Before you choose a program,
look inside it.

Understand the system. Then work through the fault.

Build an HVAC foundation from electrical and refrigeration principles through maintenance, evacuation, charging, and furnace troubleshooting.

For schools preparing entry-level HVAC learners and employers developing apprentices, installer assistants, or maintenance teams.

What learners study

• Trace the refrigeration cycle and explain the role of each component.
• Apply electrical fundamentals and meter use to HVAC circuits.
• Work through maintenance, refrigerant-handling, and heating-system scenarios.

Credential preparation & completion

• NATE Ready-to-Work preparation
• OSHA 10 Construction training
• EPA Section 608 Universal preparation

To earn the Titan Certificate of Completion, learners must complete the coursework and pass the NATE Ready-to-Work, OSHA 10 Construction Industry, and EPA Section 608 Universal exams.

A circuit is easier to troubleshoot when you understand how it works.

Teach electrical theory, safe measurement, wiring methods, residential NEC essentials, panels, motors, controls, and low-voltage systems in one sequenced program.

For entry-level electrical learners, apprentices, and employees building a foundation for supervised electrical maintenance.

What learners study

• Apply electrical theory to voltage, current, and resistance measurements.
• Study conductors, circuit protection, grounding, and residential wiring.
• Build familiarity with motor controls, lighting, and systematic troubleshooting.

Credential preparation & completion

• OSHA 10 Construction training
• NFPA 70E awareness content
• ATC Electrical Fundamentals preparation — included in the base program

One building. More than one trade to understand.

Cover the systems a maintenance team encounters across a property: electrical, plumbing, HVAC, appliances, mechanical equipment, building controls, and preventive maintenance.

For facilities and property-maintenance teams, new maintenance hires, and schools preparing learners for broad maintenance roles.

What learners study

• Build a working foundation across electrical, plumbing, HVAC, and appliance systems.
• Study building controls, mechanical systems, and equipment maintenance.
• Use preventive-maintenance schedules, work orders, and maintenance-management concepts.

Credential preparation & completion

• OSHA 10 General Industry training
• EPA Section 608 Type I preparation

NATE Ready-to-Work is not required for this program.

Follow the water. Understand the system behind it.

Move from tools, water science, and pipe materials into joining methods, water supply, drain-waste-vent systems, fixtures, and maintenance.

For schools preparing plumbing learners and employers building foundational skills for apprentices, service helpers, and maintenance staff.

What learners study

• Compare pipe materials and the joining method each requires.
• Study water supply, drainage, venting, fixtures, and backflow fundamentals.
• Work through common inspection, leak-repair, and water-heater scenarios.

Credential preparation & completion

• OSHA 10 Construction training
• Titan program certificate of completion

Build the diagnostic foundation behind the service call.

Start with electrical fundamentals, then cover washers, dryers, refrigeration, gas and electric cooking equipment, garbage disposals, and dishwashers.

For appliance-service trainees, new service hires, property-maintenance teams, and schools preparing entry-level repair technicians.

What learners study

• Use electrical fundamentals to reason through appliance faults.
• Study operating sequences, major components, and repair procedures by appliance.
• Build a foundation in refrigeration and small-appliance refrigerant recovery.

Credential preparation & completion

• OSHA 10 General Industry training
• EPA Section 608 Core + Type I preparation

Includes 12.5 hours of lab practice. The 100-hour version comprises 87.5 lecture hours and 12.5 lab hours; without optional ATC preparation, the 92-hour program comprises 79.5 lecture hours and 12.5 lab hours.