Fiber Concrete / UHPC

The new Library + Learning Connection (LLC) at Chabot College is a 100,000 square foot, $91 million flagship project designed by Group 4 Architecture (Architect of Record) in collaboration with HMC Architects (Co-Design Architect). Located at the heart of the campus’s Grand Court, the LLC was envisioned as a hub of inclusion and innovation, created through an intensive planning process that engaged students, faculty, and campus leaders.

ECO Cladding’s concealed subframing system supports 12,000 square feet of TAKTL ultra-high performance concrete (UHPC) panels, seamlessly integrated into the building’s contemporary design. The architecture reflects the campus’s mid-century forms while introducing outdoor learning areas and reimagined library spaces that respond to the needs of non-traditional and multicultural student populations.

Opened for the Fall 2024 semester, the LLC is already reshaping student life as a vibrant center for collaboration, equity, and academic support.

Read more from the architect here.

The new Library Learning Commons at Chaffey College’s Rancho Cucamonga campus, designed by DLR Group in collaboration with Swinerton Builders, is a bold step forward in the college’s long-standing mission to transform lives through education.

Serving as a new campus cornerstone, the facility provides expanded access to vital resources, technology, and academic support services.

The striking exterior features ultra-high performance concrete (UHPC) panels by TAKTL, supported by ECO Cladding’s engineered subframing system. This architectural centerpiece blends modern design with functionality to serve Chaffey’s diverse and dynamic student body. The Library Learning Commons stands as a symbol of the college’s commitment to student success and inclusive access to education.

Read more from the architect here.

Becker Morgan Group, in collaboration with Perkins+Will Architects, provided full architectural and engineering services for the new Dover Middle School Campus – School of Excellence and School of Innovation. Designed through an inclusive process with input from staff, students, and the community, the project supports two interconnected schools of 800 students each, sharing central facilities like a gymnasium, auditorium, cafeteria, and mechanical plant.

The modern campus is built on the former Dover High School site and includes comprehensive site work, athletic fields, and improved traffic and stormwater systems.

ECO Cladding’s engineered subframing system supports a combination of metal panels and UHPC panels, contributing to the high-performance and visually dynamic façade.

The Berrie Expansion at Columbia University Irving Medical Center is a groundbreaking 9-story addition designed to be the first Net Zero-capable laboratory building in New York City.

Developed for the Vagelos College of Physicians and Surgeons, the facility includes state-of-the-art wet and dry labs, a vivarium, and a community health forum, supporting Columbia’s 2030 Sustainability Goals. The expansion enhances research capacity while seamlessly integrating with the existing structure, prioritizing both functionality and community engagement. ECO Cladding provided the panel attachment system for TAKTL UHPC in a high-performance rainscreen application, delivering durability and thermal efficiency to this forward-thinking project.

Read more from the architect here.

In response to the critical shortage of healthcare professionals in Southern Nevada, the College of Southern Nevada (CSN) and Nevada State College (NSC) collaborated to develop a joint-use facility on CSN’s Henderson Campus. With support and funding from the Nevada State Public Works Division, the team selected SH Architecture and KNIT to design the new Betty Engelstad School of Health & Sciences. The state-of-the-art building brings together advanced learning environments for both institutions.

ECO Cladding systems were used to support fiber cement and UHPC panels, contributing to a high-performance rainscreen façade.

Designed by HNTB – Kansas City + bnim, the Lift DSM project is a transformative, multi-phase expansion of the Des Moines International Airport terminal. Phase 1A introduces a state-of-the-art facility aimed at improving passenger convenience, increasing capacity, and supporting long-term regional growth.

ECO Cladding provided engineering and attachment solutions for TAKTL UHPC panels, enabling a durable and high-performance rainscreen façade. This modern gateway reaffirms DSM’s role in connecting Iowa to national and global destinations.

Read more from the architect here.

The Lehman College Nursing Education, Research, and Practice Center, designed by Urbahn Architects, is a cutting-edge facility built to address the growing nursing shortage in the Bronx and surrounding communities. Completed in 2024, the four-story building features advanced simulation labs, modern classrooms, and dedicated research spaces that foster immersive, hands-on learning. The center is focused on preparing nurses to serve underserved populations with skill and compassion.

ECO Cladding’s attachment system was utilized to support Envel fiber concrete panels in a durable and efficient rainscreen application, enhancing both performance and aesthetics.

Read more from the architect here.

Designed by HMFH Architects, the new Maria Weston Chapman Middle School features over 44,000 square feet of rainscreen applications using ACM and UHPC panels.

ECO Cladding’s Sigma subframing system—featuring state-of-the-art thermally broken and stainless steel brackets—played a critical role in the project’s success by delivering industry-leading performance, thermal efficiency, and design flexibility.

Designed by BNIM Architecture, the renovation and expansion of Blunt Hall (formerly Temple Hall) at Missouri State University supports the school’s growing science programs with updated labs, classrooms, and collaborative spaces. BNIM worked closely with MSU to reinterpret the architectural cues of the existing building in a contemporary way.

ECO Cladding provided subframing systems to support both UHPC and metal plate panels, delivering a robust, thermally efficient rainscreen solution that complements the building’s modern academic mission and high-performance envelope goals.

Read more from the architect here.

Designed by internationally renowned firm Samoo Architects & Engineers, the New York Korean Center is a striking cultural and educational hub in the heart of Manhattan. Known for blending modern architectural expression with cultural identity, Samoo—headquartered in Seoul and part of the Samsung C&T family—brings global design expertise to this complex and visually compelling project.

ECO Cladding provided the engineered subframing system to support Rieder Fibre-C UHPC panels, delivering precise alignment, thermal efficiency, and durability essential for the project’s intricate rainscreen design. The result is a high-performance façade that matches the sophistication and ambition of this landmark development.

Read more from the architect here.