Prize(s) Winners in Interactive Lighting Products
University / School Name Georgia Institute of Technology
Lead Designers Eber Zamudio
Professor Names Thomas Clifton
Completion Date February 23, 2024
Project Location Atlanta
Entry DescriptionTri-Light is a user-friendly studio light that delivers quality lighting on demand, catering to casual digital content creators and more complex projects alike.
With customizable settings and intuitive controls, this lighting tool meets the needs of anyone seeking seamless and convenient illumination. By providing just the right amount of features, users can utilize the tri-light to understand light composition without feeling overwhelmed by information. Its compact design effortlessly enhances digital content, creating a shortcut to stunning visuals.
The main goal of this product is to serve as a learning experimental tool, focusing on helping beginners cover the basics of light composition. By offering most of the key features found in competitive products, beginners can avoid the need to invest in extra equipment initially. Once users have acquired enough knowledge and experience, they can then make informed decisions about additional resources. Key aspects such as duality, portability, convenience, and simplicity are all integral features of this light, providing users with a range of options to work with.
Limiting certain aspects to prevent users from feeling overwhelmed is crucial for improving and speeding up the learning process.
Sustainability ApproachIn line with sustainability goals, this lamp emphasizes understanding light composition, vital for content creators, artists, and photographers. Educating users aids informed decisions, curbing unnecessary purchases. The tri-light design prioritizes minimalism and efficient use of space, minimizing material usage. Metallic frames ensure sturdiness, while cork covering enhances grip and handling. By incorporating sustainable materials and thoughtful design, this project offer an environmentally-conscious lighting solution without sacrificing performance.
