Duration 2 Days – 12-14 hrs.

 

Overview

 

Lighting performance and testing are critical components in ensuring that lighting systems meet required standards for efficiency, safety, reliability, and visual comfort. With the rapid development of LED technology, smart lighting systems, and energy-efficient lighting solutions, professionals must understand how to properly evaluate and test lighting products and installations.

 

This Lighting Performance and Testing Training Course provides participants with the knowledge and practical understanding of key lighting performance metrics, testing methodologies, and industry standards used in evaluating lighting systems. The course covers fundamental photometric and radiometric measurements, performance parameters such as luminous flux, luminous efficacy, color quality, glare control, and energy efficiency.

 

Participants will learn how lighting performance is measured in laboratory and field environments, how to interpret test results, and how to ensure compliance with international lighting standards such as IES, CIE, IEC, and ISO guidelines. The training also introduces common lighting test equipment and procedures used in product development, quality assurance, and compliance testing.

 

Objectives

 

• Understand the fundamental principles of lighting performance measurement
• Identify key photometric and radiometric parameters
• Understand lighting performance metrics such as luminous flux, illuminance, efficacy, and color quality
• Apply common lighting testing methodologies and procedures
• Interpret lighting test reports and measurement data
• Understand international lighting standards and testing requirements
• Utilize lighting testing instruments correctly
• Ensure lighting products and systems meet quality, safety, and energy performance requirements

 

Target Audience

 

• Lighting engineers and designers
• Electrical engineers and technicians
• Product development engineers for lighting systems
• Lighting laboratory technicians
• Quality assurance and testing personnel
• Facility and building engineers
• Energy efficiency specialists
• Professionals working in LED manufacturing, lighting design, and building systems

 

Prerequisites

 

• Basic knowledge of lighting systems or electrical engineering
• Familiarity with technical measurements or laboratory testing
• No advanced photometry knowledge required

 

Course Outline

 

Module 1: Introduction to Lighting Performance

 

• Fundamentals of lighting and illumination
• Importance of lighting performance evaluation
• Evolution of modern lighting technologies (LED and smart lighting)
• Overview of lighting testing laboratories
• Key concepts in lighting quality and efficiency

 

Module 2: Fundamentals of Light and Photometry

 

• Nature of light and electromagnetic spectrum
• Photometric vs radiometric measurements
• Key photometric quantities
  • Luminous flux
  • Illuminance
  • Luminance
  • Luminous intensity
• Units and measurement standards

 

Module 3: Lighting Performance Metrics

 

• Luminous efficacy and energy efficiency
• Uniformity and lighting distribution
• Color characteristics of light
  • Correlated Color Temperature (CCT)
  • Color Rendering Index (CRI)
  • Color consistency and chromaticity
• Flicker and temporal light modulation
• Glare and visual comfort

 

Module 4: Lighting Measurement Equipment

 

• Photometers and lux meters
• Spectroradiometers
• Integrating spheres
• Goniophotometers
• Imaging luminance measurement systems
• Calibration of lighting instruments

 

Module 5: Laboratory Lighting Testing Methods

 

• Luminous flux measurement procedures
• Distribution measurement using goniophotometers
• Spectral power distribution measurement
• Color quality measurement techniques
• LED and luminaire testing procedures

 

Module 6: Lighting Performance Standards and Regulations

 

• Overview of international lighting standards
  • IES standards
  • CIE recommendations
  • IEC lighting testing standards
  • ISO lighting measurement standards
• Energy efficiency standards for lighting products
• Lighting certification and compliance requirements

 

 

Module 7: Field Lighting Measurement and Evaluation

 

• Site lighting performance assessment
• Indoor lighting measurement techniques
• Outdoor lighting performance evaluation
• Workplace and industrial lighting assessments
• Measurement planning and documentation

 

Module 8: Data Analysis and Interpretation

 

• Interpreting photometric test reports
• Understanding lighting test data and graphs
• Evaluating compliance with lighting standards
• Identifying performance issues and improvement opportunities

 

Module 9: Quality Assurance and Product Testing

 

• Lighting product testing during manufacturing
• Reliability and lifetime testing of LEDs
• Thermal performance and heat management
• Performance degradation and lumen maintenance

 

Module 10: Best Practices in Lighting Performance Evaluation

 

• Establishing lighting testing procedures
• Maintaining testing accuracy and repeatability
• Documentation and reporting of results
• Continuous performance monitoring and improvement
• Case studies in lighting performance testing