Industry-Education-Research
Full-chain Industry-Education-Research-Competition-Application cooperation
Built on embodied robot hardware, combining self-developed curricula, motion tools, competition support, and industrial resources to build differentiated academic strengths.
COOPERATION MODELS
Five Cooperation Models
Flexible and negotiable, from basic labs to deep research commercialization, advancing in stages
Model 0 · Brand
School-enterprise brand co-building
Joint university robot brand co-building
Co-build a university-owned robot brand — the university provides branding, training space, faculty, and student teams; the enterprise provides arm hardware, core technology, production lines, and market operations.
University brand and facilities
- University provides brand qualification and IP ownership
- Provides professional training lab space
- Provides faculty and student R&D teams
Enterprise technology empowerment
- Provides core hardware like the OpenArm arm
- Provides core SDK and engineering capability
- Provides production and market operations
Co-built outcomes and rights
- Jointly develop customized teaching robots
- Co-create curricula with IP owned by the university
- Campus commercialization and revenue sharing
University benefits
- Own a robot brand with independent IP
- Talent and technology outcomes commercialized together
- Build model industry-education-research projects
Model 1 · Basic
Fast deployment
Industry-education lab co-building
Focused on teaching and training, quickly filling AI/robotics lab gaps to build a model lab.
Integrated hardware + curriculum delivery
- Provides Mini Pi / Pi+ / Mini Hi robots
- Standard course packs (basics, motion, ROS)
- Lab guides, teaching PPTs, case code libraries
Tiered faculty and student training
- Faculty training: operations, teaching, SDK development
- Student project training: motion, algorithms, secondary development
Basic competition support
- Class-A competition resource pack
- Past winning cases
University benefits
- Quickly build a standard embodied AI training lab
- Improve teaching quality and hands-on skills
- Boost competition strength at low cost
Model 2 · Advanced
Research + talent
Joint research institute
Centered on research and talent, co-build an embodied intelligence research institute focused on R&D and commercialization.
Joint R&D platform
- University provides space and R&D teams
- WWNT provides hardware, engineering, SDK toolchain
- Joint provincial/national research grants
Faculty and student deep involvement
- Product iteration and scenario adaptation
- Market research and user feedback
- Top projects enter the product roadmap
Customized teaching and research
- Custom teaching cases and lab projects
- Ongoing support, firmware and SDK updates
University benefits
- Build a high-level research platform for grants
- Faculty and students deeply involved in real product R&D
- Accumulate differentiated research outcomes
Model 3 · On-campus Factory
Real production line · industry-education
On-campus factory co-building
Bring a real robot production line to campus, driven by real orders, so faculty and students complete assembly, debugging, and testing — integrating teaching, training, and production.
Real production line on campus
- Standard layout: raw materials, assembly, debugging, testing, packaging
- Enterprise imports real orders and standard processes
- University provides space, infrastructure, and production teams
Students in real production
- Full involvement in assembly, wiring, calibration, and software deployment
- Full performance testing with standardized acceptance reports
- On-site enterprise engineers train and assess to real engineering standards
Two-way value loop
- Enterprise gains stable capacity and standardized delivery
- University gains real engineering practice and benchmark cases
- Students gain real project experience and employability
University benefits
- Build an integrated teaching-training-production platform
- Deep participation in real production significantly boosts engineering skills
- Build an industry-education benchmark supporting "Double High" and vocational upgrades
Model 4 · Deep
Research-production integration
Outcome commercialization
Centered on research commercialization, jointly advancing faculty/student outcomes through engineering, productization, and marketization to close the loop.
Joint company / project incubation
- Co-found project companies or incubate projects
- University invests technology/team/space
- Clear IP ownership and revenue sharing
Product engineering and deployment
- Engineering optimization of prototypes
- Hardware adaptation and stability testing
- Mass production and market sales
Talent pipeline and employment
- Order-based talent training
- Internship and employment matching for top students
- Industry-oriented course offerings
University benefits
- Closed-loop commercialization from lab to market
- Build an industry-education-research benchmark
- Broaden student employment channels
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