Prize(s) Winners in Desk Lamps, Floor Lamps
University / School Name Shenkar college
Lead Designers Roni Morad
Professor Names Barak Asher, Daniel leibovitch , Elad kashi
Entry DescriptionNora” is a lighting piece that transforms a functional object into a sensory experience. It produces not only light but also sound: the switch creates a distinct click, while each hinge, made from 3D-printed ABS, contains a spring mechanism that generates a tactile and audible “tick” every 15 degrees of rotation. Every adjustment becomes an interactive act where light, sound, and motion merge, turning positioning into a playful and engaging ritual.
Designed with ergonomics in mind, the lamp includes defined areas for holding, pressing, and adjusting. The tubular proportions and weight distribution were carefully calculated for intuitive and balanced handling.
The construction combines aluminum tubing for the body, a welded iron base for stability, 3D-printed ABS joints with integrated spring mechanisms, and transparent resin printing as the light reflector. All electrical wiring, soldering, and switching were custom designed to integrate seamlessly with the mechanical system.
Minimal in form but rich in interaction, “Nora” challenges the perception of lamps as static and silent, offering instead an expressive dialogue between presence and absence, silence and sound, utility and emotion.
Sustainability ApproachNora” was designed with simple but effective sustainability principles. The lamp is built mainly from aluminum tubing and a welded iron base, both strong, long-lasting, and recyclable materials. The joints are produced with 3D-printed ABS, allowing efficient production with minimal waste and easy reprinting of parts if needed. A transparent resin element is used only as the light reflector, reducing material use to a functional minimum.
The mechanical system is entirely analog, requiring no batteries or electronic components, which prevents e-waste and reduces energy consumption. The light source is LED, ensuring high efficiency and significantly lower energy demand compared to traditional bulbs.
By combining durable recyclable metals, additive manufacturing for precision parts, and energy-efficient lighting, “Nora” demonstrates a responsible and realistic approach to sustainability.
