital manipulation ethics, digital sharing ethics, God & technology, and development of a career and lifestyle based on a technological society. A trip to the Annual Chicago International Film festival in October is an integral part of this course.