Policy Background
During 2018-2020, China issued a number of policies to promote the construction of digital campuses. It stipulates the overall framework for smart campus construction, improves the national digital education resource public service system, and launches the construction of a national online learning platform for primary and secondary students.
Problems of Current Digital Campus
1. Decentralize Construction
2. Single Form and Simple Function
The business system websites of various schools are in a mess. Each system works independently and is built decentrally.
The school website is still at the stage of providing school introduction, etc., and is insufficient in classroom services, personalized needs, and interactive communication.
3. Technical Barriers and Maintenance Difficulties
4. Lack of Integration
Focusing on the construction of a single business system without considering long-term technical improvements and expanded applications, the maintainability and scalability of data are poor.
Various school systems are scattered and independent. Users need to log in to each system separately to view data and information.
Our Solution
We use digital twins as the concept to build a campus operation blueprint, integrate various school resource information across departments, and realize a visible, manageable, and controllable operating model such as campus holographic visualization, comprehensive dispatch, and emergency command.
With data, models, applications, and services as the core, the digital twin model as the carrier, and the three-dimensional visualization large screen as the display interface, all elements of the campus, such as buildings, environment, equipment, and personnel, are truly reproduced and Real-time monitoring breaks down information silos, taps the public value of data, realizes the sharing and effective use of data resources, and creates an efficient, intelligent, and convenient campus environment.
The platform has a variety of comprehensive management functions such as video monitoring, operation and maintenance monitoring, environmental testing monitoring, energy consumption monitoring, network status monitoring, operation management, and public display. Operators can use it to conduct unified management and operation of campus security, environment, teaching, facilities, networks, etc., create an intelligent, efficient, safe, and energy-saving operating model, and realize a new generation of three-dimensional visualization.
Smart campus intelligent operation platform. Provide suggestions for campus operation and maintenance management to improve operational effectiveness, and provide managers with real-time monitoring and effective decision-making to enhance security prevention capabilities.
Data Dashboard Introduction
1. Open Campus
2. Innovation Campus
3. Safe Campus
4. Green Campus
Including statistical information on the number of people entering the school, security personnel on duty, operation status of equipments, etc.
Contains 3D models that can be interactively clicked, monitor and display real-time equipment status in layers and partitions.
Including surveillance videos, perimeter patrols, regional inspections, and synchronized personnel information.
Achieve viewing of energy consumption such as electricity, water, air conditioning, lighting, etc.
5. Humanities Campus
6. Convenient Campus
7. Friendly Campus
8. Science and Technology Campus
Introducing the school’s founding background, school motto and other humanistic information.
Effective management of park personnel and parking lots is achieved through facial recognition and license plate recognition technologies.
Publish campus updates in real time, such as honor roles, notifications, news, etc.
10 Gigabit mainframe and Gigabit all-optical network are introduced into classrooms to troubleshoot network connection failures and conduct real-time status monitoring of IoT devices.
Login Account Permission Assignment
Principal/Administrator
Faculty
Students/Parents
Visitors
With the highest authority, can view all the background data of each subsystem.
All data can be viewed, but the background data of each subsystem cannot be viewed.
Some data contents are not visible, and the background data of each subsystem cannot be viewed.
Data related to the privacy of school personnel is not visible, and the background of each subsystem cannot be viewed.
Future Development
1. Add Education and Teaching Equipment Data
Adding education and teaching equipment data can better meet educational needs, improve teaching levels, reduce the labor intensity of teachers and students, and thereby improve teaching and learning efficiency.
2. Principal Cockpit
With the highest management authority of the campus management platform, you can view and monitor all aspects of the school, have a more comprehensive understanding of teachers and students, and handle relevant emergencies in a timely manner.
3. Student Portraits
Access to education and teaching data can provide students with portraits, help students judge their strengths and weaknesses, and analyze and choose appropriate majors and employment directions.
4. Teacher Portraits
Education and teaching data can also help teachers understand the strengths and weaknesses of their own teaching and become more complete T-shaped teacher talents in the future.
Internet of Everything, Combination of Virtual and Real, Global Perception
Digital Campus
★ Twin Campus
Ecological Campus
Smart Campus