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Instructor: Zachary Ingrey
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Classes by this instructor
Alternating Current
This 38-hour course introduces AC electrical principles, including the behavior of voltage, current and power in circuits with resistance, capacitance and inductance. This course consists of 33 lecture hours and 5 lab hours taught asynchronously. Lectures are delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Basic Controls
This 32-hour course introduces the fundamental principles needed to understand basic control systems. This course contains 24 lecture and 8 lab hours, taught asynchronously. The lecture portion is delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Complex Controls
This 24-hour course trains students how to use Allen-Bradley Studio 5000 & Factory Talk to create controls in PLC and HMI hardware. This course has both lecture and lab components. The lecture is offered asynchronously online, and the lab is in person by appointment.
September 1, 2025 to August 1, 2026, Online
Digital Circuits & Microprocessors
This 23-hour course introduces digital circuits and microprocessors. This course contains 13 lecture hours, and 10 lab hours, taught asynchronously. Lectures are delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Direct Current
This 24-hour course introduces fundamental electrical principles, including: the behavior of voltage, current, power, and resistor circuits. This course contains 22 lecture hours and 2 lab hours, taught asynchronously. Lectures are delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Electrical Safety
This 3-hour course introduces electrical safety concepts and practices through a combination of lecture and lab activities. This class will be conducted asynchronously through online lecture and in-person lab. The lecture component contains some homework.
September 1, 2025 to August 1, 2026, Online
Instrumentation
This 32-hour course introduces the fundamental principles needed to interface Allen Bradley IO modules with a PLC. This course contains 17 lecture and 15 lab hours, taught asynchronously. The lecture portion is delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Integrated Controls
This 32-hour course introduces the fundamental principles needed to understand integrated control systems with a VFD, PLC, motors, and HMI. This course contains 8 lecture and 24 lab hours, taught asynchronously. The lecture portion is delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Motors & VFD Systems
This 27-hour course teaches students basic motor theory, operation and safety. In addition, students will learn Allen Bradley VFD operation and safety. This course contains both a lecture and lab component. The lecture is offered asynchronously online, and the lab will be in person by appointment.
September 1, 2025 to August 1, 2026, Online
Pre-Preg, Bonding & Core Materials
This 24-hour hybrid course, offers in-person labs and online lectures. Students will learn how to apply core materials and adhesives in advanced composites with the pre-preg process. Students will learn secondary bonding, co-bonding and co-curing with composite and core materials.
September 1-30, 2025, Online
Semiconductors
This 53-hour course introduces semiconductor devices. Emphasis is placed on the behavior, testing, and troubleshooting of diodes, transistors, thyristors, opamps and comparators. This course contains 25 lecture hours and 30 lab hours, taught asynchronously. Lectures are delivered online, and the lab portion will be in-person by appointment.
September 1, 2025 to August 1, 2026, Online
Vacuum Infusion Composite Technician
This 24-hour hybrid course, offers in-person labs and online lectures. This course gives students a broad introduction to the world of advanced composites, with a focus on carbon fiber reinforced epoxy systems using the vacuum infusion process.
September 1-30, 2025, Online
Vacuum Infusion, Bonding & Core Materials
24hr course taught over 3 consecutive 8hr days. Students will learn how to apply core materials and adhesives in advanced composites with the Vacuum Infusion process. Students will learn secondary bonding, co-bonding and co-curing with composite and core materials.
September 1-30, 2025, Online
Wet Layup Bonding & Core Materials
24hr course taught over 3 consecutive 8hr days. Students will learn how to apply core materials and adhesives in advanced composites with wet layup process. Students will learn secondary bonding, co-bonding and co-curing with composite and core materials.
September 1-30, 2025, Online
Wet Layup Composite Technician
24hr course taught over 3 consecutive 8hr days. Students will learn the basic skills and scientific principles required to use the wet layup process to fabricate Carbon Fiber Reinforced Plastic (CFRP) parts. 8 hours of this course will be lecture, and 16 hours will be hands-on labs.
September 1-30, 2025, Online