Learner will be able to select electrical and electronics              circuit components and identify the values

Learner will be able to read a given schematic diagram      correctly and construct the circuit on a breadboard for prototyping

Learner will be able to take electrical measurements from the circuit, using appropriate meters accurately

Learner will be able to construct a given circuit using        MULTISIM™

Learner will be able to construct a given circuit using        MATLAB™

Learner will be able to properly solder solid copper wires

Learner will be able to properly solder stranded copper wires

Learner will be able to properly solder and de-solder through hole components on a printed circuit board

Learner will be able to properly solder and de-solder surface mount devices (SMD) components on a printed circuit board

Learner will be able to explain IPC J-STD-001 Standards

Learner will be able to measure voltage, current, power in a DC circuit using bench top meters and portable meters

Learner will be able to verify circuit characteristics using measured values

Learner will be able to apply circuit analysis techniques to various circuits

Learner will be able to troubleshoot a DC circuit to locate a fault

Learner will be able to measure amplitude, frequency, pulse width, phase shifts, rise time, fall time, delay, thresholds, associated with basic digital circuits

Learner will be able to operate lab equipment such as power supply, meters, and Oscilloscopes accurately

Learner will be able to identify switches, circuits breakers, wires, conduits, etc. used in residential electrical power distribution systems

Learner will be able to use necessary safety measures when testing and modifying a single phase and three phase wiring system

Learner will be able to apply professional wiring practices when wiring a circuit

Learner will be able to wire two-way, three-way, and four-way

Learner will be able to take appropriate measurement to troubleshoot a circuit for functionality

Learner will be able to take appropriate measurement for power quality

Learner will be able to write complete C++ programs and learn Structured Problem-Solving techniques

Learner will be able to master the basic constructs of the C++ language and apply it to basics of Embedded System Design

Learner will be able to have a solid understanding of structured programming methodology

Learner will be able to have a basic understanding of software engineering principles

Learner will be able to become proficient with Embarcadero/ Code Blocks C++ IDE

Learner will be able to make preparatory groundwork toward the discipline of Hardware- Software Integration

Learner will be able to identify major components of a PLC

Learner will be able to program a PLC for a given application

Learner will be able to select appropriate input and output devices for a given application

Learner will be able to write a basic PLC program for a given application

Learner will be able to troubleshoot a basic PLC program and functionality of input and output devices

Learner will be able to safely work around multi-phase power systems

Learner will be able to draw ladder diagram for start-stop control of a three-phase motor

Learner will be able to verify functionality of circuit components through measurements

Learner will be able to select components and wire single place control of a three-phase motor

Learner will be able to troubleshoot a three-phase motor controller by taking systematic measurements