Electromechanical Hardware Fundamentals

(3-day program) Nearly every project today has some type of electromechanical hardware, whether simple or complex, it is all based on some fundamental principles. This hands-on course will teach students the basics of circuitry and wiring, reading and drawing wiring diagrams and will bring them through operational based projects where they can hook-up and troubleshoot common hardware applications.

After participating in this session, attendees should be able to:

1. Recognize basic electronic terminology and components of low voltage circuits.
2. Illustrate products required for a complete electrified opening.
3. Sketch out different types of electrified opening drawings.
4. Design, wire and troubleshoot electrified hardware circuits of varied levels.

Access Control Fundamentals

(2-day program) As security concerns continue to heighten, many facilities are incorporating electronic access control into their physical access control systems. While mechanical keys will continue to be used for years to come, the convenience and often increased security provided by an access control system has become the norm on most of today’s projects. From small, simple, one door systems to complex systems handling thousands of doors and users, access control is based on some fundamental principles. This hands-on course will teach students the basics of access control systems, including the evolution of reader and card technologies, basic software, data collection, access levels, and time zones.

After participating in this session, attendees should be able to:

1. Recognize and understand basic access control systems in order to provide the correct product solution for the application.
2. Incorporate electromechanical hardware products, like electrified locksets, electrified panic and fire exit hardware, and automatic operators, into a system.
3. Distinguish the difference between credential and reader types in order to supply the appropriate level of security for the owner.
4. Understand the capabilities, features and benefits of both a cloud-based software system and an on-site software system. 
   

Building a Code Foundation

(3-day program) The opening industry is built on codes; your education should be built on a code foundation. This course will bring students through scenario-based exercises that will teach them to navigate and apply, building, fire, life safety and accessibility codes.

After participating in this session, attendees should be able to:

1. Identify the correct code for application on projects.
2. Locate and navigate required codes and standards affecting door openings.
3. Interpret and apply the mandated code requirements.
4. Propose and prescribe the appropriate materials to comply with adopted code.

Key Conference and System Design

(1-day program) A thorough understanding of mechanical keying is an important skill for the distributor, manufacturer and end user so that the required information can be communicated between all parties. This class on the Key Conference and System Design equips students with the skills and confidence to conduct a successful key meeting.

After participating in this session, attendees should be able to:

1. Explain the four most common levels of keying.
2. Implement the requirements of ANSI/BHMA A156.28 – Recommended Practice for Mechanical Keying Systems.
3. Prepare and prioritize materials in order to conduct a successful keying meeting.
4. Develop a key system layout to meet owner’s needs.

To register for our next on-line Key Conference and System Design training, Click Here.

Fundamentals of Project Coordination

(1-day program face-to face or 2-session on-line instructor led) Project Coordination is critical regardless of the size of your project. In this course, students will learn from industry experts how to coordinate their project requirements with other divisions, how to conduct important meetings, how to read templates and so much more.

1. Recognize the importance of coordination amongst trades on a commercial construction project.
2. Interpret the contract document requirements for trade coordination.
3. Create submission packages for use during coordination meetings.
4. Prepare and participate in organized project coordination meetings such as: key conference, electrified hardware, access control, and pre-installation meetings.