Prize(s) Winners in Residential Lighting Design
Lighting Design/Product Company allume arquitetura iluminação
Lead Designers Marina Makowiecky
Other Designer's names Betina W. Lins
Architecture Company Tetro Arquitetura
Interior Design Company Tetro Arquitetura
Client Evlyn Oltramari
Photo Credits Joana França
Other Credits Landscaping design: Terraço Paisagismo
Completion Date novembro, 2023
Project Location Cacupé, Florianópolis
Entry DescriptionCasa Ponte (Bridge House) is situated on a hillside overlooking the Cacupé sea, blending seamlessly with its natural surroundings. Inspired by the local landscape, its metal structure echoes the iconic Florianópolis bridge, while stone walls reflect the nearby rocky sea. The lighting design for the Bridge House focused on enhancing the architectural design as originally conceived. The goal was to reveal its design during the night, with emphasis on the metal structure and stone walls to highlight the foundation and create the impression of the house floating above the ground. The design utilized indirect lighting throughout, with direct lighting fixtures added where necessary. To minimize physical interference with the architecture, lighting solutions were integrated into the design itself. The building’s materiality informed the selection of fixture finishes; for instance, recessed fixtures with concrete bodies were used in the exposed concrete slabs. In the circulation area connecting the suspended volume to the basement, a recessed plaster molding was proposed to create an inverted baseboard, where linear lighting was embedded to emphasize the staircase design. The pool design was highlighted with underwater linear lighting. A warm color temperature was selected to evoke a sense of comfort, refuge, and coziness.
Sustainability ApproachOur strategic approach focused on implementing LED luminaires that offer the capability for easy maintenance without the need for full replacement of the luminaire itself. We specifically selected luminaires that meet life maintenance standards, such as LM80 or LM70, to guarantee a prolonged and reliable performance. Furthermore, we incorporated luminaires equipped with advanced optical control systems, along with additional complementary accessories designed to significantly reduce light pollution and minimize glare. These measures were implemented to enhance both the environmental impact and the quality of lighting in the space. Moreover, we prioritized the use of lighting fixtures that are locally manufactured in Brazil, which not only supports the local economy but also plays a crucial role in reducing the carbon footprint associated with the transportation of these products.
