20 Oct 2026
What Made Loyola Center Choose a Steel Roof?
What Made Loyola Center Choose a Steel Roof?
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Modern school design must go beyond simply providing classrooms and academic facilities. Educational architecture should also foster connections among users, establish clear campus orientation, and provide formal and informal learning spaces that can evolve alongside students' changing habits.
Loyola Student Center, designed by Aeternite/EDKATELIER at SMA Kolese Loyola in Semarang, was selected as one of the finalists of the Steel Architectural Award 2024. The building demonstrates this approach through its triangular massing, an approximately 12-meter cantilevered roof, and a vertically organized program spanning 888 m².
Designed and constructed between November 2020 and July 2022, the project illustrates how discussions about school roof design considerations should encompass structural systems, climate responsiveness, circulation, and institutional identity.
Similar approaches can also be found in other Steel Architectural Award 2024 finalist projects:
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Jakarta International Stadium uses large structural spans to maintain unobstructed spectator views.
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Indonesia Arena features a flexible main arena that accommodates various events.
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Quantis Club House uses its roof to connect indoor spaces, landscaping, and communal activities.
At the scale of an educational institution, Loyola Student Center applies similar principles through its cantilevered roof, plaza, and open spaces that connect different areas of the campus.
Getting to Know Loyola Student Center
Loyola Student Center was developed to revitalize the school's front area while creating a new center for student activities.
1. Revitalization That Connects the School Campus
Originating from a closed architectural competition in 2018, the project includes the renovation of the foundation office facade, the construction of a student activity center, and the reorganization of historic classroom blocks.
The Student Center transforms an area that previously separated different campus zones into a connecting space that integrates academic activities, the rectory, and the chapel.
2. Translating Educational Philosophy into Architecture
Inspired by the Jesuit educational philosophy of a frontier post, the building was conceived as a symbol of the journey toward the future.
Its east-facing triangular massing not only establishes a distinctive architectural identity but also helps define orientation and circulation throughout the school grounds.
This approach demonstrates how modern school design can integrate meaning, functionality, and spatial experience into a cohesive architectural composition.
Architectural Characteristics of Loyola Student Center
Loyola Student Center functions not only as a student activity hub but also as an architectural element that strengthens connections between buildings across the campus.
Its defining characteristics are reflected in how the design responds to campus circulation, establishes its identity through an iconic roof, and selects materials that complement the surrounding environment.
1. A Building That Connects Campus Activities
Loyola Student Center was designed as a central activity hub that connects various zones within the school environment.
Its presence transforms an area that previously acted as a boundary between spaces into a gathering point for students, teachers, and the wider school community.
An open ground floor and multiple access points facilitate movement between different campus areas while encouraging social interaction beyond the classroom.
2. An Iconic Roof That Defines the Building's Identity
One of Loyola Student Center's most distinctive architectural features is its triangular roof with an approximately 12-meter cantilever, creating the building's recognizable silhouette.
Beyond strengthening its architectural identity, the cantilever provides a shaded entrance area, making the transition between outdoor and indoor spaces more comfortable.
The roof's gentle slope is also designed to support rainwater drainage while maintaining the building's clean and contemporary appearance.
3. Materials and Colors That Blend with the Surroundings
The roof features LYSAGHT® KLIP-LOK® OPTIMA profiles made from COLORBOND® Steel in Mist Green.
This color selection helps the building blend with surrounding trees and landscaped areas while reinforcing the campus's green and welcoming character.
The material also incorporates Thermatech® technology, which helps reduce solar heat absorption on the roof surface, contributing to thermal comfort in the spaces below.
Architectural Features That Support Learning Activities
Beyond its iconic form, Loyola Student Center was designed to accommodate different learning patterns and encourage student interaction.
Each floor, the connections between spaces, and the surrounding outdoor areas are organized to allow academic and social activities to take place alongside one another.
1. Flexible Spatial Planning for Various Activities
The ground floor serves as an open library that is easily accessible from the campus's main circulation routes.
This space accommodates various activities, including reading, independent study, and group discussions.
Meanwhile, the upper floors accommodate more private study areas and a multipurpose hall for presentations, creative activities, and community events.
This functional arrangement creates a clear transition from public spaces to areas designed for more focused activities.
2. Connecting Indoor and Outdoor Spaces
Loyola Student Center's open architectural character is also expressed through its glass facade, which visually connects indoor activities with the surrounding campus.
This transparency makes the library and communal spaces feel more inclusive, while the surrounding plaza and amphitheater extend the building's function as an informal learning environment.
These outdoor spaces encourage interaction, discussion, and community activities, allowing learning experiences to extend beyond conventional classrooms.
Create Modern School Designs with the Right Materials
Material selection should respond to building geometry, climatic conditions, installation methods, and institutional character.
Loyola Student Center uses LYSAGHT® KLIP-LOK® OPTIMA roofing profiles made from COLORBOND® Steel in Mist Green.
This color selection helps the building harmonize with surrounding vegetation and landscaped spaces while reinforcing the campus's natural character.
The material is also supported by Thermatech® technology, which helps reduce solar heat absorption on the roof surface, contributing to thermal comfort within the spaces below.
COLORBOND® Steel has been developed by BlueScope for 60 years for roofing and facade applications.
At Loyola Student Center, Mist Green helps visually integrate the iconic roof with the surrounding vegetation, while LYSAGHT® KLIP-LOK® OPTIMA supports the gently sloping roof surface and cantilevered form.
Architects can explore product options for infrastructure and educational facilities based on roofing profiles, protective coatings, colors, project environments, and maintenance requirements.
Various infrastructure project references also demonstrate how modern school design and institutional architecture can incorporate roofing systems as structural elements, orientation markers, and defining features of communal spaces.
The suitability of roofing systems for specific slopes, spans, drainage requirements, and architectural expressions can be further explored through technical project consultations.
Frequently Asked Questions (FAQ) About Loyola Student Center
The following questions summarize the most relevant architectural considerations for educational facility planning.
1. What is the main design concept behind Loyola Student Center?
The main concept is to transform the former library, which separated different campus zones, into a student activity center connecting classrooms, the rectory, chapel, plaza, and social spaces.
2. Why does the building have a triangular form?
The triangular massing translates the metaphor of a vehicle moving toward aspirations and future goals.
Its pointed end faces the school's anthem monument while establishing a clear visual orientation within the campus.
3. What is the purpose of the 12-meter cantilever?
The cantilever defines the building's architectural identity, provides shade for the area beneath it, emphasizes the entrance, and reinforces the building's directional movement toward the east.
4. Why are the building's functions arranged vertically?
The vertical arrangement creates a gradual transition between different activities.
The open library occupies the ground floor, more private study spaces are located on the second floor, and the multipurpose hall is positioned on the upper level.
5. What role does the plaza play within the school environment?
The plaza serves as a transitional space, an informal gathering area, a venue for student activities, and a connection between the new building and other campus zones.
Article Sources
1. Steel Architectural Award
- Steel Architectural Award 2024
2. References to Steel Architectural Award 2024 Finalists from the COLORBOND® Website
3. Related Articles from the COLORBOND® Steel Website
