Skip to main content
Linkinwise Technology logoLINKINWISE Technology

LINKINWISE / Explore

Education & Talent

Turning real engineering capability into teachable curricula

Education at Linkinwise is not a separate training product line — it is a natural extension of our engineering chain. Capabilities proven in robot customization and intelligent systems R&D become courses, labs, and project resources.

Humanoid robot course in session
Humanoid robot course in session

Who we serve

Five education scenarios

Each scenario has a clear delivery format — from curriculum systems to equipment environments and faculty support.

  1. 01

    University course development

    Co-developed robotics, AI, and embodied intelligence courses for undergraduate and vocational programs, including syllabi, labs, and project resources.

  2. 02

    Teacher training

    Engineering training for teaching teams covering ROS2, computer vision, and robot development pedagogy.

  3. 03

    Student labs

    Project-based integrated labs: from environment setup to completing tasks on physical robots, closing with a defense and deliverables.

  4. 04

    Enterprise technical training

    Custom training for corporate teams on robot software, intelligent systems, and engineering methods.

  5. 05

    STEM programs

    Science outreach courses, science festival activities, and introductory robotics for schools.

Curriculum path

One learning chain from foundations to capstone

The sequence mirrors how real engineering capability forms — every stage ends with verifiable practical output.

  1. 01

    AI foundations

    Concepts, application boundaries, and basic methods.

  2. 02

    Linux / Python

    Engineering environment and programming fundamentals.

  3. 03

    ROS2

    Robot software architecture, nodes, and communication.

  4. 04

    Computer vision

    Perception principles, recognition, and data processing.

  5. 05

    Robot development

    Mapping, localization, navigation, and task development.

  6. 06

    Embodied AI

    Frontier practice combining foundation models with robots.

  7. 07

    Capstone project

    A complete project-based lab closing with delivery and defense.

Real teaching environments

The classroom is an engineering site

All teaching imagery comes from real courses and labs — never staged stock material.

Students operating robot equipment in class
Hands-on practice | Equipment operation
Students practicing robot projects in teams
Team labs | Project-based collaboration
Students defending their course project
Project defense | Closing with deliverables
On-site teaching during a study tour
Study tours | Engineering beyond the classroom

How we teach

Why our courses are different

Content from real projects

Course cases come directly from the company's live robotics and intelligent systems work.

Equipment as teaching material

Students learn on real robots and sensors — not only in simulation.

Delivery-oriented

Every stage has a defined output; integrated labs close with a defense and demonstrable results.

One team teaches and builds

Instructors also carry R&D work, keeping course content synchronized with engineering reality.

Build engineering education with us

University courses, teacher training, or enterprise technical programs — tell us your teaching goals and current conditions.

Discuss education partnership