Computer Engineering Technology

Graduates of this program possess an understanding and working knowledge of both computer hardware and software. With a command of the total environment, a computer engineering technician is able to relate to both programmers and hardware engineers. The theory developed in the classroom is reinforced with laboratory work, which allows students to develop confidence and skill in their newly acquired knowledge and to accurately report the results of their observations. Along with two networked computer labs, students also use the facilities available in three additional instrumented electronics labs.

Computer Engineering Technology students share many common first-semester courses with the Electrical Engineering Technology students. This first semester provides students with a firm base in fundamental principles. Subsequent semesters� offerings stress a systems approach, with students investigating computer-based applications from both a hardware and a software perspective. Interfacing computers with their peripherals and network applications are emphasized. Graduates are well prepared for admission to Vermont Tech�s Bachelor of Science program in Computer Engineering Technology.

With an extra year�s work, students may pursue a dual associate�s degree with Electrical Engineering Technology.

Students with an Associate of Science in Computer Engineering Technology will be able to:

Design and implement combinational and sequential digital circuits using simple tools and techniques
Interface simple analog or digital hardware to a microcontroller and manipulate that hardware using programs in both assembly language and a high level language
Understand port access, interrupt service routines, and hardware timing issues
Develop small programs written in assembly language
Develop small programs written in a high level language
Understand the basic concepts of object-oriented programming
Install and configure a significant operating system
Administer a computer system by managing its resource usage, interpreting the output of monitoring tools, and troubleshooting system problems
Apply knowledge of network protocols from the physical layer through the transport layer to analyze and troubleshoot TCP/IP network problems
Clearly communicate technical information in both oral and written form to peers and supervisors
Understand the computer engineering technology profession, its diversity, and its related ethical and social issues
Function effectively in teams
Demonstrate a commitment to quality, timeliness, continuous improvement, and lifelong learning

The normal number of credits required for a degree is 68.

First Year

Fall Semester Credits Spring Semester Credits

ELT 1031 - Electrical Circuits I 4 ELT 1080 - Electronics for CPE 4

ELT 1051 - Presentation Graphics I 1 ELT 1110 - Intro to Digital Circuits 4

ENG 10XX - English 3 MAT 1520 - Calculus for Engineering 4

INT 1000 - Freshman Seminar 1 PHY 1041 - Physics I 4

MAT 1420 - Tehnical Mathematics 5 If Required:

Select One: CIS 2262 - Intro Java Programming II 2

CIS 2261 Intro Java Programming I 4

CIS 2271 Java Programming 4

18 16-18

Second Year

Fall Semester Credits Spring Semester Credits

CIS 2022 - Intermediate C Programming 2 CIS 2151 - Computer Networks I 4

CIS 2230 - System Administration 4 CIS 2720 - Current Topics in CPE 3

ELT 2050 - Microprocessor Techniques 4 ELT 2040 - Computer Sys Comp/Interfaces 4

ELE XXXX - AH/SS Elective 3 ENG 2080 - Technical Communication 3

Select One: ELE XXXX - AH/SS Elective 3

PHY 1042 - Physics II 4

PHY 2042 - Physics II with Calculus 4

17 17

Randolph Center / Williston

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