Computer Engineering Technology, A.A.S.

Program Description

The Computer Engineering Technology Program prepares students for careers in computers, networking and Internet-of-Things (IoT) fields. Students receive a general background in electronics, software, computers, communication networks, as well as IoT technologies and applications. In addition, students receive specialized training in the assembly, configuration, diagnosis, and repair of personal computers. By proper choice of electives, mathematics, and science courses, A.A.S. graduates may transfer into the B.S. in Computer Engineering Technology program at Capitol Technology University. Certificate programs, with fewer credit requirements, lead into the A.A.S. program without loss of credit. Some students may wish to take courses within this program to prepare for industry certifications from Computing Technology Industry Association such as, CompTIA A+ certification and CompTIA Network+ certification.

Graduates of the Computer Engineering Technology A.A.S. will be able to:

• Analyze all types of ac and dc circuits using various methods of circuit analysis.
• Use operating systems such as Windows and Linux used on personal computers and servers.
• Design, analyze, and troubleshoot standard digital circuits.
• Create programs for a microprocessor or microcontroller.
• Analyze and troubleshoot computer hardware and software by understanding system organization, data representation, memory management, and interrupts.
• Configure, test, monitor and maintain small to medium size communications network.
• Install, test, maintain, and secure Internet of Things (IoT) hardware and software components.
• Analyze issues to resolve IoT device or application related problems.
• Use critical thinking techniques and the student’s general technical body of knowledge to research a problem and provide a creative, well-documented solution for a technical problem in which the student has no specific background.
• Produce a comprehensive written report and oral presentation describing a research project.

General Education Courses

The list of general education courses appears in the General Education List . Some programs recommend or require specific courses to fulfill general education requirements. Please check your program’s sequence of study for this information.

Sequence of Study - Computer Engineering Technology A.A.S.

Below are the required courses for your program arranged in a suggested sequence. Please note that the sequence does not include developmental coursework. See Academic Preparation  for the developmental course sequence if applicable to you.

Required Courses (in expected order)

• INT-1010 Introduction to Information Technology (CyberWATCH common course equivalent: CW120) Credits: 3 (Computer Literacy Institutional Requirement)
• INT-1111 Programming Logic and Design Credits: 3 (Program Requirement; Critical Course)
• EGL-1010 Composition I: Expository Writing Credits: 3 (English General Education Requirement)
• PAS-1000 First Year Experience Credits: 1 (Institutional Requirement)
• SOC-1010 Introduction to Sociology Credits: 3 (Social Science General Education Requirement)
• MAT-1350 Precalculus Part 1 Credits: 3 (Mathematics General Education Requirement)
• INT-1700 Understanding Operating Systems Credits: 3 (Program Requirement)
• PHY-1570 Technical Physics for Engineering Technology Credits: 4 (Science w/ Lab General Education Requirement)
• COM-1010 Foundations of Communication Credits: 3
• ENT-1730 DC and AC Circuit Analysis Credits: 3 (Program Requirement)
• EGL-1340 Writing About Technical Topics Credits: 3 (English General Education Requirement)
• ENT-1810 Internet of Things Fundamentals Credits: 3 (Program Requirement)
• ENT-2740 Digital Circuits Credits: 4 (Program Requirement)
• INT-1550 Introduction to Networks: Network+ Credits: 3 (Program Requirement)
• INT-1540 Computer Hardware I: A+ Credits: 4 (Program Requirement; Critical Course)
• INT-2540 Computer Hardware II: A+ Credits: 4 (Program Requirement)
• ENT-2840 Internet of Things Devices and Technologies Credits: 3 (Program Requirement)
• INT-2840 Systems Analysis and Project Management Credits: 4 (Program Requirement)

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  (Take one of the following Program Electives)

• INT-2910 Cooperative Education Credits: 1-3 Credits (Program Elective)
• INT-2719 AWS Cloud Computing Architecture Credits: 4 (Program Elective)
• ENT-2810 CPU Architecture Credits: 4 Credits (Program Elective)

Program Total: 60 Credits

Transferability

Credit earned at any public institution in the state shall be transferable to any other institution if the:

• Credit is from a college or university parallel course or program;
• Grades in the block of courses transferred average 2.00 or higher; and
• Acceptance of the credit is consistent with the policies of the receiving institution governing students following the same program. Refer to ARTSYS at artweb.usmd.edu and the receiving institution’s catalog to select transferable courses.

Need Help?

For help selecting an academic program or courses, consider using Career Coach, available at www.pgcc.edu/go/careercoach.