Educational Solutions
Industry-education integration and school-enterprise cooperation cultivate new skilled talents for intelligent construction.
- Integration of job training, coursework, competition, and certification
- Dual-teacher collaborative teaching
- Real projects in the classroom
Scheme Composition
Supporting products
The software and hardware work together seamlessly, forming a complete operational loop right out of the box.
- Hardware
UCL360E Series 3D Laser Scanner
The UCL360E series is efficient, intelligent, and easy to use, enabling precise 3D measurement and model reconstruction of architectural spaces.
- Software
VORTEX Space Application Ecosystem
By integrating 3D data modeling, precise measurement, and intelligent analysis, and seamlessly connecting software and hardware, it comprehensively improves the level of intelligent project management and provides strong technical support for industry project management, progress monitoring, and quality control.
Industry pain points
Traditional work methods are being plagued by these problems.
Outdated teaching equipment industry
There is a generational gap between the measurement teaching equipment in colleges and universities and the actual application in enterprises, making it difficult for students to apply what they have learned.
Insufficient practical training scenarios
The classroom is mainly theoretical, and students lack opportunities for hands-on experience with real projects.
Teachers' practical skills need to be improved
Teachers lack experience in front-line industry projects, and the teaching content is outdated.
Insufficient employment competitiveness
Students' skills are mismatched with job requirements, resulting in a long adjustment period after graduation.
Solution Introduction
How can higher education break through its current predicament?
How can higher education break through its current predicament?
Based on self-developed 3D laser scanning equipment and the VORTEX data platform, a complete practical system covering teaching, training, competitions, and project incubation is constructed around "data acquisition—processing—application". Through typical project teaching, dual-teacher collaborative teaching, and industry mentors entering the campus, industry resources are brought into the classroom and real projects are incorporated into the textbooks, comprehensively improving students' practical and innovative abilities and helping colleges and universities build high-level technical and skilled talent training bases.
- Strong resource integration capabilities
- Wide range of applications
- A sound talent training system
- Innovation of Collaborative Education Model
Core Functions
Construction of training center
Three pathways to bring real-world industry scenarios into the campus.
Typical products with teaching
Targeted practical training tasks should be set up based on the school's existing facilities and equipment to ensure that the equipment is truly used for teaching.
Practical teaching
Using real engineering projects as a backdrop, we collaborate with universities to complete industry research projects, cultivating students' practical experience through real-world projects.
Typical Case Teaching
Using the typical digital twin project of Anrui, we will establish a teaching and training system for digital twin projects, and carry out talent training in three steps: "data acquisition - data processing - data application".
Teacher capacity building
Three models forging a sustainable teaching force
Three pathways to bring real-world industry scenarios into the campus.
Dual-teacher collaborative model
Using practical training tasks as a vehicle, industry mentors and college teachers collaborate in teaching, bringing industry experience into the classroom.
Capability Iteration Mode
Establish a talent pool of college and university teachers, and continuously upgrade their technical capabilities through training, certification and project practice.
Leading Goose Training Model
Outstanding students serve as group leaders to drive real-world projects, forming a mentorship system where senior students guide new students.
Solution advantages
Four major advantages that enhance the competitiveness of the solution
Strong resource integration capabilities
By integrating the strengths of enterprises and universities, we can jointly build a high-quality talent cultivation platform.
Wide range of applications
It adapts to the needs of multiple industries, serving both teaching and industry practice.
A sound talent training system
The curriculum, practical training, competitions and project incubation are integrated.
Innovation of Collaborative Education Model
Promote multi-party participation to jointly foster high-quality talent development.
Practical evidence
