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This course familiarizes the student with the basic principles of digital logic and digital integrated circuits, including Programmable Logic devices (PLDs). The course examines the basis of digital logic in the binary number system and Boolean algebra, the operation of combinational and sequential logic and the general interfacing requirements of digital logic circuits. A number of applications, implemented with a PLD, will be examined including basic gate circuits, flip-flops, decoders and sequential circuits such as counters.

SEH300

An introduction to the basic concepts of electricity, magnetism, electric circuits, and basic combinational and sequential digital circuits. Students develop an understanding of microprocessors and computer architecture in software driven hardware. DC and AC driven circuits, and digital circuits are studied in detail. Fundamental electronic components are examined such as resistors, inductors, capacitors, diodes, transistors, operational amplifiers and digital logic gates.

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ELR290

This subject covers the fundamental elements of electricity in both a lecture and lab setting. Students acquire an understanding of electrical principles and the purpose of resistance, conductors and power supplies found in a circuit, as well as the functionality of electrical components as they relate to fire alarm systems. In order to accomplish this, students will obtain practical experience working with a digital multi-meter as they are used extensively in the labs.

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HSI255

This course explores the integration of electronics systems through methods of hardware interfacing and software programming. Analyzing these circuits in lectures and then constructing and troubleshooting them in the labs, allows investigation of practical applications containing both analog and digital inputs and outputs. Circuits will be modified to interface with a data acquisition unit programmed in C language.

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HSI355

This course explores the integration of electronics systems through methods of hardware interfacing and software programming. Students will build upon their knowledge of simple DC circuits by examining the principles and applications for circuit designs containing more advanced components, such as diodes, transistors, temperature sensors, optical sensors, buzzers, servo motors, and operational amplifiers. By first analyzing these circuits in the lectures and then constructing and troubleshooting them in the labs, students are able to investigate practical applications that contain both analog and digital inputs and outputs. The circuits will be modified to interface with a data acquisition unit programmed in C language. A lab project draws together the key elements from this course. Students emerge with comprehensive and practical hands-on experience in basic electronic device integration, which provides a foundation for subsequent studies.

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DGS266

This course provides students with understanding of the fundamental of digital logic and digital Integrated circuits. Upon completion of the course the student will acquire a solid foundation in digital electronics, including binary number systems, Boolean algebra, gates, flip-flops, counters, and applications of combinational and sequential logic. Using computer simulation, students will learn the role the Programmable Logic controller (PLC) within a digital system.

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COM455

This is an overview course that introduces major analog and digital communications topics, including both analog and digital modulation principles and the nature and behavior of pulse waveforms.

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HSI266

This course explores the integration of electronics systems through methods of hardware interfacing and software programming. Students will build upon their knowledge of simple DC circuits, digital systems, CAD design, and C programming by examining the principles and applications for circuit designs containing more advanced components, such as pushbuttons, transistors, various sensors, buzzers, speakers, DC and servo motors, and operational amplifiers and then utilizing these concepts in the lab. The circuits will be modified to interface with a data acquisition unit programmed in C language. Additionally, students will be introduced to IoT fundamentals that integrates web publishing with their circuits and programs. The lab project draws together the key elements from this course. Students emerge with comprehensive and practical hands-on experience in electronic device integration, which combines their prior semester?s learning and prepares students for their capstone projects.

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