Sr Computation Design Lead
Location: Minneapolis, MN; Milwaukee, WI; Boston, MA; Washington, DC; or San Francisco, CA
About the role
The Sr Computation Design Lead is a visionary leader who drives the advancement of computational design, digital innovation, and data-driven practice across HGA. As a key member of the Digital Practice Group (DPG), this role partners with design, engineering, and technology leaders to integrate cutting-edge computational methodologies into every phase of the design process, elevating design excellence, project performance, and business outcomes. Operating at the intersection of architecture, engineering, and technology, this leader champions the adoption of emerging tools, workflows, and automation strategies that enable more intelligent, efficient, and impactful project delivery. Through expertise in parametric design, algorithmic thinking, digital visualization, and process automation, this leader develops scalable solutions to complex design challenges while fostering a culture of innovation and continuous learning across the firm. As a trusted advisor and influential collaborator, you will build strong partnerships across disciplines, guide digital transformation initiatives, and communicate the value of computational design through compelling visual storytelling and measurable results.
Responsibilities
- Develop and advance computational design strategies that enhance design quality, project performance, and digital delivery across HGA.
- Identify, evaluate, and implement emerging technologies, automation solutions, and data-driven methodologies that support innovation and continuous improvement.
- Establish scalable computational design frameworks, standards, and best practices that promote consistency, efficiency, and design excellence.
- Partner with Digital Practice Group leadership to advance strategic initiatives and strengthen HGA's computational design capabilities.
- Collaborate with project teams to integrate computational design methodologies throughout all phases of the design process.
- Lead the development of parametric models, generative design studies, automation solutions, and performance-driven workflows that address complex design challenges.