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Student Success

2024 graduate awarded Citation for Presentation in the 2024 Robert Bruce Thompson Annual Student Light Fixture Design Competition

Anna Martin, B.A. in Architecture received the award in May.

Student Success

2024 graduate awarded Citation for Presentation in the 2024 Robert Bruce Thompson Annual Student Light Fixture Design Competition

Examples of the clear acrylic, translucent-colored ABS plastic, and brass materials used to create the lamp in a section titled Material Study above another section titled Inspiration, featuring eight images displayed in two rows of four images with the first image of the first row showing a woman walking into a room with a shelving structure in the middle of the floor in front of a window of multiple colors in a color blocking style; The second image shows a toddler girl dancing and watching her multiple shadows of various colors created by corresponding lights lit behind her. The third image features 30 pairs of circles of various colors overlapping each other with each pair displayed in six rows of five pairs. The fourth image shows sunlight shining through windows of various colors. The first image of the second row shows the silhouette of people standing in a room with multicolored lights shining from above. The second image shows individual translucent panels of various colors with light shining through them. The third image shows a baby touching a fixture comprised of translucent panels of varying shapes and colors. The fourth image shows children shuffling through filters on a backlit table in a darkened room. These two sections are displayed next to the rendering of the product.

Anna Martin, a 2024 graduate of Miami University’s Bachelor of Arts in Architecture program, was awarded Citation for Presentation in the 2024 Robert Bruce Thompson Annual Student Light Fixture Design Competition in May.

The national competition challenged students to design a custom light fixture for a major healthcare organization. The goal was for lighting to “create an environment in pediatric clinic waiting rooms that is comfortable, unintimidating, and an interesting/engaging space for children.”

Martin’s winning design for a wall sconce, “Prismatic Play Light,” brings color and interaction to the waiting room environment. The rectangular light fixture is intended to be mounted lower on the wall within reach of children. Clear acrylic panels on the side of the light fixture provide warm white light for adult guardians to read or fill out forms, while colorful magnetic tiles on the front form an illuminated play station. The design invites children to pick up and place tiles of different shapes and hues.

A scene where abstract shapes depict a child picking acrylic panels to replace ones installed on a lamp hanging on the wall in a waiting room with a parent next to the title Positive Distraction Prismatic Play Light Concept Interactive participatory design to engage children in play with the description The prismatic play light creates an interactive environment designed for a pediatric wait room. The wall-mounted source sits lower on the wall, welcoming children of all ages to create new colors and dictate their own waiting experience. The light features clear acrylic side panels to allow adult guardians to fill out forms, while the front features colorful plastic tiles to engages the children. The fixture comes with an array of selected hues magnetic, modular tiles that attach to the fixture, allowing the children to change the color of the admitted light. The sconce is designed to engage the children in a personal, tactile experience that takes their mind off the stressful waiting environment. The LED light and protective acrylic covering creates a safe fixture to act as a positive distraction during their wait. The unlimited possibilities of displayed light allows the children to not only learn about light and color interaction, but also encourages them to tap into their creative side.

“The design is intended to engage children in a personal, tactile experience that takes their mind off the stressful waiting environment,” Martin wrote in her concept statement.

Martin’s process began with research to understand the health benefits of positive distractions, design features that are strategically applied within healthcare environments to divert attention and reduce stress and anxiety for patients and families. Art, color, texture, sound, lighting, spatial arrangements, social interactions, access to nature, play, and interaction are all tools that designers can employ to enhance engagement and support well-being in an environment. Martin’s Prismatic Play Light concept also addresses the power of active participation in learning.

“The unlimited possibility of displayed light allows the children to not only learn about light and color interaction but also encourages them to tap into their creative side,” described Martin.

The competition considers both presentation and conceptual design in the judging process. Students must demonstrate innovation and sustainable use of materials and address light distribution, visual comfort, practicality of manufacturing, ease of use, and maintenance for their fixture design.

The light fixture design project is an assignment in the ARC 414/514 Environmental Control Systems II course taught by Professor Mary Ben Bonham in the Department of Architecture + Interior Design. Miami has a history of successful entries in the competition, with architecture and interior design students winning awards in the last four consecutive years.

A collection of renderings of the light in five views. The first view is an elevation view showing the lamp having the dimensions of 24 inches high and 6.5 inches wide. The second view is a section view showing the Dotless Led Tape, Aluminum Channel, and Tubular Light Strip Cover collectively measures 18 inches high, the lamp measures 6 inches deep, and the lighting fixture with a diameter of 5 inches. The plan view is an overhead view of the lamp showing dimensions of 6 inches wide and 4 inches deep. The Axon view shows the rendering of the lamp with the following components separated: Dotless Led Tape, Aluminum Channel, Acrylic Diffuser Cover, all together as one component, Ferritic Stainless Steel Mullions (Brushed Brass Finish), Clear Acrylic Protective Cage, Mounting Plate with LED Power Supply Within Brass Canopy, and Magnetic Plastic Tile. The last view is a Tile Detail view showing the Embedded Magnet Perimeter and the Corner Lip For Removability. A table of Light Specs is displayed showing the color rendering measuring CRI 90+, the color temperature measuring 3000 Kelvin, the power source measuring 120 volts, the wattage measuring 10 watts, and lumens measuring 800 lumens.