TIDE Academy | LPA

Overview of TIDE Academy- LPA’s design for a three-story public high school in Menlo Park, California, near Meta’s (Facebook) headquarters, is centered on facilitating innovative teaching methods for STEAM (science, engineering, art, and mathematics). Situated on a two-acre site in a dynamically evolving industrial zone, the campus encourages student autonomy, critical thinking, and inquiry-based learning, emphasizing the interdisciplinary approach required for STEAM curricula.

TIDE Academy

© Jason O’Rear Photography

TIDE Academy’s Design Concept

The TIDE Academy campus, representing technology, innovation, design, and engineering, is shaped like a protective three-story “U” surrounding a terraced central courtyard united by a prominent staircase. This design seamlessly integrates the campus with the surrounding neighborhood, showcasing education to the community. TIDE Academy has been strategically designed to foster partnerships with local high-tech companies and establish direct connections with nearby universities.

TIDE Academy

© Jason O’Rear Photography

The TIDE Academy curriculum is dedicated to equipping students for future careers, emphasizing project-based learning, various collaboration methods, and team teaching. Classrooms and labs have been expanded to 1,150 square feet, each featuring direct access to collaborative and outdoor areas. Additionally, “think tanks” and huddle spaces accompany each learning studio, providing students with flexible choices for work settings. The design incorporates operable walls, writing surfaces, and diverse collaboration spaces to accommodate three distinct learning styles: collaboration, contemplation, and concentration.

TIDE Academy

© Jason O’Rear Photography

Every floor features a versatile “learning studio” equipped with classroom and collaborative spaces that can be adapted according to project requirements. Specialized labs are dedicated to various subjects such as science, coding, design, arts, and physics. These spaces are designed with flexible technology, tools, and storage areas that can be reconfigured to accommodate varying levels of work.

TIDE Academy

© Jason O’Rear Photography

At each level, learning spaces seamlessly extend into outdoor environments, facilitated by garage-style roll-up doors. The integration of indoor and outdoor areas is intentional, fostering collaboration and discipline-specific brainstorming or experiments. The campus promotes healthy activity and student engagement, with most circulation occurring outdoors on the terraced structure. Shaded decks offer collaborative and social spaces for students.

TIDE Academy

© Jason O’Rear Photography

The campus prioritizes environmental sensitivity and sustainability in its design. Students are encouraged to utilize alternative transportation methods, as there is no student parking for cars. Passive design strategies have significantly reduced energy use by 67 percent from the industry baseline. All regularly occupied spaces on the campus provide access to daylight and views. Large sections of glass are surrounded by a mesh scrim, effectively filtering direct sunlight and minimizing heat gain in the TIDE Academy.

TIDE Academy

© Jason O’Rear Photography

Project Info: 
Architects: LPA
Year: 2019
Photographs: Jason O’Rear Photography
Manufacturers: AutoDesk, Dri-Design, 3form, Arcadia Custom, ICI Scientific, PPG, Solatube
Structural Engineer Team: LPA
Landscape Architecture: LPA
Civil Engineering: LPA
MEP Engineering: LPA
Consultant Acoustics: CM Salter
Geotechnical Consulting: Corner Stone Earth
Lead Designer: Helen Pierce
Programming: Kate Mraw
Interior Designer: Kate Mraw
Landscape Designer: Kari Kikuta
Principal: Don Pender
Cost Estimation: Cummings Corp
Food Services: Webb Food Service
General Contractor: Arntz Construction
City: Menlo Park
Country: United State

Isabelle Laurent
Isabelle Laurent

Isabelle Laurent is a Built Projects Editor at Arch2O, recognized for her editorial insight and passion for contemporary architecture. She holds a Master’s in Architectural Theory from École Nationale Supérieure d’Architecture de Paris-Belleville. Before joining Arch2O in 2016, she worked in a Paris-based architectural office and taught as a faculty adjunct at the École Spéciale d’Architecture in Paris. Isabelle focuses on curating projects around sustainability, adaptive reuse, and urban resilience. With a background in design and communication, she brings clarity to complex ideas and plays a key role in shaping Arch2O’s editorial

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