Electricity/Electronics (ELE)

ELE

In this course students will learn the fundamentals of DC and AC components and circuits. Topics of study will include proper circuit operation, component identification and testing procedures. Students will be instructed on the proper use of various test equipment for the purposes of verifying proper component and circuit operation and also troubleshooting circuit faults. The course is designed to foster an intuitive understanding of electrical concepts appropriate for occupations involved with the installation, maintenance, and troubleshooting of electrical circuits and devices. Students must have good numerical and algebraic skills to be successful in this course. Level I Prerequisite: Academic Reading and Writing Levels of 6; Academic Math Level 3

ELE

In this course, students will develop both theoretical knowledge and hands-on skills in electronic soldering. Students will practice soldering to industry-recognized standards on common wire connectors, through-hole (THT), and surface-mount (SMT) printed circuit board components, including fine-pitch and microelectronic devices using a stereo microscope. Instruction covers inspection of solder joints for compliance with industry standards, as well as methods for rework and repair of defective solder joints. Emphasis is placed on proper component preparation, soldering techniques, and post-repair inspection. This course prepares students to sit for the Association Connecting Electronics Industries, IPC-J-STD-001 Certified IPC Specialist (CIS) certification exam. The title of this course was previously Hand Soldering Techniques. Level I Prerequisite: Academic Reading and Writing Levels of 6; ELE 111 minimum grade "C"

ELE

This course is an introduction to the theory and application of AC and DC electrical machines and their controls. Topics include DC generators, DC motors and controls, three-phase power, three-phase transformers, alternators, three-phase and single phase AC motors and controls, electronic motor drives, synchronous motors, servo motors and stepper motors. In weekly lab assignments, students will read and interpret schematic diagrams, connect motors and controls, test and troubleshoot motors and controls. Level I Prerequisite: Academic Reading and Writing Levels of 6 Level II Prerequisite: Academic Math Level 3 or higher; ELE 111 minimum grade "C-" or equivalent

ELE

In this course, the student gains skills from a new experience in an approved, compensated, electronics related position. Together with the instructor and employer, the student sets up work assignments and learning objectives to connect classroom learning with career-related work experience. This is the first of two possible co-op experiences. Level I Prerequisite: Academic Reading and Writing Levels of 6; ELE 111 or CST 150; consent required

ELE

In this course, students will study the fundamentals of manufacturing high technology semiconductor devices such as diodes, transistors, and integrated circuits. Students will explore the manufacturing process including the materials and methods used in production. Students will gain experience working in a clean room environment with hands on training in the operation and maintenance of vacuum systems. Emphasis will be placed on occupational safety, sensors, supervisory control and data acquisition (SCADA) and the use of graphical data such as statistical process control (SPC) to maintain high quality production systems. Level I Prerequisite: Academic Reading and Writing Levels of 6; Academic Math Level 2; ELE 111 minimum grade "C"

ELE

In this course, students will learn the fundamentals of battery manufacturing by exploring concepts related to raw materials, chemistry, fabrication methods, and quality control. Students will also explore sustainability and other future trends in the battery manufacturing industry. This course is designed for students interested in pursuing careers in energy storage, electric vehicles, or renewable energy technology fields. Level I Prerequisite: Academic Reading and Writing Levels of 6; ELE 111 minimum grade "C"

ELE

In this course, students will be introduced to basic electronics concepts and solid state devices. Topics will include the theory and application of light and temperature sensors, diodes, bipolar transistors, field effect transistors, thyristors and operational amplifiers. Using common laboratory equipment, students will build and test circuits. Level I Prerequisite: Academic Reading and Writing Levels of 6; Academic Math Level 3; ELE 111 minimum grade "C-"

ELE

In this course students will learn Programmable Logic Controller (PLC) hardware and software designed to control industrial machinery and processes in a lab setting. Emphasis is on the ladder logic language with basic logic constructs, timers, counters, data manipulation, math, and program control instructions. Labs use modern Allen-Bradley and Siemens brand PLCs. A variety of input and output devices are utilized in our labs to teach hands on PLC skills. Level I Prerequisite: Academic Reading and Writing Levels of 6; Academic Math Level 2; ELE 111 minimum grade "C"

ELE

In this advanced course, students will explore PLC system hardware, software and troubleshooting in a lab setting. Topics include analog inputs and outputs, data manipulation, open and closed loop control, communications, and operator interface terminals. Labs use a combination of Allen Bradley and Siemens PLC's. Level I Prerequisite: Academic Reading and Writing Levels of 6; Academic Math Level 3 or MTH 157; ELE 224 minimum grade "C"

ELE

In this course, students gain skills from a new experience in an approved, compensated, industry-related position. Together with the instructor and employer, students set up work assignments and learning objectives to connect classroom learning with career-related work experience. This is the second of two co-op courses. Level I Prerequisite: Academic Reading and Writing Levels of 6; ELE 174; consent required