702-948-9000

Facilities Engineer Training Program

NTI has joined forces with the National Association of Power Engineers (N.A.P.E. - established 1882) and proudly draws on 125 years of professional knowledge to provide students with one of the most qualified Facilities Engineer Training Programs offered in the USA.

Our Facilities Engineer Training Program includes classes that begin at the basic technical level and moves students through all aspects of training that prepares them for certification as a Facility Engineer or Central Plant Engineer.

NTI provides the most up to date training by utilizing seasoned professional educators, including the veteran facilities engineering instructor Rick Hamalainen. All of our instructors continue to hold key facilities engineering and professional positions with our local industry base.

New students entering this exciting industry as well as experienced technicians benefit from the educational offerings of our training programs which are separated into basic industry fundamentals, core stationary engineering academics, hands on technical training, industrial engineered equipment, advanced central plant systems and controls.

NTI’s Facilities Engineer Training Program is broken down into 14 easy to manage classes. You can complete all 14 classes at your own pace. Classes are one day per week with lengths ranging from 2 weeks to 8 weeks. All classes are in the evenings from 5 pm to 9 pm. This allows our students to have the highest degree of flexibility to achieve their educational and professional certification goals in a time frame that works for each individual.

Students graduating from the program will be trained in the skills necessary to exceed in the Facility Engineering field and will be prepared for various certifications through our affiliations with nationally recognized, 3rd party testing, and certification organizations. These professional organizations include the American Society of Power Engineers, the Environmental Protection Agency, and the North American Technician Excellence Organization.

For additional information, the current class schedule, or to sign up for the Facilities Engineer Training Program please call 702-948-9000 or click the link below.

The Facilities Engineer Training Program includes the following classes:

F103 N.A.P.E. Pumps & Piping Systems

Classification of Pumps

• Centrifugal
• Positive Displacement

Fundamentals and Terminology

• Pump Curves / Flow and Head
• Static and Dynamic Head
• Horsepower, Current Flow and GPM
• Variable Speed Drive

Closed and Open Loop Systems

• Expansion Tanks
• Air Removal – Purging and Bleeding
• Circuit Setters & System Flow Balancing
• Circulating Systems

Booster Pumps

• Domestic
• Fire Systems

Chemical Pumps

• Diaphragm Metering Pumps
• Peristaltic Pumps

Hydronic Heating Systems

• Series Loop
• Direct Return
• Reverse Return
• Mono-flow or One Pipe
• In-Floor and Panel Systems
• Pumps or Zone Valve Use

Well Pumps, Sumps, & Sewage Lift Stations

• Well Pumps
• Sump Pumps
• Sewage Ejection Pumps
• Grinder Pumps
• Pneumatic Lift Stations

F104 Blueprint Reading

Types of Drawings

• Structural / Mechanical / Electrical
• HVAC / Plumbing / Landscape

Views and Sections

• Sectional Views and Enlargements
• Dimensions and Scales
• Geometric Characteristic Symbols
• Isometric drawing and views

E101  Electrical I - Basic Electrical Theory

Electrical Theory

• Ohm’s Law
• Circuit Fundamentals
• Basic Electrical Math
• Single and Multi Phase Circuits

Electrical Circuits

• Series & Parallel Circuits
• Circuit Components
• Testing & Troubleshooting
• Electrical Test Equipment
• Schematics and Diagrams

Electric Motors

• Electric Motor Basics
• Motor Types and Construction
• Introduction to Electric Motor Testing

E102 Electrical II – Electrical Application

Control Systems

• Electrical Control Systems
• Automated Controls – Modules & Components
• Theory & Application Design
• Diagrams and Schematics

Electrical Devices

• Motor Protection Circuits
• Motor Control Circuits
• Safety Controls
• Transformers
• Solenoid Valves
• Motor Starters & Relays

Electric Motor Theory

• Maintenance
• Troubleshooting Electric Motors and Circuits
• Starting and Running Circuits

A106 Basic Industrial Maintenance

Introduction to Industrial Maintenance

• Industrial Maintenance Tools and Safety Equipment
• Basic Mechanical Math
• Measuring Formulas and Equations
• Mechanical System Theory

