Matthew Aguilar
About Matthew Aguilar
Matthew Aguilar is an Associate at Gensler, where he has worked for 14 years, specializing in three-dimensional design for various projects. He holds a Bachelor of Architecture from The University of Texas at Austin and is actively involved in thought leadership in transportation and infrastructure design.
Work at Gensler
Matthew Aguilar has been an Associate at Gensler since 2010, contributing to the firm's projects for 14 years. Based in San Francisco, California, he has played a significant role in various initiatives, leveraging his expertise in three-dimensional design. His work encompasses both domestic and international projects, showcasing his ability to adapt to diverse design challenges.
Education and Expertise
Matthew Aguilar studied at The University of Texas at Austin, where he earned a Bachelor of Architecture degree from 2005 to 2010. His educational background has equipped him with a solid foundation in architectural principles. He possesses extensive experience in three-dimensional design and has a strong focus on conceptual design through to construction administration.
Background
Matthew Aguilar completed his secondary education at Bellaire High School. His early education laid the groundwork for his pursuit of architecture, leading him to The University of Texas at Austin. His career at Gensler reflects a commitment to the field of architecture, particularly in transportation and infrastructure design.
Thought Leadership in Design
Matthew Aguilar actively participates in thought leadership within transportation and infrastructure design. His involvement in these areas highlights his dedication to advancing industry practices and contributing to discussions that shape the future of architectural design.
Project Focus
Matthew Aguilar has a strong focus on guiding projects from conceptual design through to construction administration. His role at Gensler involves overseeing prominent projects, ensuring that design intentions are realized throughout the construction process.