INVT iTalent Powers a Smart Campus Transformation for Vocational Education in Inner Mongolia

The vocational education sector is rapidly advancing toward intelligent and digital transformation, with computing infrastructure serving as the core foundation for AI technology deployment.

The widespread adoption of online education platforms, virtual simulation technologies such as VR training, and AI-driven assessment systems has significantly enhanced teaching interactivity and practical effectiveness. At the policy level, initiatives including the Chinese National Implementation Plan for Vocational Education Reform continue to accelerate smart campus construction and educational resource integration. However, regional disparities remain evident, particularly in remote and border areas where limitations in network infrastructure and digital skills among faculty hinder balanced access to educational resources.

Project Challenges and Technical Requirements

Uneven Resource Distribution: Significant disparities in digital infrastructure between urban and rural regions required expanded network coverage and enhanced equipment deployment at the grassroots level.

Insufficient Digital Skills: Limited technical application capabilities among teaching and medical personnel highlighted the urgent need for intelligent teaching and diagnostic tools.

Data Integration Barriers: Inefficient cross-regional collaboration created strong demand for cloud computing and big data technologies to enable unified data sharing and system interoperability.

INVT Full-Stack Energy-Efficient Smart Campus Solution

1. One set of 90 kVA modular UPS system (RM090/15X), two In-row air conditioning units, and 15-cabinet INVT Micro Data Center modules were deployed at Hohhot Vocational School of Culture and Arts in Inner Mongolia, providing reliable infrastructure support for digital teaching and smart campus upgrading.

2. An integrated UPS power distribution cabinet was implemented, combining main power distribution, IT power distribution, and air-conditioning power distribution into a single unit. This design ensures stable power supply for data center IT equipment while significantly reducing occupied floor space.

3. Variable-frequency, energy-saving In-row air conditioners and high-efficiency modular UPS systems were adopted, supporting national low-carbon operation goals and emission reduction strategies.

Value Delivered by the INVT Solution

Efficient Resource Allocation:By integrating data from academic administration, practical training, and career services, the solution eliminates information silos and enables cross-department collaborative management. A regional-level data center supports resource sharing across multiple institutions, potentially saving individual schools millions in annual operation and maintenance costs.

Enhanced Industry–Education Integration:Data-driven collaboration between vocational institutions and enterprises ensures talent cultivation aligns closely with real industry needs and job standards, improving graduate employability.

Personalized Student Development:Through comprehensive analysis of academic performance, practical training data, and career aptitude, the system builds digital student profiles, generates individualized evaluation reports, and dynamically adjusts learning pathways. Real-time analysis of teaching behavior during practical sessions enables instructors to deliver targeted guidance, significantly improving hands-on skills training efficiency.