Liberal Arts and Science - Manchester Community College ...
Liberal Arts and Science - Manchester Community College ...
Liberal Arts and Science - Manchester Community College ...
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Computer Engineering Technology,<br />
A.S. Degree<br />
Program Design<br />
The Computer Engineering Technology A.S. Degree program provides students<br />
with a broad background in the underlying disciplines of computer engineering<br />
<strong>and</strong> computer electronics technology including: the fundamentals of computer<br />
electronics including basic AC/DC linear circuit analysis, analog <strong>and</strong> digital<br />
electronics, <strong>and</strong> microprocessor electronics to enable students to perform<br />
component <strong>and</strong> board level computer electronics analysis <strong>and</strong> troubleshooting;<br />
broad experience in problem solving with computers; the basics of computer<br />
architecture <strong>and</strong> organization; an underst<strong>and</strong>ing of the basics of computer<br />
operating systems <strong>and</strong> the integration of computer hardware <strong>and</strong> software; <strong>and</strong><br />
an underst<strong>and</strong>ing of basic computer networking concepts <strong>and</strong> technologies<br />
including the fundamentals of network design, installation, <strong>and</strong> maintenance.<br />
Students will also acquire a comprehensive educational background in<br />
mathematics, physics, <strong>and</strong> general education, in addition to acquired skills<br />
<strong>and</strong> knowledge in the field of computer engineering technology, designed to<br />
develop <strong>and</strong> enhance their critical thinking <strong>and</strong> problem analysis <strong>and</strong> resolution<br />
skills.<br />
The Computer Engineering Technology A.S. Degree program prepares students<br />
for transfer to baccalaureate institutions with bachelor degree programs in<br />
computer science or other related computer science/technology programs, or<br />
for entry into computer-based industry positions <strong>and</strong> further industry-based<br />
training. Students planning to transfer to baccalaureate institutions should<br />
consult with an advisor regarding the requirements of these institutions <strong>and</strong><br />
transferability of courses.<br />
Curriculum<br />
Students may enroll in this program full or part-time. Courses are offered<br />
during daytime or evening hours. For students not prepared for the required<br />
mathematics or computer technology courses in the program, MCC offers a<br />
wide range of preparatory courses. Please consult with a computer science/<br />
technology faculty advisor.<br />
Computer Engineering Technology Requirements<br />
Gen Ed ENG* 101: Composition 3<br />
Gen Ed MAT* 154: Technical Mathematics I 3<br />
ELC 120 AC/DC Circuit Analysis 4<br />
CST* 110 Introduction to Information Technology 3<br />
CSC* 125 Programming Logic <strong>and</strong> Design with C++ 3<br />
Subtotal: 16<br />
ENG* 202 Technical Writing 3<br />
MAT* 155 Technical Mathematics II 3<br />
ELC 122 Electronics 4<br />
CST* 123 Computer Operating Systems 4<br />
Gen Ed COM* 173: Public Speaking 3<br />
Subtotal: 17<br />
Gen Ed PHY* 121: General Physics I 4<br />
CST* 141 Computer Hardware 4<br />
ELC 220 Digital Electronics 4<br />
Gen Ed Mode 1 3<br />
Gen Ed PSY* 247: Industrial & Organizational<br />
Psychology 3<br />
Subtotal: 18<br />
Gen Ed PHY* 122: General Physics II 4<br />
CSC* 287 Organization <strong>and</strong> Architecture 3<br />
CSC* 286/ELT 215 Microprocessor Assembly language 4<br />
CST* 131 Networking Theory <strong>and</strong> Application 4<br />
Subtotal: 15<br />
Total Credits Required: 66<br />
Learning Outcomes<br />
1. Demonstrate the ability to underst<strong>and</strong> a problem <strong>and</strong> develop logically<br />
structured solutions through the use of flowcharts, pseudocode, <strong>and</strong><br />
C++ code.<br />
2. Differentiate <strong>and</strong> underst<strong>and</strong> the role <strong>and</strong> function of various current <strong>and</strong><br />
emerging technologies, including, but not limited to, computer hardware,<br />
networking, programming, database, <strong>and</strong> Internet technologies.<br />
3. Describe basic computer organization <strong>and</strong> the relationship between<br />
hardware components <strong>and</strong> the operating system.<br />
4. Differentiate <strong>and</strong> apply the basic technologies used in Local <strong>and</strong> Wide<br />
Area Networks. Demonstrate competency in installing, repairing,<br />
servicing, troubleshooting <strong>and</strong> upgrading computers <strong>and</strong> peripheral<br />
equipment from the PC technician’s point of view.<br />
5. Demonstrate an underst<strong>and</strong>ing of the fundamentals of computer electronics<br />
from circuit analysis, including analog <strong>and</strong> digital electronics.<br />
6. Demonstrate a working knowledge of the internal structure of digital<br />
computers.<br />
7. Discuss <strong>and</strong> explore the relationship between the CPU, assembly<br />
language <strong>and</strong> machine language.<br />
8. Discuss <strong>and</strong> explore the relationship between ROM, the instruction<br />
set, system clock <strong>and</strong> the internal addressing schemes.<br />
9. Discuss <strong>and</strong> describe the Data Path.<br />
In addition, the graduate will complete the comprehensive learning outcomes<br />
identified with the General Education Component.<br />
WARNING: All course numbers in the Connecticut <strong>Community</strong> <strong>College</strong> System<br />
are in the process of change. For up-to-date information on any course number,<br />
contact the MCC Registrar’s Office.<br />
Center for Business <strong>and</strong> Technologies: 860-512-2623 or www.mcc.commnet.edu/cbt/<br />
39<br />
DEGREES