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MKT110 (3 Credits)
Theory and practice in the use of social media in marketing. Topics may include a history of social media, preparation for social marketing, the power of collective influence, and how to engage with social media. Reviews social mediums, social networks, platforms and other marketing tools used to create a social media campaigns. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 8,14
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MKT268 (3 Credits)
Surveys structure and operation of retail organizations. Emphasizes merchandising to include price, location, time promotion and quantity. Prerequisites: None. MKT271 suggested but not required.
- Term
- Fall 2026
- Weeks
- 8,14
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MKT271 (3 Credits)
An analysis of the marketing process and environment with regard to the product, pricing, distribution, and communication in order to satisfy buyer needs. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 8,14
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MNT108 (1 Credit)
Overview of fundamental statistical process control concepts and methods with emphasis on practical application in semiconductor manufacturing. Focus on reading, interpreting, and monitoring control charts rather than complex statistical calculations. Introduction to Six Sigma methodologies, waste identification, and quality system implementation for manufacturing technicians. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 4
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MNT110 (3 Credits)
Designed to provide students with a strong fundamental understanding of the scientific principles, processing, and applications of nanotechnology. Includes the concepts of chemical bonding, quantum mechanics, and microstructure applied to various nanomaterials and their use in electronic devices, composites, computing, and various other biological, medical, energy-related, and current consumer applications. Introduces analytical techniques used in nanotechnology, as well as possible societal applications. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 10
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MNT112 (3 Credits)
Provides an overview of the semiconductor industry and the manufacturing process, including raw materials to finished products. Covers key events, various career paths, and types of skills and qualifications. Emphasis on quality control standards, environmental and ethical considerations, economic and political impacts, and future trends. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 8,14
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MNT120 (3 Credits)
Overview of fundamentals of the scientific principles, processing, and applications of microelectromechanical systems (MEMS). Covers topics in applications, fabrication methods, characterization, and commercialization concepts as well includes surface micromachining, patterning, etching and deposition processes in addition to cleanroom protocol and safety. Also covers research and documentation types and applications. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 8,15
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MNT140 (1 Credit)
Introduction to professional skills unique to the field of nanotechnology fabrication. Emphasis on teamwork, problem solving, cultural diversity in the workplace, communication, and continuous professional development. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 4
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
MNT201 (3 Credits)
Safety procedures and equipment used in the micro and nanotechnology industries. Covers chemical, biological, and energy safety protocol as well as infrastructure facilities and systems. Also includes an overview of the structural, chemical, and physical classification of materials. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 15
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26
OPT105 (3 Credits)
A historical overview of precision optics and scientific development. Covers optics application and the manufacturing process including machinery, tools, and systems. Examines fundamental principles, characteristics and design of optical components including geometrical optics, wave optics, metrology, fiber optics, photonics, aberration theory, optical phenomena, and optical illusions. Professional career paths in the optics industry also explored. Prerequisites: None.
- Term
- Fall 2026
- Weeks
- 12
- Delivery
- Online
- Designations
- None
- Next Start
- 10/26