Center for Maximum Potential Building Systems
Nicolette Beguerisse is currently a Project Intern at the Center for Maximum Potential Building Systems, focusing on sustainable design and construction analysis. Previous experience includes roles as an Intramural Sports Official at UT RecSports, where Nicolette officiated games and promoted good sportsmanship, and as a Hostess Server at Love Supreme, facilitating guest experiences and managing orders. As a Systems Integration Engineer at the Texas Rocket Engineering Lab, Nicolette coordinated integration timelines and prepared operational plans for rocket systems. Additional internships include an Architectural Intern position at Arqui-Lop, where Nicolette ensured compliance with natural disaster regulations, and a role at VLK Architects, collaborating with design professionals and gaining proficiency in Revit and AutoCAD. Nicolette holds a degree from The University of Texas at Austin School of Architecture, supplemented by formative experiences at Tulane University and Energy Institute High School.
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Center for Maximum Potential Building Systems
Mission: The Center creates healthy and sustainable communities through the design and testing of innovative programs that integrate air, water, food, energy, and material systems. Through the creation of Protocols, Policies, and Prototypes, The Center inspires ecologically balanced environments, stewards natural resources, and elevates community resilience and economic vitality. Background: The Center for Maximum Potential Building Systems, established in 1975, is a non-profit education, research, and demonstration organization specializing in life cycle planning and design. We undertake projects based on their potential contribution to site, regional and global sustainability and human health, and actively pursue collaborations with associate organizations, businesses and professional firms. Projects emphasize regional contexts as bases for responsible resource use relative to materials, energy, water, waste, food, and meaningful employment. Our expertise is accessible through green planning and design services, conference presentations, public lectures, and published papers.