Browse Single Advanced Manufacturing and Skilled Trades Courses

This course introduces students to the core plumbing systems that ensure safe water supply and effective wastewater removal. Students will learn the function and layout of drain-waste-vent (DWV) systems and water distribution networks, with an emphasis on proper slope, venting, pipe sizing, and pressure regulation. The course also covers the fundamentals of backflow prevention and cross-connection control, providing an essential understanding of how to protect potable water supplies. Through a combination of classroom instruction and hands-on demonstrations, students will interpret basic schematics and begin applying layout and troubleshooting skills to real-world scenarios.

This course introduces students to the core plumbing systems that ensure safe water supply and effective wastewater removal. Students will learn the function and layout of drain-waste-vent (DWV) systems and water distribution networks, with an emphasis on proper slope, venting, pipe sizing, and pressure regulation. The course also covers the fundamentals of backflow prevention and cross-connection control, providing an essential understanding of how to protect potable water supplies. Through a combination of classroom instruction and hands-on demonstrations, students will interpret basic schematics and begin applying layout and troubleshooting skills to real-world scenarios.

This course introduces students to the core plumbing systems that ensure safe water supply and effective wastewater removal. Students will learn the function and layout of drain-waste-vent (DWV) systems and water distribution networks, with an emphasis on proper slope, venting, pipe sizing, and pressure regulation. The course also covers the fundamentals of backflow prevention and cross-connection control, providing an essential understanding of how to protect potable water supplies. Through a combination of classroom instruction and hands-on demonstrations, students will interpret basic schematics and begin applying layout and troubleshooting skills to real-world scenarios.

Learn the basic concepts of electricity-beginning with atomic structure and electron flow, Ohm's Law, Kirchoff's Laws, static electricity, magnetism, resistance, basic DC circuits, electrical units, measuring instruments, and magnetic induction. Prerequisites: Basic Math for Electricians or skills assessment completion.

Learn the basic concepts of electricity-beginning with atomic structure and electron flow, Ohm's Law, Kirchoff's Laws, static electricity, magnetism, resistance, basic DC circuits, electrical units, measuring instruments, and magnetic induction. Prerequisites: Basic Math for Electricians or skills assessment completion.

Learn the basic concepts of electricity-beginning with atomic structure and electron flow, Ohm's Law, Kirchoff's Laws, static electricity, magnetism, resistance, basic DC circuits, electrical units, measuring instruments, and magnetic induction. Prerequisites: Basic Math for Electricians or skills assessment completion.

Learn the basic concepts of electricity-beginning with atomic structure and electron flow, Ohm's Law, Kirchoff's Laws, static electricity, magnetism, resistance, basic DC circuits, electrical units, measuring instruments, and magnetic induction. Prerequisites: Basic Math for Electricians or skills assessment completion.

Learn the basic concepts of electricity-beginning with atomic structure and electron flow, Ohm's Law, Kirchoff's Laws, static electricity, magnetism, resistance, basic DC circuits, electrical units, measuring instruments, and magnetic induction. Prerequisites: Basic Math for Electricians or skills assessment completion.

Continue the study of the fundamentals of electricity with the intermediate concepts of electricity: basic trigonometry and vectors, alternating current, the effects and interaction of resistance, and inductance and capacitance in series and parallel circuits. Prerequisites: Electrical Fundamentals I or skills assessment completion.

Continue the study of the fundamentals of electricity with the intermediate concepts of electricity: basic trigonometry and vectors, alternating current, the effects and interaction of resistance, and inductance and capacitance in series and parallel circuits. Prerequisites: Electrical Fundamentals I or skills assessment completion.

Continue the study of the fundamentals of electricity with the intermediate concepts of electricity: basic trigonometry and vectors, alternating current, the effects and interaction of resistance, and inductance and capacitance in series and parallel circuits. Prerequisites: Electrical Fundamentals I or skills assessment completion.

Continue the study of the fundamentals of electricity with the intermediate concepts of electricity: basic trigonometry and vectors, alternating current, the effects and interaction of resistance, and inductance and capacitance in series and parallel circuits. Prerequisites: Electrical Fundamentals I or skills assessment completion.

Continue the study of the fundamentals of electricity with the intermediate concepts of electricity: basic trigonometry and vectors, alternating current, the effects and interaction of resistance, and inductance and capacitance in series and parallel circuits. Prerequisites: Electrical Fundamentals I or skills assessment completion.

Complete the study of electrical fundamentals by learning the properties and applications of single-phase transformers, three-phase Wye and Delta transformer connections, DC generators, DC motors, three-phase alternators, and single and three-phase AC motors. Prerequisites: Electrical Fundamentals I and II or skills assessment completion.

Complete the study of electrical fundamentals by learning the properties and applications of single-phase transformers, three-phase Wye and Delta transformer connections, DC generators, DC motors, three-phase alternators, and single and three-phase AC motors. Prerequisites: Electrical Fundamentals I and II or skills assessment completion.

Complete the study of electrical fundamentals by learning the properties and applications of single-phase transformers, three-phase Wye and Delta transformer connections, DC generators, DC motors, three-phase alternators, and single and three-phase AC motors. Prerequisites: Electrical Fundamentals I and II or skills assessment completion.

Complete the study of electrical fundamentals by learning the properties and applications of single-phase transformers, three-phase Wye and Delta transformer connections, DC generators, DC motors, three-phase alternators, and single and three-phase AC motors. Prerequisites: Electrical Fundamentals I and II or skills assessment completion.

Complete the study of electrical fundamentals by learning the properties and applications of single-phase transformers, three-phase Wye and Delta transformer connections, DC generators, DC motors, three-phase alternators, and single and three-phase AC motors. Prerequisites: Electrical Fundamentals I and II or skills assessment completion.

Learn to work with relays, timers, push buttons, magnetic starters, fuses overloads, wiring practices, and motor circuit protection principles, all of which are related to industry and motor control. You will physically connect three-phase motors and control circuits as part of this course.Prerequisites: Electrical Fundamentals III or skills assessment completion.

Learn to work with relays, timers, push buttons, magnetic starters, fuses overloads, wiring practices, and motor circuit protection principles, all of which are related to industry and motor control. You will physically connect three-phase motors and control circuits as part of this course.Prerequisites: Electrical Fundamentals III or skills assessment completion.