Courses

Problems involving the application and integration of robotic design, remote control of robots, and programming robots for autonomous control. This is the second of two courses that constructs and programs a robot to compete in the ATMAE annual robotics contest. The educational objectives are to gain proficiency in research, design, team work and project management.

CBA 350. Problems involving the application and integration of electronics, industrial safety, quality, industrial management, and/or computer integrated manufacturing technology. This may include an industrial practicum and/or internship.

Application of modern control theory to chemical processes; multivariable control; estimation and adaptive control, optimal control.

Upon completion, students will be able to demonstrate their ability to develop programs, load programs into real-world PLCs, and troubleshoot the system if necessary. Emphasis is placed on analog programming, designing complete working systems, start-up and troubleshooting techniques, and special projects. Topics include plant safety, piping and instrument diagrams, pressures, levels, flows and temperature, and loops designed to function in real time.

, AAB/LST. 10. Pr. INDD 3120 and INDD 3210. Design or redesign of products and systems of advanced complexity.

This is an advanced production course focusing on television and film production. The students will serve as a production team responsible for the conceiving, shooting, editing and delivering of broadcast-ready content for television or film outlets.

Practical directed production experience in conjunction with actual production. Prior to taking THR 404, student must have completed the 3 required practicum credits. THR 204 and THR 404 may be repeated for a combined total of 8 credits.

This comprehensive course immerses students in the collaborative environment of film and theatre production, combining the disciplines of acting, production design and tech, and film production. This course empowers students to synthesize their diverse skills to develop, produce, and post-produce interdisciplinary projects.

This course covers the use and application of Pro-Engineer computer-aided drafting/design software using parametric concepts of 3-D design for solid modeling on a high level computer work station. This course covers advanced concepts, and application of the Pro-Engineer software to develop 3-D parts, draw assemblies, working drawings, and rendering of design parts.

This course prepares students for career success by focusing on self-assessment, industry/job/company research, personal brand identification, resumes and cover letters, interviewing, career and company research, presentation skills, and benefits and negotiation. Course may be repeated for a maximum of 3 credit hours.