b'22 23PARAMETRIC DESIGNAdvances in design technology have allowed for the design of buildings that have become much more complex.Schedules are more restrictive, requiring engineers to respond to these challenges in new ways to achieve the desired building while maintaining the various project and budgetary constraints.Stephenson has developed unique processes which enhance the traditional design approaches allowing for more creativity, faster building system exploration, and true optimization of challenging engineering systems.Using software such as Rhino 3D and Grasshopper, a para- needs allows us to provide unique solutions which deliver the metric tool, Stephenson has developed unique tools for thedesired vision of the design, and a maximum ROI for our client.efficient study of engineering solutions to complex architec-tural forms in real time to ensure the architectural intent is always achieved.The results of the applications of these processes have proven to provide exciting designs and opportunities not possible with traditional methods. These innovative developments have been used for many unique applications. Multiple high rise structural systems are tested and optimized regardless of geometric complexity or material early in the concept phase, allowing the design team to move forward with confidence of a sound and efficient design. Powerful optimization algo-rithms for complex long span structures analyze thousands of permutations of possible structural systems to converge on a truly optimized and efficient system.Most importantly, Stephenson strives to recognize the cre-ative and budgetary ambitions of every project.Through our integrated design process, our understanding of the clients STEPHENSON ENGINEERINGPARAMETRIC DESIGN 03'