Revitalizing a whisky distillery in Jackson Square, the team aimed to transform the historic building into a modern office that embraced the concept of coffee-by-day and whiskey-by-night. The duality of the high-performing workplace combined with a vibrant social hub called for unique lighting and controls solutions within a compact 3,900 sq.ft. space.

Casambi recently published a project story involving a sophisticated lighting and control solution installed as part of a high-end, two-story renovation of a historic Soho building, produced by Lynch Eisinger Design Architects partner with WALD Studio.

The Bernard Block Façade Lighting Control Project was recognized with a Lighting Control Innovation Award of Merit in the 2025 Illumination Awards held by the Illuminating Engineering Society.

In this featured project, we explore a major refurbishment of the new offices of a law firm, which was recognized with as Lighting Control Innovation Award of Merit in the 2024 IES Illumination Awards. Lighting and control design by Dot Dash. Photography by Garrett Rowland.

This month, we explore a powerful lighting control solution installed at the gaming company Kabam’s offices in Vancouver, BC. Lighting control design by AES.

Legrand®, a global specialist and industry leader in electrical wiring devices, cable management, audio-visual, and lighting solutions, recently announced new advances with Microsoft to create a new hybrid conferencing space with Signature Microsoft Teams Rooms featuring products from Legrand, North and Central America.

This month, we explore a well planned lighting control solution installed at the Denver Botanic Gardens Freyer-Newman Center for Science, Art, and Education in Denver, Colorado.

This month, we explore a detailed lighting control solution installed at Brookhaven Service Center in Brookhaven, NY.

This month, we explore a detailed lighting control solution installed at IMEG Corp.’s new offices in Chicago.

This month, we explore an intensely detailed control application at the new FUSE building in St. Petersburg, FL, which earned a 2021 Sapphire Design Excellence in Networked Lighting Control Award for Automation.

This month, we explore a highly energy-saving application of networked lighting controls at the Ontario Association of Architects Headquarters, which earned a 2021 Design Excellence in Networked Lighting Control Award for Energy Management. Lighting control design by Gottesman Associates. Lighting control system by Lutron Electronics.

The real challenge for Carbon Lighthouse was to identify a solution that could interface successfully with the wide range of protocols commonly employed by the BMS, and transfer the high volume of detailed information generated, in real-time, to Carbon Lighthouse’s proprietary, patented, cloud-based software platform, CLUES. Any new approach would need to be more economical and efficient.

This month, we explore a large-scale application of Bluetooth Mesh lighting control at a Class A office building in Minneapolis-St. Paul, Minnesota, which earned a Design Excellence in Networked Lighting Control Award for LLLC, sponsored by the Lighting Controls Association.

This month, we explore a highly integrated lighting controls installation at the United Technologies Center for Intelligent Buildings, a LEED Platinum Certified project in Palm Beach Gardens, FL.

This month, we explore a flexible lighting controls installation at a versatile conference room in Los Altos, CA.

This month, we explore a robust lighting controls installation at the Ford Foundation in New York City.

With 17 stories and nearly a half million square feet of commercial real estate space, this project demonstrates the flexibility and scalability of Bluetooth mesh networking and showcases the power of the collaboration such an open standard fosters. McWong International, its technology partner Silvair, and lighting contractor EMC (Energy Management Collaborative) teamed for design and deployment of an LLLC (luminaire level lighting control) solution that will serve the owners and tenants alike for years to come.

This month, we explore a dynamic lighting controls installation at an automated distribution center in Ontario. Lighting control design by Hammerschlag and Joffe Inc. Photography by Terri Nowik, Light Monkeys.

This month, we explore a powerful lighting controls installation at Capital One’s new corporate headquarters in McLean, Virginia.

This month, we explore a robust lighting controls solution used to implement tunable-white and circadian lighting and achieve WELL certification at Alvine Engineering’s corporate headquarters.

This month, we explore a dynamic lighting and controls installation at Arup’s offices in Los Angeles.

