ISO 9001:2000 Certified

View by Interest
View by Centre
View Alphabetically

Articulation Agreements

Printer friendly version

Additional Program Information

Computer Studies Unit Home Page

Computer Studies Unit Email

"Dedicated to excellence in performance, Holland College stands Committed to providing quality, life-long learning opportunities to support learner, industry and community development."

Computer Engineering Technology

Applications for computers can now be found in all areas of life. The Computer Engineering Technology program provides learners with the skills to design, install and maintain these computer systems. The program features the CISCO NETWORKING ACADEMY curriculum and equipment which will prepare the student to obtain the CISCO CCNA certification. This partnership between Holland College and CISCO will prepare students for the 21st century workplace. The content of the course also prepares learners to obtain A +, CNA and MCP certifications.

The Computer Engineering Technology program offers students a choice of two levels of study: Computer Engineering Technician or Computer Engineering Technologist.

The Technologist profile is nationally accredited by the Canadian Council of Technicians and Technologists. The nationally accredited curriculum enables graduates to seek employment opportunities locally, regionally, throughout North America and many international locations.

Computer Engineering Technician

Areas of Competency

Networking
Analyze, design, implement and maintain computer networks using Novell NetWare and Windows 2003 server. Design and troubleshoot various network configurations including Ethernet client-server and peer to peer networks. Analyze customer requirements and design computer networks to meet specific needs. Setup and maintain wireless networks.

Data Communications
Application of TCP/IP, subnetting, and the OSI model. Troubleshoot and test networks using cable testers and packet capturing software. Construct UTP Cat5 cables. Cisco CCNA training. Install and configure networking devices such as routers and switches.

Operating Systems
Install, configure, and troubleshoot operating systems such as MS-DOS, Windows 98, Windows XP, Windows 2000, Linux and Mac OSX.

Applications
Install, configure, and use spreadsheets, word processors, databases, e-mail, and Internet software. Introduction to CAD software for the design and troubleshooting of electronic circuits.

Data Security and Recovery
Design and implement backup strategies and system recovery methods using tape backup devices, and "ghosting software". Configure security on wired and wireless networks.

Microprocessors
Introduction to microprocessors using the Intel family of processors, assembly language programming and interfacing. Design of hardware and software for microprocessor and embedded control systems.

Analyze and Configure Systems and Peripherals
Computer architecture including the IBM compatible PC and the Macintosh. Install and troubleshoot devices such as video cards, storage devices, multimedia devices, network cards, memory, microprocessors, motherboards, BIOS upgrades, SCSI, and USB devices. Practical applications include customer work orders.

Digital Logic
The design of digital logic circuits including solid state memories and programmable logic devices.

Electronic Circuitry
The design and analysis of circuits using diodes, transistors, thyristors, operational amplifiers, and voltage regulators.

English Communications
Development of oral and written communications with emphasis on report writing, team work, presentations, business etiquette, and customer relations.

Technical Math
Solve technical problems using algebra and trigonometry.

On-the-Job Training
Each student receives six weeks of related training in the computer field.

Professional Competencies
Interpersonal communications, time management, problem solving, study habits, professionalism, and research techniques using the Internet.

Computer Engineering Technologist

Areas of Competency

The Technologist Areas of Competency include the Technician Areas of Competencies plus the following:

• Advanced Math
  Solve technical problems using statistics, matrices, and calculus.

• Physics
  Investigate the principles of forces, statics, kinematics, heat, light, sound, and properties of materials.

• Project Management
  Plan and complete major projects including a Technologist level technical thesis. The principles of project management including project proposals, Pert Charts, and Gantt Charts.

• Technologist Thesis
  A computer network design project that requires a technical report and oral presentation.

Graduate Opportunities

• Computer retail companies
• Government agencies
• Telecommunication companies
• Repair depots
• Computer equipment manufacturers
• Microelectronic design firms
• Companies with in-house technical staff

Under the existing articulation agreement, graduates of the nationally accredited Computer Engineering Technology program receive credit towards a Bachelor of Technology degree at Memorial University. Graduates can complete the Bachelor of Technology degree in 3 semesters. For more information, please visit the Memorial University website, http://www.mi.mun.ca/btech/.

Admission Requirements

• Academic grade 12
• Preference will be given to applicants with academic grade 12 math and grade 11 physics
• Applicants should have basic training or experience in the use of computers such as keyboarding, desk top application software and operating system(s)
• Resume including work and volunteer experience with applicable dates, membership in groups, associations or athletics, awards and distinctions, and any other information about yourself relevant to the program to which you are applying.

If you have any questions concerning the Computer Engineering Technology program, contact: computerstudies@hollandc.pe.ca