Lighting Training

Lesson 1 • Core Photometric Quantities

Defines lumens, candela, lux, and footcandles with real-world context. Provides the measurement vocabulary used throughout the course.

Lesson 2 • How the Human Eye Perceives Light

Explains rod and cone function, adaptation, and contrast sensitivity. Links visual physiology to practical lighting design decisions.

Lesson 3 • Color Temperature and Color Rendering

Introduces correlated colour temperature (CCT) and colour rendering index (CRI). Connects these metrics to visual comfort and task performance.

Lesson 4 • The Nature of Light

Covers electromagnetic radiation, visible spectrum, and wavelength-to-colour relationships. Establishes the physical foundation for all subsequent lighting concepts.

Lesson 1 • Comparing Sources by Application

Applies efficacy, CRI, lifespan, and cost data to source-selection decisions. Reinforces photometric vocabulary from Chapter 1 in a practical context.

Lesson 2 • Incandescent and Halogen Sources

Reviews tungsten filament operation, halogen regenerative cycle, and dimming behaviour. Establishes a baseline for comparing modern alternatives.

Lesson 3 • LED Technology Fundamentals

Covers semiconductor junction operation, driver circuits, and thermal management. Positions LED as the dominant modern source for all sectors.

Lesson 4 • Emerging and Specialty Sources

Surveys OLED panels, laser phosphor, and plasma sources for niche applications. Prepares students to evaluate new technologies as they emerge.

Lesson 1 • Luminaire Efficacy and BUG Ratings

Defines luminaire efficacy ratio (LER) and the BUG (backlight, uplight, glare) rating system. Supports energy-compliant and dark-sky-friendly designs.

Lesson 2 • Optical Control Elements

Examines lenses, louvers, baffles, and reflector profiles for beam shaping. Links optical choices to glare control and uniformity goals.

Lesson 3 • Luminaire Components and Construction

Identifies housings, reflectors, refractors, diffusers, and drivers. Connects component choices to photometric and thermal performance outcomes.

Lesson 4 • Photometric Distribution Curves

Teaches reading of polar and Cartesian intensity distribution curves (IDC). Enables accurate fixture selection from manufacturer photometric data.

Lesson 1 • Iterative Design Optimisation

Uses calculation feedback to adjust fixture count, type, and layout for compliance. Develops systematic problem-solving habits for design refinement.

Lesson 2 • Photometric Data Files and IES Format

Explains IES and EULUMDAT file structures and how software reads them. Ensures accurate fixture representation in any calculation engine.

Lesson 3 • Lighting Simulation Software Workflow

Guides room modelling, fixture placement, and calculation grid setup in simulation tools. Produces illuminance and luminance output reports.

Lesson 4 • Evaluating Uniformity and Glare Metrics

Interprets uniformity ratio, unified glare rating (UGR), and daylight glare probability. Connects calculated metrics to occupant comfort standards.

Lesson 1 • Commercial Office and Retail Lighting

Covers open-plan office, private office, and retail display lighting requirements. Balances visual comfort, energy targets, and brand aesthetics.

Lesson 2 • Healthcare and Educational Environments

Addresses high-CRI clinical lighting, circadian-supportive schemes, and classroom standards. Connects lighting quality to health outcomes and learning performance.

Lesson 3 • Hospitality and Specialty Interiors

Applies dramatic layering, dimming scenes, and colour tuning to hotels and restaurants. Demonstrates how lighting reinforces brand identity and guest experience.

Lesson 4 • Lighting Layers and Design Intent

Defines ambient, task, accent, and decorative layers and their combined effect. Frames every interior project around a clear hierarchy of lighting goals.

Lesson 1 • Facade and Architectural Floodlighting

Covers grazing, washing, and silhouetting techniques for building exteriors. Connects aiming geometry and beam angles to architectural feature enhancement.

Lesson 2 • Sports and High-Mast Lighting

Applies horizontal and vertical illuminance criteria for sports fields and high-mast installations. Addresses spill light, glare, and broadcast camera requirements.

Lesson 3 • Landscape and Hardscape Lighting

Addresses path lights, in-ground uplights, and water feature illumination. Integrates safety, aesthetics, and low-voltage system design.

Lesson 4 • Light Pollution and Dark-Sky Compliance

Defines sky glow, light trespass, and obtrusive light and their mitigation strategies. Prepares students to meet dark-sky and environmental lighting ordinances.

Lesson 1 • Daylight Harvesting Strategies

Applies closed-loop and open-loop dimming to maximise daylight contribution. Quantifies energy savings through daylight integration calculations.

Lesson 2 • Control System Fundamentals

Introduces switching, dimming, and sensor-based control topologies. Establishes the vocabulary and logic for all subsequent control design work.

Lesson 3 • Scene Control and Tunable White

Programmes multi-scene presets and CCT tuning for circadian and task-adaptive lighting. Demonstrates how scene control enhances occupant well-being and flexibility.

Lesson 4 • Occupancy and Daylight Sensors

Covers PIR, ultrasonic, and dual-technology sensors plus photosensor placement. Links sensor selection and calibration to reliable energy savings.

Lesson 1 • Sustainable and Wellness-Centred Design

Applies green building and wellness rating criteria to lighting design decisions. Aligns energy, circadian, and visual comfort goals within a single strategy.

Lesson 2 • Specification Writing for Lighting

Writes performance-based and prescriptive specifications for luminaires and controls. Ensures procurement accuracy and contractor compliance on site.

Lesson 3 • Lighting Design Documentation

Produces fixture schedules, photometric plans, and control diagrams as coordinated drawing sets. Establishes professional documentation standards for construction use.

Lesson 4 • Post-Occupancy Evaluation and Maintenance

Conducts illuminance measurements, occupant surveys, and maintenance planning after occupancy. Closes the design loop with evidence-based performance feedback.