A “design process” includes many steps needed to design and construct a built environment. This includes everything from initial data-mining and schematic design all the way through to construction and post-occupancy evaluation. As built environments become more complex, building performance demands increase, and work schedules compress, project teams need to be more effective and efficient at every stage of this process.
In our endeavour to build equitable, inclusive and resilient communities, collaboration and collective ownership of design is key. Phygital-UP is a co-design environment that supports equitable, inclusive, effective, and dynamic stakeholder engagement in both physical and virtual environments. Phygital-UP offers both the design team and the stakeholders the ability to work together in a synergistic... Read more »
Perkins and Will is at the forefront of innovation and technology in Architecture, and to keep this trajectory we must look forward into market innovations and emerging technologies. This project analyzes a patent-pending shading technology for its ability to increase performance of buildings in multiple locations in comparison to standard shading strategies. This patent-pending technology... Read more »
This paper explores through professional case studies how design solutions produced by expert teams compares to those developed through systematic parametric analysis. While the expert intuition of either single designer or teams helps to rapidly identify relevant aspects of the design problem and produce viable solutions, it has limitation to address multi-criteria design problems with... Read more »
In order to stay innovative, it is crucial that we keep asking ourselves the disruptive questions, which form the basis of great architecture. The more we share knowledge, talk about and discuss architecture on a daily basis, the more likely we are to remain critical, come up with innovative solutions, create social engagement and bring... Read more »
Energy analysis at the early stage of building design is a critical, yet difficult task in performance-based design. The difficulty arises from the complex, iterative, and uncertain nature of building design and the challenges of integration with well-posed energy assessment tools. The purpose of this article is to first review characteristics of performance-based design and... Read more »
This article reports on an ongoing academic and professional collaboration to develop and test computational, performance-based design methods, and to discover and develop design talent skilled in using them. We used the specific experiential, environmental, and economic challenges of mixed-use high-rise Living Building projects in Seattle as a context for exploration. We leveraged Perkins+Will’s Design... Read more »
Parametric analysis is an important method for design exploration in architectural practice. However, architects do not take full advantage of its capabilities because they lack systematic methods for rigorous implementation. Design Space Construction (DSC) is a parametric analysis framework aimed at making multidisciplinary design exploration more methodical. This article discusses three case studies that have... Read more »
This article discusses methods for integrating parametric design methods with building performance analysis procedures, suitable for whole building design. In this research, an ideal framework was developed and tested using existing software applications, including Building Information Modeling (BIM), non-BIM, parametric design and building performance analysis applications. Current software programs that can integrate some form of building performance simulation with... Read more »
City built-form guidelines act as durable constraints on building design decisions. Such guidelines directly impact energy, comfort and other performance conditions. Existing urban design and planning methods only consider a narrow range of potential design scenarios, with rudimentary performance criteria, resulting in suboptimal urban designs. Bibil is a software plugin for the Rhinoceros3D/Grasshopper3D CAD modeler... Read more »
As computational design space exploration methods become more common, designers need increasingly faster ways to accurately explore increasing vaster design spaces. Surrogate models, often constructed with Neural Networks (NN) are statistical approximations of domains that can return accurate enough answers at a fraction of the time needed to run simulation models. However, existing neural network... Read more »
FINAL_Latrobe Report_2017_opt Led by the Arid Lands Institute (ALI), the Drylands Resilience Initiative [DRI] brings together collaborators from design, science, and policy to envision and realize an abundant future in drylands. Our goal is to accelerate planning, design, and development that results in local, low-carbon water reserves in dry cities in the US West and around the world. With the support of the AIA College of Fellows 2015-2017 Latrobe Research Prize, DRI collaborators honed and tested Hazel, a powerful new digital design tool for optimizing the capture and reuse of stormwater.
