Eastman is a full redevelopment of an 11,210 ft² former bank into a modern restaurant.
Our team delivered the complete construction process — from demolition to full installation of all engineering systems. Electrical, water, sewage (with pumping), ventilation, and HVAC were rebuilt from scratch in compliance with international HACCP (FDA-level) standards.
Key challenges included reinforcing load-bearing structures of a nine-story building and creating an 8-meter-high zoned space. The façade was redesigned with guillotine windows, enabling a full open-plan layout.
Our team delivered the full construction and transformation of the space, combining structural work, engineering systems, and architectural execution into one coordinated process.
The project included complete interior redevelopment, façade restoration, and integration of modern engineering solutions, resulting in a cohesive, functional, and contemporary environment.
We focused on precision, quality, and seamless execution, ensuring that every stage — from core construction to final finishes — was aligned within a single, well-managed system.
The project involved deep structural intervention within a Stalin-era building, including full slab replacement across all levels to improve load capacity, acoustic isolation, and long-term stability.
The original brick structure was preserved and reinforced, with all инженерні системи fully integrated into the architectural fabric to maintain material authenticity while upgrading performance.
Floor-to-ceiling openings were introduced to maximize natural light and spatial connection, while a new upper-level extension expanded the usable area with a contemporary structural addition.
All building systems — HVAC, electrical, and heating — were newly installed, incorporating modern technical solutions such as underfloor climate systems to maintain a clean architectural profile.
We managed and executed the full construction process, overseeing engineering, technical coordination, and contractor management to deliver a fully operational space aligned with project requirements.
The project involved comprehensive planning and spatial organization, ensuring efficient flow, clear zoning, and seamless integration of all functional areas.
Special attention was given to operational performance, enabling multiple service formats to run simultaneously through well-structured technical and planning solutions.
This project required high-density planning within a 1,615 sq ft footprint, accommodating over 80 seats and a fully equipped kitchen within a compact layout.
Structural upgrades included reinforcement of load-bearing elements and reconstruction of floor systems within a historic Stalin-era building, ensuring stability while preserving the original fabric.
A unified open-plan configuration was implemented, integrating kitchen, oven, and bar into a single operational system.
All engineering systems — ventilation with advanced filtration, electrical, plumbing, and drainage — were newly integrated to meet performance demands while maintaining the architectural character.
This project involved the full transformation of a basement-level space into a high-performance restaurant environment, requiring complex structural and engineering intervention.
The floor level was lowered by 1.5 meters, and new light wells were introduced to bring natural daylight into the interior. Structural reinforcement included strengthening load-bearing columns and foundations to support the existing building above.
A separate acoustically and technically isolated bar area was constructed, alongside restoration of historic brick vaults. Custom concrete elements were implemented across key functional zones.
A fully wood-fired oven system was integrated as a central operational feature, supported by dedicated ventilation, filtration, and fire-safety engineering, allowing open-flame operation within the main dining space.
The project began with full demolition and ground-up reconstruction, redefining the space through clear geometry, light, and material composition.
A continuous architectural envelope was formed using micro-concrete across floors and walls, creating a unified spatial structure.
All engineering systems were reconfigured and integrated within the ceiling to preserve vertical proportions and maintain a clean architectural line.
Custom-built elements, including the bar and furniture, were developed as part of a cohesive design system, resulting in a restrained, material-driven interior with a strong spatial identity.