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Generative design

Generative design focuses on aesthetics and performance to create quality Rachel Waite, Business Development Manager, FenestraPro discusses the importance of performance led generative design for AEC… Architecture is about providing a sense of place, a comfortable setting to live, work or play. It’s also about how a building fits into its context, how the elevation and shape relate. Building performance is also an important consideration – how do you achieve an architectural solution by adding additional criteria such as controlling heat losses and heat gains, while also maximising natural daylight? “Modelling and simulation are an important way to evaluate facade performance. Effective design tools should evaluate accurately, but more importantly should speed up and simplify the design process, so that it becomes affordable for the design firm and easier for designers of all technical abilities to carry it out. Tools that provide rapid generation of design alternatives become the key to this comprehensive, affordable design approach.” Adam Simmons – Regional BIM Manager, Gensler, Washington DC. 10 BIM brings new opportunities to design Advances in Building Information Modelling (BIM) present massive opportunities for performance considerations to be married to the aesthetic. The emergence of computational design in manufacturing has shown a way that design options can be presented and refined based on set goals. FenestraPro is taking this approach into the AEC industry and providing a solution focused on performance led generative design, which uses selected performance goals to explore permutations of the design solution to find the best option to meet the aesthetic requirement. ong>Imagineong> automatically generating different design outcomes based on performance requirements while having instantaneous feedback from different perspectives, including the aesthetic, to produce the most optimised design solution available. In simple terms, the concept of generative design is like finding directions in Google Maps – it allows you to choose from different “routes” to your final (design) destination without compromising on where your planned arrival is, or how to get there. FenestraPro FenestraPro utilises this concept by allowing the user to explore different options on how to get to the desired place they want to get to from a design standpoint, while optimising façade design. In both the conceptual design environment and the project environment, FenestraPro dynamically proposes design alternatives based on user defined energy requirements. It is a unique application that operates within Revit as a modeless add-in, reading directly from the model and generating the design solution on the model. Optimal design solutions including glazing arrangements and shading design are created and written back to the model dynamically and intuitively. Further development will see the introduction of more sophisticated shading devices, as well as introducing defined alternatives for glazing and shading to meet pre-defined performance criteria in the project environment. The concept of generative design is changing the world of design by saving time through the generation of multiple ideas, along with performance-based options, boosting creativity by exploring additional design options, and preventing expensive changes thereby saving time and cost. FenestraPro is leading the way in performance led generative design for AEC and enabling the designer to create better performing buildings to meet the aesthetic intent. Rachel Waite Business Development Manager FenestraPro Tel: +353 (0)1 661 9609 rwaite@fenestrapro.com www.fenestrapro.com www.twitter.com/fenestrapro

Façade Performance Software for Architects for Autodesk Revit VERSION 3.0 Design Better Performing Buildings FenestraPro Premium for Revit will drive facade design according to the required performances (Heat Gains, Daylighting & Thermal Performance) to give the designer multiple options to achieve those goals. As the designer sets further parameters, FenestraPro will iterate further options. Example below shows Heat Gains: LEADING THE WAY IN PERFORMANCE BASED GENERATIVE DESIGN FOR THE AEC INDUSTRY 30 W/m 2 OPTION 1 - Heat Gains 20 W/m2 OPTION 2 - Heat Gains 20 W/m2 OPTION 3 - Heat Gains 20 W/m2 OPTION 5 - Heat Gains 20 W/m2 OPTION 6 - Heat Gains 20 W/m2 OPTION 7 - Heat Gains 20 W/m2 20 W/m 2 Required Heat Gains 10 W/m 2 Set Performance Goal (eg Heat Gains/Daylighting) FenestraPro will apply appropriate % Glazing to Model OPTION 4 - Heat Gains 20 W/m2 Set Geometric Parameters (Openings, Height etc) FenestraPro will apply appropriate % Glazing to Model OPTION 8 - Heat Gains 20 W/m2 Set Glazing Specification/Shading etc FenestraPro will apply appropriate % Glazing to Model www.fenestrapro.com

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