DOMINIC MEYRICK
Listen to Dominic speak about lighting
Download
Download a pdf version of our Lighting Brochure
Download

An independent specialist lighting design consultancy. Headed by Lighting Principal, Dominic Meyrick, Hoare Lea Lighting offers a full range of services from planning to concept, scheme to detailed design, design to implementation.

We believe that ultimately Architecture is about people. Understanding how people see and respond to light therefore is key to the design of a well-lit space. This, combined with a passionate belief that light is essential to the creation of a dynamic architectural environment, make up the cornerstone of our ethos.

The combination of two complementary elements, design and engineering, enables successful lighting solutions to be achieved. This holistic approach ensures that technical issues, such as compliance and performance, are balanced with aesthetic and visual criteria.

Hoare Lea Lighting, although independent, is part of Hoare Lea Consulting Engineers whose reputation for quality engineering solutions, project management and fiscal control is well established. The result is the perfect synergy of creativity, practicality and experience.

The varied nature of our project portfolio demands we employ a mix of creative individuals from design and engineering backgrounds, with both practical and academic experiences, all bringing with them a range of perspectives. With offices throughout the UK we are well placed to provide lighting design services to any part of the country.

An extensive portfolio of projects demonstrates the expertise of Hoare Lea Lighting in all areas of lighting design.

Services

Interior Spaces:

  • Bars
  • Educational environments
  • Galleries
  • Hotels
  • Leisure complexes
  • Museums
  • Offices
  • Restaurants
  • Retail and shopping centres
  • Video conferencing

Exterior Spaces:

  • Landscaping 
  • Facade lighting
  • Feature lighting
  • Town and city lighting strategies

Daylighting:

  • Scale model daylight analysis
  • Solar control
  • Sun path prediction
  • Computer simulation of daylight