This month, we will explore an innovative installation of lighting and controls as part of an office renovation at Bristol-Myers Squibb in Lawrenceville, NJ.

This month, we will explore an innovative installation of lighting controls at MC Dean’s new corporate headquarters.

LD+A Magazine recently covered an innovative project–Deloitte’s Amsterdam office, where connected lighting is used to continuously measure building use, which allows building systems to automatically adjust for energy efficiency and user comfort, and the building operators to analyze trends.

This month, we will explore an innovative installation of lighting controls at the Jack Chow Building in Vancouver.

This month, we will explore an innovative installation of lighting controls at the General Motors Design Dome.

This month’s covered Lighting Control Innovation Award-winning project, part of the 2017 IES Illumination Awards, presents an innovative installation of lighting controls at the New York City offices of R/GA, a full-service digital agency.

In this month’s featured project, we explore an innovative installation of lighting controls at the new R/GA headquarters in New York City. Office Space designed by Foster + Partners with lighting by Tillotson Design. Lighting controls by Crestron and Ketra.

The Lighting Control Innovation Award was created in 2011 as part of the Illuminating Engineering Society’s Illumination Awards program, which recognizes professionalism, ingenuity and originality in lighting design. LCA is proud to sponsor the Lighting Control Innovation Award, which recognizes projects that exemplify the effective use of lighting controls in nonresidential applications. This month, we [...]

The Lighting Control Innovation Award was created in 2011 as part of the Illuminating Engineering Society’s Illumination Awards program, which recognizes professionalism, ingenuity and originality in lighting design. LCA is proud to sponsor the Lighting Control Innovation Award, which recognizes projects that exemplify the effective use of lighting controls in nonresidential applications. This month, we [...]

The Lighting Control Innovation Award was created in 2011 as part of the Illuminating Engineering Society’s Illumination Awards program, which recognizes professionalism, ingenuity and originality in lighting design. LCA is proud to sponsor the Lighting Control Innovation Award, which recognizes projects that exemplify the effective use of lighting controls in nonresidential applications. This month, we [...]

The Lighting Control Innovation Award was created in 2011 as part of the Illuminating Engineering Society’s Illumination Awards program, which recognizes professionalism, ingenuity and originality in lighting design. LCA is proud to sponsor the Lighting Control Innovation Award, which recognizes projects that exemplify the effective use of lighting controls in nonresidential applications. This month, we [...]

In September 2012, the Lawrence Berkeley National Laboratory published, Responsive Lighting Solutions for the General Services Administration (GSA). The report provides insight into the viability of highly responsive lighting control systems. It reports the results of installing advanced lighting controls in five Federal buildings. The existing lighting in these buildings was upgraded. A number of [...]

Researchers at the National Research Council Canada – Institute for Research in Construction (NRC-IRC) conducted a study to determine how far, how fast and over what period lighting can be dimmed before occupants notice and are adversely affected. The results suggest a role for dimmable lighting in demand response programs.

What are the benefits of combining advanced lighting control strategies in the same space? Are the energy-saving benefits of lighting controls persistent over time? Can advanced lighting controls be successfully applied to open offices given concerns about jurisdiction conflicts, lighting uniformity, etc.? Can they enhance worker satisfaction? A new office lighting field study addresses these questions. Involving about 90 workers in a real-world open-office environment, the one-year study determined that occupancy sensing, daylight harvesting and individual occupant dimming control worked together in the building to produce average energy savings of 47% while correlating with higher occupant environmental and job satisfaction. The study demonstrates that sophisticated lighting control strategies can be combined successfully to generate persistent, large energy savings in open-plan offices while improving occupant satisfaction with their jobs and workspace.

A number of studies demonstrate that personal dimming can result in higher productivity—specifically in the metrics of vigilance, motivation and satisfaction—and also in energy savings. This dual impact can result in an improved bottom line and more satisfied employees and tenants. These advantages are resulting in a significant new trend towards adoption of personal dimming solutions among designers and building owners.

This white paper makes the case for personal control, in particular giving occupants the ability to control their own light levels through dimming.