Performative Architecture and Design
Architecture is a human technique to create space needed by ourselves. It is a major part of systems contributing to human sustenance. As the world system needs much more than the least amount of goods for human living, architecture aims at more than a human shelter as well. Ironically, as the number of humans possessing over minimum grows dramatically, resources are running out fast. In this era, architecture should meet two opposite concepts. That means architecture has to provide more than minimum with resources less than the minimum. It can be only achieved by harmonious collaboration between "Architecture as Art" and "Architecture as Technology." Sustainable architecture is not to lose what we have but even get more with less impact on the Earth.
WHAT WE DO
ARCHITECTURAL DESIGN
Welcome to PA+D, where we offer a comprehensive range of architectural services to bring your visions to life. With our team of skilled architects and designers, we are committed to delivering exceptional design solutions tailored to your unique requirements. Whether you're planning a residential, commercial, or public project, our services encompass every stage of the architectural process, ensuring a seamless and successful outcome.
BUILDING PERFORMANCE ANALYSIS
PA+D also provides Building Performance Analysis to optimize the efficiency, sustainability, and occupant comfort of your project. We understand the importance of designing buildings that not only look impressive but also perform optimally in terms of energy consumption, thermal comfort, daylighting, and indoor air quality. Our expertise in building performance analysis allows us to make informed design decisions that enhance the overall performance of your building.
COMPUTATIONAL DESIGN RESEARCH
As a forward-thinking Architect's Office, we embrace cutting-edge technologies and methodologies to enhance our design process. Our Computational Design Research service combines the power of computation, algorithmic thinking, and data-driven analysis to push the boundaries of architectural design and innovation. By leveraging computational tools and techniques, we can explore complex design challenges, optimize performance, and create unique and responsive architectural solutions.
