
Unilamp is pleased to support “Light in the Forest”, a lighting installation presented as part of Arch Feb Fest 2026 at the Faculty of Architecture, Kasetsart University. Through this collaboration, Unilamp contributes architectural lighting solutions that enhance spatial atmosphere and support the project’s concept-driven design approach.
The lighting design plays a key role in translating the project’s narrative into a physical experience, using light to shape perception, guide movement, and create emotional engagement within the forest-inspired setting. Unilamp’s luminaires were carefully selected to complement the natural environment while reinforcing architectural clarity and visual comfort.
Presented within the academic and creative context of Arch Feb Fest 2026, the installation demonstrates the role of architectural lighting in bridging design education, experimentation, and real-world application, positioning light not only as a technical element but as a storytelling medium within spatial design.

The installation is developed under the concept “Light in the Forest,” which explores the relationship between light, nature, and human perception. Rather than treating light as a purely functional tool, the project interprets illumination as an emotional and atmospheric element that enhances the experience of moving through a forest-like environment.
Inspired by the idea of “Light in the Forest,” the design focuses on how light interacts with trees, plants, and architectural elements to evoke calmness, curiosity, and reflection. The installation invites visitors to slow down, observe subtle changes in light and shadow, and reconnect with natural rhythms within an academic setting.
Through careful placement of luminaires and controlled light distribution, the project creates layers of brightness and darkness that recall natural forest conditions, translating them into a contemporary architectural language that merges landscape, design, and sensory experience.
“Light in the Forest” is conceived as an immersive spatial experience where lighting supports mood, orientation, and material perception without overwhelming the environment. Unilamp supplied a selection of outdoor and architectural luminaires chosen for their durability, visual comfort, and flexibility across different spatial conditions.
Mini TUBE was presented as a vertical light element that gently illuminates its surroundings through soft, diffused light, becoming part of a sculptural installation rather than a standalone fixture. The cylindrical form acts as a luminous core, while the light is filtered and softened by surrounding materials, creating a calm and atmospheric glow along the circulation path.
The controlled light output supports visual comfort and spatial continuity, allowing Mini TUBE to adapt seamlessly to both indoor and transitional environments while enhancing material texture and reinforcing the immersive, forest-inspired experience.
Mini PILLAR is positioned adjacent to a student-built cave simulation, where it acts as a vertical light marker defining pathways and spatial boundaries within a low-light environment. The luminaire incorporates a student-designed outer surface modification, reflecting Unilamp’s UniModification concept.
A lightweight cardboard frame was applied to the exterior of the luminaire, transforming its form while preserving core lighting performance. The soft, symmetrical illumination enhances the texture and depth of the cave simulation, creating atmosphere without glare or visual discomfort. This project demonstrates how UniModification enables creative experimentation with form and material, allowing lighting systems to respond to specific spatial narratives while maintaining functional integrity.
Through this intervention, the student successfully translates the essence and spirit of a forest environment into a meaningful spatial lighting experience.
Mini SONIC was installed discreetly within the landscape to provide focused accent lighting for trees and surrounding greenery. Positioned close to the ground, the luminaire directs controlled light upward, gently revealing tree trunks, roots, and foliage while preserving the natural character of the environment during daytime.
The precise beam control enhances texture and depth after dark without causing glare or visual disruption, allowing Mini SONIC to support orientation and visual interest while maintaining a calm, natural atmosphere that aligns with the forest-inspired concept of the installation.

Together, these luminaires form a cohesive lighting strategy that supports spatial storytelling, allowing architecture, landscape, and atmosphere to remain the primary focus of the installation.
Organized by the Faculty of Architecture, Kasetsart University, Light in the Forest is presented as part of Arch Feb Fest 2026, functioning as both a public exhibition and an educational platform. The project highlights the value of hands-on experimentation in architectural education, encouraging students and designers to explore the relationship between light, space, and environment within a real-world context, while demonstrating how architectural lighting can enhance design intent and remain sensitive to natural surroundings and human experience.
Unilamp is grateful for the opportunity to support this initiative and would like to express sincere appreciation to Assistant Professor Dr. Parames Kamhaengrithirong, Dean of the Faculty of Architecture, and Associate Professor Dr. Nualwan Thuaicharoen, Department of Building Innovation, Kasetsart University for their trust and support throughout the project. This collaboration reflects a shared commitment to advancing architectural education, design exploration, and the creation of meaningful spatial experiences through thoughtful and responsible lighting design.
For more information, please visit www.unilamp.co.th or contact online@unilamp.co.th
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