Breakfast at Tiffany's

Interior Design by Tong-Yi Hu

Breakfast at Tiffany's, designed by Tong-Yi Hu, is an interior design project that embodies the neoclassical style with a touch of luxury and elegance. The design showcases an intertwined space that exudes elegance and dignity without being overly luxurious. It represents the owner's attitude and attention to detail, all interpreted through artistic craftsmanship.

The uniqueness of Breakfast at Tiffany's lies in its careful orchestration of different materials, creating a harmonious whole. The storage space is not only functional but also aesthetically pleasing, with every device and function carefully calculated to enhance the overall beauty of the space.

The design of Breakfast at Tiffany's is realized using natural silver fox marble, imported tile, rosary gold-plated titanium, island type wood flooring, and natural veneer dyeing. These materials contribute to the luxurious and elegant atmosphere of the space.

The door group with the library in Asia adds a unique profile to the design, increasing the perspective of space and enhancing its transparency. The combination of different materials and textures creates a visually appealing and dynamic environment.

The project started in August 2018 and was completed in January 2019 in Taiwan. Throughout the design process, the team faced the challenge of blending Western and Eastern styles, creating a seamless fusion of neoclassical and traditional elements.

Breakfast at Tiffany's reflects a tasteful attitude towards life's exquisite details. The space is refreshing, picturesque, chic, and elegant, creating a comfortable and uncomplicated atmosphere. It evokes a sense of magic, with a soft and soothing ambiance that transports visitors to a brand new realm of artistic space.

This design was awarded the Iron A' Design Award in 2019 in the category of Interior Space, Retail, and Exhibition Design. It is recognized for its well-designed, practical, and innovative characteristics that meet professional and industrial requirements. The design integrates industry best practices and competent technical features, contributing to a better world.