Skip to main content

Snap Advanced
CE GOLD SNAP ADV

There are many different skill sets in the life of a field technician — engineering, IT infrastructure, technical support, and computer programming, to name a few. This Gold training will prepare field technicians and engineers to confidently install, commission, troubleshoot, and edit a control program utilizing Snap. This course is designed to develop an efficient field technician and engineer for a job site right away.

The Gold Snap Advanced course has been developed for Carrier Field Office field technicians/engineers who are new to the Carrier i-Vu® Tools hardware and software.


duration cost format course prerequisites
2 days (in-person)
9 days (online)
$700 (in-person)
$500 (online)
Classroom or Online Silver Certification, Snap Essentials

There are many different skill sets in the life of a field technician — engineering, IT infrastructure, technical support, and computer programming, to name a few. This Gold training will prepare field technicians and engineers to confidently install, commission, troubleshoot, and edit a control program utilizing Snap. This course is designed to develop an efficient field technician and engineer for a job site right away.

The Gold Snap Advanced course has been developed for Carrier Field Office field technicians/engineers who are new to the Carrier i-Vu® Tools hardware and software.

For more information on the Carrier Controls Expert Program, please contact your local Carrier Controls representative or visit www.carrier.com/controls-experts.

After successfully completing this course, you will be able to use Carrier’s Snap tool to quickly and efficiently

  • Describe the different types of microblocks 
  • Define microblock properties 
  • Read a sequence of operations and translate it to a program 
  • Simulate a program to find errors 
  • Modify a control program 
  • Edit properties pages

Training Methods Used

Traditional Classroom: A live instructor will lead up to 12 students (course dependent) in hands-on exercises with minimal lecture in between. Using the situated learning techniques of the Kirkpatrick Model, this methodology fosters a collaborative learning environment where students are positioned to maximize knowledge retention. This course is a 2-day event.

Video-Led eLearning: Videos will lead students with the same content as the Traditional classroom. The student will have either remote access to a training station or the use of their own hardware to complete hands-on tasks, giving them a virtual classroom experience from many miles away. During the timeframe of the course the student will have access to Instructor forum where they will be able to ask questions and communicate with an instructor. This course is hosted in a 9-day timeframe. Students must have the following access and hardware requirements:

  • Internet access with Google Chrome 
  • Administrative rights on your PC to install any necessary software for class 
  • Mouse (tablet touch screen or PC touchpad not recommended) 
  • i-Vu Tech Tools (part number: USB-TKIT) version 9.0
  • Snap Fundamentals: Verify option settings • Save the control program • Place the microblocks • Connect microblocks with wires • Edit microblock properties • Simulate a control program 
  • Snap Tools: Info • Find • Edit common properties • Palette • Configure tools 
  • Real-World Programming, Part 1:  Reorder microblocks • Add Section headers to the Edit Order list • Add expand/collapse sections • Align items on the properties page • Create a .logicsymbol • Create a control program using EquipmentBuilder • Analyze and fix a control program • Modify a control program 
  • Custom Microblocks: Create a custom microblock 
  • OCL Microblocks: Program an OCL microblock 
  • Property Page: Format the chiller control section 
  • Real-World Programming, Part 2: Final project

The virtual class requires a laptop with these specifications:

Laptop Hardware

Dual Core Processor | 4GB RAM | 30GB hard drive with 5GB free disk space | Communications link of 100 Mbps or higher | 64-bit server | 1 USB Port | 1 Ethernet port (wired network interface card (NIC))

Browser (1 of the following)

Microsoft Edge | Chrome | Firefox | Safari

Operating System (must have administrative rights on the following software)

Windows 11 PRO or Enterprise Edition, 64-Bit | Adobe Acrobat Reader installed (free download from the internet) | An internet connection NOT on the Carrier network

There are many different skill sets in the life of a field technician — engineering, IT infrastructure, technical support, and computer programming, to name a few. This Gold training will prepare field technicians and engineers to confidently install, commission, troubleshoot, and edit a control program utilizing Snap. This course is designed to develop an efficient field technician and engineer for a job site right away.

The Gold Snap Advanced course has been developed for Carrier Field Office field technicians/engineers who are new to the Carrier i-Vu® Tools hardware and software.

For more information on the Carrier Controls Expert Program, please contact your local Carrier Controls representative or visit www.carrier.com/controls-experts.

After successfully completing this course, you will be able to use Carrier’s Snap tool to quickly and efficiently

  • Describe the different types of microblocks 
  • Define microblock properties 
  • Read a sequence of operations and translate it to a program 
  • Simulate a program to find errors 
  • Modify a control program 
  • Edit properties pages

Training Methods Used

Traditional Classroom: A live instructor will lead up to 12 students (course dependent) in hands-on exercises with minimal lecture in between. Using the situated learning techniques of the Kirkpatrick Model, this methodology fosters a collaborative learning environment where students are positioned to maximize knowledge retention. This course is a 2-day event.

Video-Led eLearning: Videos will lead students with the same content as the Traditional classroom. The student will have either remote access to a training station or the use of their own hardware to complete hands-on tasks, giving them a virtual classroom experience from many miles away. During the timeframe of the course the student will have access to Instructor forum where they will be able to ask questions and communicate with an instructor. This course is hosted in a 9-day timeframe. Students must have the following access and hardware requirements:

  • Internet access with Google Chrome 
  • Administrative rights on your PC to install any necessary software for class 
  • Mouse (tablet touch screen or PC touchpad not recommended) 
  • i-Vu Tech Tools (part number: USB-TKIT) version 9.0
  • Snap Fundamentals: Verify option settings • Save the control program • Place the microblocks • Connect microblocks with wires • Edit microblock properties • Simulate a control program 
  • Snap Tools: Info • Find • Edit common properties • Palette • Configure tools 
  • Real-World Programming, Part 1:  Reorder microblocks • Add Section headers to the Edit Order list • Add expand/collapse sections • Align items on the properties page • Create a .logicsymbol • Create a control program using EquipmentBuilder • Analyze and fix a control program • Modify a control program 
  • Custom Microblocks: Create a custom microblock 
  • OCL Microblocks: Program an OCL microblock 
  • Property Page: Format the chiller control section 
  • Real-World Programming, Part 2: Final project

The virtual class requires a laptop with these specifications:

Laptop Hardware

Dual Core Processor | 4GB RAM | 30GB hard drive with 5GB free disk space | Communications link of 100 Mbps or higher | 64-bit server | 1 USB Port | 1 Ethernet port (wired network interface card (NIC))

Browser (1 of the following)

Microsoft Edge | Chrome | Firefox | Safari

Operating System (must have administrative rights on the following software)

Windows 11 PRO or Enterprise Edition, 64-Bit | Adobe Acrobat Reader installed (free download from the internet) | An internet connection NOT on the Carrier network