Choose one course from any MnTC Goal 1 - 10

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Choose one or more Technical electives.

This course covers the general information, theory, and problem-solving techniques required for an analysis of DC circuits with emphasis on the meter measurements, current flow, and voltage division. (Prerequisite: Proficient in basic math) (2 credits: 1 lecture/1 lab)

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This course covers the general information, theory, and problem-solving techniques required for an analysis of AC circuits. Topics include: AC waveforms, oscilloscope operation, meter measurements, and AC vs. DC comparisons. (Prerequisites or Concurrent: ELEC1202, proficiency in basic math) (2 credits: 1 lecture/1 lab)

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This course covers the study of Ohm's Law, Kirchoff's Law and network theorems, with an emphasis on the theoretical concepts as related to electricity/electronics. The application of DC theory through laboratory experiments are also examined. Instruction in the operation of basic test equipment is used to provide verification of topics and to reinforce the theory. (Prerequisite or Concurrent PHYS1515 or ELEC1202) (2 credits: 1 lecture/1 lab)

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Students will learn what a digital circuit is and how digital circuits are used in electronic equipment, from simple clocks to large computers. Experimentation with digital circuits will aid in the reinforcement of digital concepts. (Prerequisite: None) (3 credits: 2 lecture/1 lab)

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In this course students will study the proper techniques necessary for placement of components on PCB's, with emphasis on THM and SMT technologies. Proper use of standard and specialized tools and equipment will be demonstrated. Soldering techniques will be critiqued in accordance with IPC-A-610 and J-STD-001 soldering standards. (Prerequisite: None) (2 credits: 1 lecture/1 lab)

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This course presents an overview of electronic communication systems and principles. Amplitude Modulation, Frequency Modulation, and Multiplexing Fundamentals. Practical experiments will reinforce many points presented in Electronics Communications. (Prerequisites: ELEC1202, ELEC1204) (2 credits: 1 lecture/1 lab)

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A theoretical understanding of solid-state devices, which includes diodes, bipolar transistors, field effect transistors, SCR's, triacs, and others, and their operation in both DC and AC circuits will be covered. Analysis of these operations will be demonstrated through the lab exercises and proper use of test equipment. Proper biasing of solid state devices is stressed. (Prerequisites: ELEC1202, ELEC1204) (4 credits: 2 lecture/2 lab)

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An in-depth understanding of solid state circuit configurations and operations will be enhanced through both theoretical and experimental exercises. Topics of interest will be Transistor amplifiers, Mosfets, Operational Amplifiers, Solid State switching circuits and Voltage regulators. (Prerequisite or Concurrent: ELEC1250) (4 credits: 2 lecture/2 lab)

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This course is an introduction to sensing, instrumentation and control using National Instruments hardware and software (such as MultiSim, LabView, and the MyDAQ). Pre-built applets will be used to input and output data from digital and analog interfaces, make logical decisions based upon input, and data processing. Devices interfacing with this tool may include, but are not limited to photo-electric sensors, servos, and LEDs. Upon completion, students should have a cursory understanding of how National Instruments hardware and software tools can be used for data acquisition, control, and instrumentation environments. (Prerequisite: none) (2 credits: 1 lecture/1 lab)

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This course provides an introduction to network systems. The student will learn about the basic concepts, terminology, equipment, and the techniques that are needed in the development of a data communication system. The protocols used for typical data exchange will be explored in a lab environment. This is semester one of the Cisco curriculum. (Prerequisites: None.) (3 credits: 2 lecture/1 lab)

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Digital electronics are so widely used that it is almost impossible to think of electronic equipment without them. Digital circuits have greatly improved electronic methods and have given practical electronic equipment amazing capabililty. In this course you will learn what digital electronics is, how they are used to reduce board area, improve reliability and increase performance. (Prerequisite: ELEC1212) (4 credits: 2 lecture/2 lab)

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This course will explore the personal computer. Emphasis will be placed on the managing, monitoring and optimizing of the PC. Basic troubleshooting techniques will be discussed as it relates to the Personal Computer. The use of diagnostic and monitoring software will be emphasized. Topics covered provide a preparation for CompTia A+ certification. (Prerequisite: ELEC1500 Networking I) (4 credits: 3 lecture/1 lab)

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This course will introduce the student to embedded controllers. The student will configure microcontrollers to read switches and drive output devices. Students will explore the features and benefits of single chip systems. (Prerequisites: ELEC2211 Digital Electronics I I) (5 credits: 3 lecture/2 lab)

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This course covers linear integrated circuits. In this course a wide variety of amplifiers, oscillators and generators will be analyzed, which use the op amp. The op amp is one of the most versatile integrated circuits; it provides high gain and wideband width in a simple configuration. (Prerequisite: ELEC1218) (4 Credits: 2 lecture/2 lab)

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This course will cover the components of local area networks well as some of the standards and connections used. The student will configure routers, switches, and wireless devices.. Students will explore the features and benefits of wireless devices and virtual LANs. . (Prerequisites: ELEC1500 Networking I) (3 credits: 2 lecture/1 lab)

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