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.

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April 1, 2025 to March 1, 2026, Online
May 1, 2025 to April 1, 2026, Online

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.

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April 1, 2025 to March 1, 2026, Online
May 1, 2025 to April 1, 2026, Online

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.

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April 1, 2025 to March 1, 2026, Online
May 1, 2025 to April 1, 2026, Online

The IPC 610 Certification course prepares students to obtain their certification. This electronic assemblies certification is the industry standard program for quality assurance/visual acceptance of electronic assemblies based on the world's most widely used electronics assembly acceptability standard. Students become Certified IPC Specialist (CIS).

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May 19-30, 2025, Westpointe Center - SSB, 224

The IPC 610 Recertification course prepares students to obtain their certification. This electronic assemblies certification is the industry standard program for quality assurance/visual acceptance of electronic assemblies based on the world's most widely used electronics assembly acceptability standard. Students become Certified IPC Specialist (CIS).

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April 13, 2025 to May 13, 2025, Westpointe Center - SSB, 224
May 13, 2025 to June 13, 2025, Westpointe Center - SSB, 224

The IPC 620 Certification course is an industry standard program for cable and wire harness fabrication and installation. This training familiarizes students with the general requirements and acceptance for cable and wire harness assemblies and concludes with a qualifying examination. Participants will be certified as Application Specialists. With this portable credential, students receive immediate recognition and value throughout the electronics industry.

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This course contains no sessions
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The IPC 620 Recertification course is an industry standard program for cable and wire harness fabrication and installation. This training familiarizes students with the general requirements and acceptance for cable and wire harness assemblies and concludes with a qualifying examination. Participants will be certified as Application Specialists. With this portable credential, students receive immediate recognition and value throughout the electronics industry.

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April 13, 2025 to May 13, 2025, Westpointe Center - SSB, 224
May 13, 2025 to June 13, 2025, Westpointe Center - SSB, 224

The IPC J Standard Certification course is an industry standard program for hand and machine soldering process and material requirements. Students become Certified IPC Specialist (CIS) with the IPC J Standard Certification. The course includes hands-on training and concludes with a qualifying examination. With this portable credential, students receive immediate recognition and value throughout the electronics industry.

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June 2-10, 2025, Westpointe Center - SSB, 224

The IPC J Standard Recertification course is an industry standard program for hand and machine soldering process and material requirements. Students become Recertified IPC Specialist (CIS) with the IPC J Standard Recertification. The course includes hands-on training and concludes with a qualifying examination. With this portable credential, students receive immediate recognition and value throughout the electronics industry.

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April 13, 2025 to May 13, 2025, Westpointe Center - SSB, 224
May 13, 2025 to June 13, 2025, Westpointe Center - SSB, 224

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.

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April 1, 2025 to March 1, 2026, Online
May 1, 2025 to April 1, 2026, Online

This 138-hour program is offered through four courses covering topics in direct current, alternating current, semiconductors, and digital circuits. These skills-based classes are made up of lecture and lab components. Lecture components are offered online asynchronously, and lab components are completed in person asynchronously, by appointment. Though the program is offered asynchronously, students should expect to spend 10 hours per week for 15 weeks to complete the training content. By the end of this program, students will be able to: demonstrate effective electrical and shop safety including PPE (Personal Protective Equipment) use; follow safety procedures, and lock-out tag-out protocol; measure AC & DC voltages and currents; explain fundamental electrical principles; recognize and troubleshoot diode, transistor, thyristor and opamp circuits; write simple C language programs; interpret documents and prints describing various electronic circuits. At the successful completion of this program, students will be eligible to earn the Electrical & Electronic Troubleshooting Certificate.

This 177-hour program is offered through six courses covering topics in direct current, alternating current, control systems, motors, VFDs, and instrumentation. These skills-based classes are made up of lecture and lab components. Lecture components are offered online asynchronously, and lab components are completed in person asynchronously, by appointment. Though the program is offered asynchronously, students should expect to spend 10 hours per week for 17 weeks to complete the training content. By the end of this program, students will be able to: demonstrate effective electrical and shop safety including PPE (Personal Protective Equipment) use; follow safety procedures, and lock-out tag-out protocol; measure AC & DC voltages and currents; explain fundamental electrical principles; create and analyze; construct industrial controls systems that integrate a VFD, HMI, and motors with a PLC using Allen Bradley Studio 5000 and Factory Talk programs; interpret documents and prints describing various electronic circuits. Students that complete this 6-course program will earn a certificate as an Electrical System Specialist.

This 40-hour course runs over one week, with 5 in-person, 8-hour sessions blending theory and hands-on labs. As a result of this training, participants will be able to calculate behavior of basic electrical circuits; predict the current, voltage and power of an electrical circuit using a simulator; measure DC and AC resistance, voltage and current; measure and characterize the behavior of switches, relays, wire, electrical protection devices, indicators, thermocouples and heating elements; and demonstrate and describe safe wiring and grounding practices.

This 150-hour program is offered through six courses covering topics in electronics, industrial controls, and electrical assembly. These skills-based classes are made up of lecture and lab components. Lecture components are offered online asynchronously, and lab components are completed in person asynchronously, by appointment. Though the program is offered asynchronously, students should expect to spend 10 hours per week for 15 weeks to complete the training content. By the end of this program, students will be able to: demonstrate effective electrical and shop safety including PPE (Personal Protective Equipment) use; follow safety procedures, and lock-out tag-out protocol; measure AC & DC voltages and currents, and explain fundamental electrical principles; design, document, and construct industrial controls systems that integrate a VFD, HMI, and motors with a PLC using Allen Bradley Studio 5000 and Factory Talk programs; interpret documents and prints describing various industrial control circuits;, and solder simple circuits and build simple cables. Successful completion of the six courses listed below meets the requirements to earn the VFD and PLC Systems Technician Certificate. The courses in order are 1) WTAU 110; 2) WTAU 100; 3) WTAU 130; 4) WTAU 140; 5) WTAU 150; and 6) WTAU 160.