“We can always work better with what already exists, be it a forest, an old building or a delicate place.We can find optimism in every situation, just by searching for the little gem that are already there. We can build on those.”
LAB84 với sứ mệnh cung cấp những giải pháp, sản phẩm ấn tượng và tốt nhất đến với khách hàng thông qua lối làm việc sáng tạo, tỉ mỉ trong nghiên cứu ở mọi khía cạnh: con người, xã hội và những yếu tố tác động đến môi trường. Để từ đó có cái nhìn và đánh giá toàn diện cho toàn dự án nhằm đảm bảo thẩm mỹ, công năng, sở thích và ngân sách đặc thù của mỗi khách hàng.
Architectural design is the process of planning and creating buildings, public spaces, and other built environments to meet functional, aesthetic, technical, and environmental requirements.
This work requires the integration of both art and science to create spaces that are visually appealing, practical, and optimized for natural light, airflow, materials, and structural performance.
Architecture is not simply about drawing buildings. It is about creating spaces where people can live, work, and interact safely and harmoniously with their surroundings.
Landscape design involves planning and shaping outdoor environments such as gardens, parks, courtyards, plazas, and public spaces.
The goal is to create spaces that are visually harmonious with nature while meeting functional needs, protecting the environment, and enhancing community life.
Landscape design goes beyond decoration. It creates outdoor environments that support both nature and human experience.
Interior design focuses on shaping interior spaces through the selection, arrangement, and integration of architectural elements such as walls, floors, ceilings, furniture, lighting, and materials.
The aim is to create comfortable, functional, and aesthetically balanced environments that reflect the lifestyle and preferences of the occupants.
Interior design is not merely decoration. It is about optimizing space, light, color, and functionality to support everyday living.
Furniture Design
Furniture includes the physical elements that support everyday activities within interior spaces.
These can include both built-in furniture such as kitchen cabinets, wardrobes, and shelving systems, as well as movable furniture like tables, chairs, beds, and sofas.
Sustainable design focuses on creating buildings that minimize environmental impact while maximizing long-term performance and resource efficiency.
It considers environmental protection, human health, and social development as integral parts of the design process.
Key principles include
Energy efficiency
Reducing energy consumption through thermal insulation, optimized daylighting, and renewable energy systems such as solar or wind power.
Environmentally responsible materials
Using recycled materials, natural materials, or materials that can be reused.
Efficient water management
Incorporating rainwater collection systems, water-saving fixtures, and effective drainage strategies.
Waste reduction
Designing construction processes and building systems that minimize waste and encourage recycling.
Healthy living environments
Improving indoor air quality, avoiding toxic materials, and creating comfortable living conditions.
Energy simulation uses digital tools and software to analyze and predict a building’s energy consumption, performance, and behavior under real operating conditions.
Objectives
1. Optimize design solutions
2. Predict operational energy costs
3. Improve building performance
4. Evaluate environmental impact including CO₂ emissions
Building Information Modeling (BIM) consulting helps organizations and project teams adopt and implement BIM technology in construction projects.
Technical documentation development is the process of transforming conceptual or schematic designs into detailed technical drawings and documentation used for construction.
This step ensures that design ideas are implemented accurately, safely, and in compliance with technical and regulatory requirements.
Researching history and geography in architecture helps understand how natural, cultural, and historical contexts shape architectural forms and spatial organization.
Studying culture and human behavior allows architecture to reflect social values, lifestyles, and traditions, ensuring that buildings truly serve the people who use them.
Research in construction engineering focuses on improving construction methods, materials, and technologies to enhance efficiency, safety, quality, and sustainability.
Construction & Renovation
Interior Installation
Interior finishing and installation of furniture systems.
Renovation, upgrading, and repair of existing buildings.
“Regardless of how the architecture of the future will appear, it must be oriented toward physical and mental accommodation. Whatever happens and whatever we do, it matters as long as it is about improvement of conditions and human dignity.”
Goal:
Find the common ground between client expectations and LAB84’s design approach.
Local climate characteristics
Location context
Cultural environment
We also work closely with the client to analyze requirements and calculate fundamental project parameters.
Goal:
Gain a comprehensive understanding of both the project context and client needs to find the best design strategy
Providing detailed consultation and transforming ideas into clear design solutions.
This stage includes:
Physical simulations
3D modeling
Technical drawings
Engineering specifications
Goal:
Develop and finalize the most appropriate design solution aligned with the client’s expectations and project requirements
Monitoring and supervising construction to ensure the project is built according to the approved design.
Goal:
Ensure the final construction closely matches the design intent while supporting the client in resolving on-site issues during construction.