Qinhuangdao Bohai Technical School Teaching Complex Project（150 units）

Project Overview

Located in Qinhuangdao, Hebei Province, this project was developed as a key educational infrastructure facility for China University of Geosciences. Launched in August 2019, the project aims to deliver a modern, standardized teaching complex integrating classrooms and library spaces. By adopting modular building solutions, the project ensures high-quality delivery while significantly improving construction efficiency and environmental performance.

Location

Qinhuangdao City, Hebei Province, China

Scope

Project Scale: 150 modular container building units

Functional Layout: Teaching building, library, corridors, and stair systems

Building Type: Educational public facility 

Solution

To meet the strict requirements of educational facilities in terms of safety, environmental protection, and comfort, we delivered a customized modular building solution:

• Architectural Design: A clean white-grey color scheme combined with brick-red pitched roofs, creating a classic and academic campus aesthetic

• Structural System: High-strength steel structure ensuring durability and long-term stability

• Window System: Equipped with 70-series thermal break aluminum floor-to-ceiling windows for superior insulation, soundproofing, and safety

• Space Planning: Corridors and staircases designed in full compliance with school construction standards for high-traffic use

• Environmental Control: Indoor air quality strictly maintained with formaldehyde ≤0.1 mg/m³, meeting national indoor air quality standards 

Highlights

• Tailor-made design for educational applications

• Modular construction significantly reduces project timeline

• High-standard environmental control ensures healthy indoor space

• Energy-efficient thermal break window system

• Aesthetic design aligned with campus architecture

• Highly replicable solution for large-scale school developments 

Client Value

Through this project, we enabled the client to complete high-standard educational facilities within a tight schedule, achieving an optimal balance of quality, efficiency, and cost:

• Accelerated construction timeline for faster project commissioning

• Reduced overall construction costs and improved ROI

• Delivered a safe, eco-friendly, and comfortable learning environment

• Enhanced campus image and educational quality

• Provided a scalable solution for future similar developments