Course Catalogue.

After participating in this course, you will be able to:

• Apply key lighting terminology and parameters to effectively evaluate and select LED lamps and luminaires.
• Analyze the performance and reliability of LED retrofits and integrated luminaires for optimal lighting solutions.
• Ensure lighting products comply with relevant codes and standards for safety and efficiency.
• Recommend LED lighting replacements based on performance, energy savings, and long-term cost considerations.
• Specify LED luminaires focusing on lighting performance, ergonomics, and cost-effectiveness.

Description
Light-emitting diode (LED) technology has revolutionized the lighting industry, prompting a widespread shift from traditional lighting sources such as incandescent, fluorescent, and HID lamps. This transformation presents new challenges and opportunities for selecting and evaluating LED lamps and luminaires. With a solid understanding of lighting terminology and technical specifications, participants will be well-equipped to navigate this evolving landscape. The transition to LED lighting is essential for improving energy efficiency, reducing costs, and enhancing lighting quality in various environments.

In this course, you will explore fundamental lighting concepts, including the properties of light, lumens, lux, and photometry, as well as the role of LED drivers in powering modern luminaires. You will gain the knowledge necessary to assess and recommend lighting solutions that meet performance and compliance standards through detailed discussions on LED lamp performance, energy savings, and work environment considerations. Additionally, the course emphasizes the selection of luminaires based on lighting needs, cost-effectiveness, and ergonomic factors, enabling you to make informed decisions in various contexts.

Participants will be able to engage in exercises that apply real-world scenarios to help solidify key concepts. Special features include hands-on exercises that participants will solve and discuss during the course, enhancing comprehension through collaboration. Evaluation software will be provided to assist in luminaire performance analysis and selection. By request, participants will also have the chance to analyze case studies tailored to their specific projects, further reinforcing the practical applications of the course material.

Who Should Attend
This course is ideal for building management, inspection, or design professionals, including building managers, inspectors, and personnel responsible for ensuring code compliance in lighting systems.

Government auditors and project managers seeking to enhance their understanding of LED technology and its applications will also find this course invaluable. Specification engineers and lighting designers aiming to improve their knowledge of LED lighting performance, selection criteria, and energy-saving solutions will benefit significantly from the course. Additionally, electrical contractors involved in installing and retrofitting lighting systems will gain practical insights into selecting and recommending LED products.

Other professionals who may find this course beneficial include facilities engineers, sustainability coordinators, and energy auditors. Those responsible for upgrading lighting in commercial or industrial environments will also benefit from learning how to assess LED technology for improved performance, efficiency, and long-term savings.