Smart cities, sustainable infrastructure, digital built environment

Research

SCSDA research themes include BIM, digital twins, reality capture, smart infrastructure, MEMS sensing, AIoT, sustainable construction, and data-driven urban systems.

Research Themes

Applied research for digital, sustainable, and intelligent built environments.

The Academy's research areas connect engineering science, digital delivery, sensing technologies, sustainability, and urban-system applications.

BIM, Digital Twins and Reality Capture

Building information modelling, bridge and building digital twins, point-cloud processing, laser scanning, and model-based engineering assurance.

Applied to bridge engineering, building delivery, prefabrication, curtain-wall assessment, and digital construction workflows.

Smart Infrastructure and Structural Health Monitoring

Data-driven monitoring, sensing, lifecycle performance evaluation, and infrastructure resilience for bridges, buildings, and complex structures.

Connects field data, structural modelling, inspection technologies, and digital asset-management methods.

MEMS Sensing and AIoT for Built Environments

Micro-electromechanical sensing, sensing modules, AIoT integration, and field-oriented sensor validation for infrastructure and urban systems.

Links advanced sensing technologies with built-environment monitoring, reliability testing, and smart infrastructure applications.

Sustainable Construction and Circular Materials

Sustainable urban systems, recycled construction materials, green construction methods, and applied research for lower-impact built environments.

Supports resource-efficient construction, sustainable materials, and knowledge exchange with industry partners.

AI and Data-driven Urban Systems

Urban analytics, data platforms, model-based decision support for engineering workflows, and responsible AI for built assets.

Uses non-confidential research summaries for public communication; sensitive deployment contexts are excluded.

Research Method

From models and sensors to engineering validation.

SCSDA's work is organised around applied research questions: how digital models, field data, sensing systems, and engineering analytics can improve the design, construction, monitoring, and operation of built assets.

Public research communication focuses on methods, demonstrators, project summaries, and education-oriented outputs. Sensitive, confidential, or security-adjacent deployment details are excluded from this English website.

Digital construction and assembly analysis visual
Public project visual on construction assembly and engineering analysis.

Centres and Laboratories

Interdisciplinary structure across sensing, infrastructure, and sustainable urban systems.

The 2019-2023 implementation report recorded the following research centres and laboratories as part of the Academy's platform-construction structure.

Smart MEMS Sensing Research Centre
BIM and Digital Twin Research Centre
Construction Waste Resource Utilisation Research Centre
Silicon Photonics Sensing Civil Engineering Laboratory
Smart Infrastructure and Equipment Research Centre
Sustainable Green Urban Recycled Materials Research Centre
New Motor Drive Systems and Intelligent Equipment Research Centre
Microsystems Innovation Centre
Intelligent Testing and Monitoring Systems R&D Centre
Chongqing University Micro-Nano Devices and Systems Joint Laboratory
Sensor Environmental Reliability Laboratory
Intelligent Rail Transit Systems and Equipment R&D Centre