Computer Engineering Technology A.A.S. Degree [A40160]

Program Information

The Computer Engineering Technology program is designed to prepare graduates for the rapidly changing and integrated residential, commercial, and industrial automation world, emphasizing connectivity. The CET program bridges the gap between Electronics Engineering Technology and Information Technology to give graduates the knowledge and skills to operate in a career field focused on embedded and edge computing, based on the Internet of Things (IoT) market. Local employers utilize the skills in home automation, interactive digital customer kiosks, smart appliances, and Industry 4.0 standards. Potential students that plan to continue to a four-year university for a B.S. in CET should speak with the Program Coordinator before beginning this program of study.

Semester-by-Semester Plan

Applies to day offerings.

First Year

Fall Semester

CTI 110	Web Programming and Database Foundation	3
EGR 131	Introduction to Electronics Technology	2
ELN 133	Digital Electronics	4
MAT 171	Precalculus Algebra	4
NOS 110	Operating Systems Concepts	3
Total Credit Hours:		16

Spring Semester

CSC 134	C++ Programming	3
CTI 120	Network and Security Foundation	3
CTS 120	Hardware/Software Support	3
ELC 131	Circuit Analysis I	4
NOS 120	Linux/UNIX Single User	3
Total Credit Hours:		16

Second Year

Fall Semester

CSC 151	JAVA Programming	3
ELN 232	Introduction to Microprocessors	4
ENG 111	Writing and Inquiry	3
NET 125	Introduction to Networks	3
SEC 110	Security Concepts	3
Total Credit Hours:		16

Spring Semester

COM 231	Public Speaking	3
CTI 140	Virtualization Concepts	3
ECO 251	Principles of Microeconomics	3
EGR 285	Design Project	2
ELN 131	Analog Electronics I	4
HUM 115	Critical Thinking	3
Total Credit Hours:		18

Total Credit Hours: 66

Program Learning Outcomes

• Have a basic understanding of electric circuit theory concepts: terminology, simple circuit analysis techniques, and the theorems, “rules” and laws of circuit behavior.

• Demonstrate the knowledge to write and analyze code utilized in implementation of an embedded system.

• Demonstrate knowledge of an embedded system by identifying key components and how they communicate and interface with the outside world.

• Know how to read schematics and datasheets and combine that knowledge with their knowledge of components and test equipment for the purpose of assembling, testing and troubleshooting circuits.

• Be able to operate electrical/electronics test equipment for the application of troubleshooting in design or repair of circuits.

Technical Requirements

The Computer Engineering Technology program technical standards have been developed to inform students of the nonacademic essential functions of the program and profession. Examples are not all inclusive.

Standard	Essential Function	Examples
Communication Oral / Written	Skills sufficient to communicate information and ideas so others will understand	Communicate with coworkers and customers
Mobility / Motor Skills	Motor skills sufficient to move the hands and use hands to grasp or manipulate objects Ability to perform basic computer functions Mobility sufficient to perform physical activities that require considerable use of arms and legs and moving the whole body Ability to safely operate in and around electricity	Work with electrical wiring Enter data into a computer, open, save, and close files and programs Physical activities may include: Stooping Crawling Reaching Squatting Lifting Bending Use a meter to test, verify, or troubleshoot an energized circuit
Physical Strength and Stamina	Ability to participate in an activity for long periods of time	Work on a project for up to six continuous hours
Sensory Sight Sound Taste Touch Smell	Visual skills sufficient to see details at close range Ability to distinguish colors, shades, and textures Visual skills to inspect or assess for safety Listening skills sufficient to communicate with others	View blueprints, sketches, and schematic drawings Work with wires of different colors Inspect an area or piece of equipment for potential failures or safety issues Hear others inside of an industrial shop or in the field by voice, loud speaker, phone, and/or two-way radio
Environmental / Occupational Exposure	Possible exposure to extreme noise levels Possible exposure to dust, chemicals, and fumes
Field or Industry Professional Standards	Safely operate tools and equipment