Earthy materials and idiosyncratic elements combine to create a lively and contemporary Japanese restaurant.
June 3rd, 2015
Rich in timber and craft, and full of charm and sophistication, Masu’s interior was a collaboration between chef Nick Watt and architect Gordon Moller. Moller’s approach to craft, and knowledge of Japanese design, combined with Watt’s intimate knowledge of Japanese kitchens and service has created a soft warm interior that belies the high degree of precision behind its construction and operation.
It is a relatively large restaurant with seating for 150 guests. But it has been designed to feel comfortable even with just a few. This is achieved through a variety of tables, ceiling heights, spatial qualities and textures, and through clever manipulation of light.
Theatre is a recurring theme, from the food preparation and serving, to sawing blocks of ice for sashimi and drinks, and even the large painted dragon above the chef’s table.
Three elements anchor the large room: the impressive robata grill, a three-metre long charcoal burner that can be seen from every table, a long curving banquette wall, and a lane-side bar.
Within this framework, and sheltered below a contemporary timber pergola, the main dining room is filled with round wooden tables. Surfaces are lit with pin-spots that quickly fade to shadow, highlighting the food and subduing the background.
Sound is an essential ingredient in the experience of this restaurant, and beyond the hiss and sizzle of the grill, contemporary music fills the room. It feels glamorous but not intimidating on account of this lively atmosphere and its rich but warm interior.
Read the full article in the Hospitality issue of Indesign magazine, out on June 7, 2015.
Moller Architects
mollerarchitects.com
INDESIGN is on instagram
Follow @indesignlive
A searchable and comprehensive guide for specifying leading products and their suppliers
Keep up to date with the latest and greatest from our industry BFF's!
The newest brand to emerge from Cosentino’s creative crucible is Ēclos, a next-generation mineral surface that embodies the organic beauty and tactility of marble in a precision-mineral surface or material.
The Geelong College’s Sport and Wellbeing Centre ‘Belerren’ designed by Wardle is designed around bringing in natural light. But Shade Factor’s job was to help modulate and precisely control it for the most important competitive moments.
In the second instalment of our performance seating three-parter, we turn to DKO’s Michael Drescher and Jacob Olsen to peek behind Sayl’s confident architectural form and explore the ideas of inclusivity, adaptability and freedom to move as hallmarks of what sitting your best actually means.
Natural stone shapes the interiors of Billyard Avenue, a luxury apartment development in Sydney’s Elizabeth Bay designed by architecture and design practice SJB. Here, a curated selection of stone from Anterior XL sets the backdrop for the project’s material language.
Education has been one of the few sectors that has maintained a presence throughout the time of Covid 19. Open for business and supporting fewer pupils has been a necessity but can the design of our schools be smarter, contracting and expanding as future needs dictate?
“For its 2nd edition in January 2009, MEUBLE PARIS, the Paris event devoted to furniture in all its expressions, will bring to get her an exhaustive , international , high-quality ofer spread out over more than 80,000m2.
“The evolution of our lifestyles is happening faster and faster, generating new relationships to the home, and modifying the perception of furniture and above all, its use. Decompartmentalizing, multifunctionality, and adaptability are the key words for the current offer, with growing demand for new forms, greater quality, more creativity and personality. Welcome to MEUBLE PARIS!”
The internet never sleeps! Here's the stuff you might have missed
At Salone del Mobile 2026, Catalan designer Eugeni Quitllet launched Libre, a new seating collection with Pedrali that focuses on form, function and ergonomics.