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Semester 1
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Course Objectives |
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ELEN 115-3-5.5
Computer Components and Peripherals |
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| This course is an introduction to the technologies and terminologies of PC computer and Operating Systems. Computer components and their interactions are examined as well as the configuration and management of a workstation operating system. Special emphasis is given to PC components, peripheral data storage, disk management, file systems, boot process, operating system configuration and basic scripting. Students with credit for NTEN 111 cannot take ELEN 115 for further credit. This course is also given in the Department of Network and Telecommunications Engineering Technology as NTEN 111. | |
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ELEN 116-3-4.5
Programming and Interfacing |
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This course provides the basic skills and concepts required to write programs using a compiler on a PC. Software topics include arithmetic and logic operations, variable and constant data, functions, input and output, the preprocessor, arrays, structures, unions, pointers, file (I/O) input/output and some standard library functions. Students will be introduced to interfacing and control concepts. |
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ELEN 130-3-7.5
Electrical Circuits |
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Fundamentals of electricity and magnetism; principles and techniques involved in the analysis of simple resistive and reactive electrical circuits under DC and AC excitation. Laboratory sessions provide for verification of theory through building and testing of circuits using standard components and instruments. Proficiency in reporting of laboratory results is emphasized. |
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ELEN 132-3-4
Fabrication I |
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An introduction to practical drafting skills used in the electronics industry including sketching, lines, projection drawings and dimensioning. Practice in prototype development, packaging, sheet metal work and fastener selection. A brief introduction to the residential wiring code. Proper use of tools and safe working practices are emphasized. |
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ELEN 136-3-5.5
Introduction to Electronics |
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This course is an Introduction to Electronic Engineering Technology, the role of technologists, the tools they will use, and the types of systems they will work with. Topics covered include analyzing various electronic systems and circuits, AC and DC power, time and frequency domain, discrete and integrated devices. Lab projects provide experience in construction, testing and troubleshooting of basic circuits. |
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MATH 137-3-4
Mathematics for Electronic Engineering Technology I |
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Mathematics 137 provides students in the Electronic Engineering Technology program with some of the basic mathematical concepts and techniques used in their field of study. |
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