Mechanical Systems

• Pump Systems
• Mechanical Drives
• Hydraulics and Pneumatics
• Air Handling Systems

Mechanical System Maintenance

• Belts, Pulleys & Sheaves
• Bearing Maintenance and Lubrication
• Mechanical Equipment Alignment and Adjustment

A101 Air Conditioning & Refrigeration Fundamentals

Refrigeration Fundamentals

• Basic Refrigeration Cycle & Theory
• Pressure – Temperature Relationships
• Thermal Laws & Heat Transfer
• Refrigerants / EPA Regulations
• ARI Standards

Air Conditioning and Refrigeration Components

• Compressor Types & Technology
• Evaporators / Condensers
• Metering Devices – TXV & Cap Tubes

Refrigeration Tools and Proper Usage

• Manifold Gauge Set
• Vacuum Pumps
• Refrigeration Recovery Equipment
• Brazing and Soldering Equipment

Air Conditioning Technologies

• Absorption Cooling
• Atmospheric Cooling
• Evaporative Cooling

A103 EPA Certification Seminar & Exam

Refrigerant Usage and Handling Refresher

• Refrigerant Cycle
• EPA Rule 608 40-CFR Part 82, F - Review and Discussion
• Ozone Depletion Theory
• Legal Requirements Regarding the Use and Handling of Refrigerants Containing CFC’s
• Proper Recovery and Recycling Techniques
• Refrigerant Disposal

Proctored Examination

• Pretest Review
• Proctored Examination (2 Hours)

A102 Advanced Air Conditioning

Advanced Air Conditioning Concepts

• Compressor Technology
• Commercial Air Conditioning Systems
• Data Room Systems
• Water Source Heat Pumps
• Low Ambient Controls

Air Distribution Systems

• Ducting Systems and Components
• Variable Air Volume Systems
• Constant Volume Systems
• Air Flow Calculations

Advanced Troubleshooting Techniques

• Superheat and Sub-cooling
• Troubleshooting Electrical Controls
• Microprocessors in Air Conditioning Systems

A107 Instrumentation & Controls

Control System Overview

• Digital Input and Output Signals
• Analog Input and Output Signals
• System Architecture
• System Wiring
• Schematics and Diagrams
• Control System Software

Control System Hardware Can Components

• Relay Types and Applications
• Panel Building Materials
• Valves and Actuators
• Power Supplies
• Transducers

Troubleshooting an Automated Control System

• Digital Test Meters – Lab Applications
• Device Calibration
• Network Communications

A104g Gas Heating Seminar

Introduction to Gas Heating

• Ignition Theory
• Combustion Theory
• Fuel Types and Considerations

Operational and Safety Controls

• Limit Controls
• Fan Cycling Controls
• Microprocessor Controls

Furnace Types and Design Consideration

• Air Flow Configuration
• Condensing vs Non-Condensing Systems
• Forced Combustion
• Package and Split Systems
• Furnace Testing and Troubleshooting

A104h Heat Pump Seminar

Introduction to Heat Pumps

• The Refrigeration Cycle
• Sequence of Operation
• Defrost Control Systems

Heat Pump Components

• Reversing Valves
• Accumulators
• Defrost Timers
• Supplemental Heat
• Bi-Flow Metering Devices

Troubleshooting Heat Pumps

• Defrost Systems
• Superheat and Sub-cooling
• Charging a Heat Pump
• Heat Pump Testing and Troubleshooting

A105 Commercial Refrigeration

Commercial Refrigeration Systems

• Ice Machines
• Walk-in Refrigerators and Freezers
• Reach-in Coolers
• Cascade Systems
• Sizing and Heat Load Calculation

Components of a Commercial Refrigeration System

• TEV and AEV’s
• Defrost Systems
• Control Systems
• Piping Components & Considerations
• Refrigerant Types

Troubleshooting Commercial Refrigeration Systems

• Lab Troubleshooting Practice
• Superheat and Sub-cooling Measurements
• Charging a Refrigeration System