Red-toned terracotta connects courtyards, teaching buildings and screened facade fields across the Guangzhou International Campus of South China University of Technology (SCUT).
This source-bounded case study preserves the five original campus photographs and separates the official Phase I programme from LOPO’s 2020 supplier record. It corrects the legacy title’s “Combind” spelling without changing the established URL.
Project record at a glance
| Official name | Guangzhou International Campus of South China University of Technology (SCUT) |
|---|---|
| Location | 777 Xingye Avenue East, Panyu District, Guangzhou, China, as listed by SCUT. LOPO’s 2020 archive gives the broader location as Nancun Town, Panyu District. |
| Phase shown by the archive | The photographs were published in a 2020 supplier article after Phase I handover and before later campus completion. No caption identifies a building number or formally assigns each view to a construction package; treat them as Phase-I-era campus records. |
| Official Phase I scale | About 330,000 m² planned land area, about 500,000 m² building area and 28 standalone buildings, according to SCUT’s Phase I award record. These are development metrics, not terracotta quantities. |
| Phase I dates | SCUT records construction from 16 August 2018 to handover on 20 August 2019. The WordPress post date, 15 September 2020, is a publication date—not completion. |
| Design attribution | LOPO’s 2 September 2020 archive names Ni Yang as leading architect and the Institute of Architectural Design, South China University of Technology, as architect. This supplier-page credit should be checked against the controlling project consultant record before contractual reuse. |
| LOPO record | LOPO’s own archive says it provided nearly 80,000 m² of thin/facing brick, terracotta panels and baguettes. No checked independent source confirms that aggregate, its measurement basis, phase allocation or installed quantity; no design, engineering, contracting or installation role is claimed here. |
| Models and dimensions | No item number, face size, thickness, unit count or product-by-product area appears in the checked WordPress or supplier archive. Retrieve approved schedules, submittals, purchase records and as-built documents rather than scaling the photographs. |
Phase and area figures must stay separate
The old page used an undefined campus-area figure without identifying a phase. SCUT now provides a clearer Phase I record of about 500,000 m² of building area, while later Phase II works have their own programme and area. Combining those values—or using a whole-campus planned total—would obscure what the 2020 photographs document.
The supplier archive’s nearly 80,000 m² is a different kind of number: an aggregate terracotta-cladding supply claim. It is not campus floor area, total curtain-wall area or evidence that every visible red surface is a LOPO product. It also does not say how much was thin brick, facing/full brick, panel or baguette. Any commercial or maintenance use requires the original bill of quantities, purchase orders, delivery records and approved elevations.
Terracotta roles recorded by the supplier archive
LOPO’s 2020 article describes several material routes rather than one universal “red brick” facade. The distinctions matter because a bonded or mechanically supported thin unit, a masonry element, a rainscreen panel and a baguette screen have different geometry, support, joints and evidence requirements.
Thin and facing brick
The supplier archive attributes three shades of wire-struck thin brick to the public experimental platform. Current samples, dimensions, batch range, substrate and attachment route must be confirmed; the photographs cannot identify a SKU.
Full brick and openwork
The archive associates full brick and staggered openwork masonry with a data-centre area. That is a historical application note, not an approved bond, span, reinforcement, restraint or impact-safety detail for another project.
Panels and baguettes
The archive describes terracotta rainscreen panels and gridded terracotta elements in front of glazing on teaching/research buildings. Exact element identity, support and responsibility cannot be read from the images.
What can be learned from the facade language
The photographs show a coordinated red-to-earth palette across buildings with different facade densities. Large courtyard elevations use regular vertical bays and horizontal bands; other fields use closer grids or openwork to increase depth and shadow. Pale bridges and dark glazing create visual breaks, so the campus reads as a family rather than a single repeated elevation.
That visual precedent can inform an early palette, grid and mock-up discussion. It cannot verify fire behaviour, structural capacity, water management, thermal or acoustic performance, colour durability, cleaning needs or environmental impact. Those results belong to the exact product and complete wall/screen assembly under the project’s current standards, exposure, substrate, supports and interfaces.
Using the campus as a new-project precedent
- identify each facade zone as thin brick, masonry, rainscreen panel or baguette/screen assembly;
- define physical reference samples, colour/texture range, module, edges, corners, openings and special units;
- record substrate, support concept, joints, movement, drainage and interfaces with glazing and precast work;
- set project-specific structural, falling-object, fire, water, thermal, acoustic and durability requirements;
- match evidence and mock-ups to the actual product, fixing and complete assembly; and
- plan batch control, installation inspection, cleaning access, replacement stock and as-built handover.
Review current options on the Terracotta Rainscreen and Terracotta Baguette pages, and compare other documented applications in the Architectural Terracotta Gallery. Current availability and complete-system suitability must be checked afresh.
Discuss a multi-format terracotta campus facade
Share the project location, elevations, facade-zone schedule, target samples, proposed modules, substrate/support route, performance criteria, quantities, programme, mock-up plan and required evidence. A historical campus image is a design reference, not a transferable specification.