Master STEM Skills, Enhance Interdisciplinary Teaching, Improve Teaching Efficiency
STEM On-Site Teacher Training
In an era of rapid technological advancement, teachers who master emerging technologies like STEM, AI, and VR can not only improve teaching quality and efficiency but also design more interactive and practical lessons that inspire student interest and cultivate innovation and problem-solving abilities.
These technologies can also reduce lesson preparation and grading workload, making teaching more flexible. For teachers, it represents professional growth; for schools, it helps create smart campuses and drives educational innovation and future development.
Significantly reduce lesson preparation time, alleviate planning pressure, and improve teaching efficiency
Master AI basic concepts and applications, become proficient in AI tools- Enhance Prompt Engineering skills, optimize teaching interaction
- Develop STEM‘s interdisciplinary application abilities, strengthen cross-subject problem design and solving skills
- Design interactive creative thinking lessons that can be adjusted to meet different student needs
- Master AI automatic assessment tools to improve teaching management efficiency, reduce classroom management burden, provide instant feedback and analysis, and help teachers track student learning progress
Topics Overview:
- AI Fundamentals and Prompt Applications Cross-disciplinary
- Cross-disciplinary AI Question and Problem Design
- AI Assessment and Automatic Grading Tools Implementation
- AI-Generated Content (AIGC) and Media Literacy Teacher Course
- AI Teaching Materials Creation Workshop
- AI x micro:bit HuskyLens Teacher Training
- AI X IoT Maker Education Teacher Workshop
- VR/AR Teaching Applications and CoSpaces Design Training
- Unity Game Development and VR/AR Teaching Practice
Main Courses Include
AI Fundamentals and Prompt Applications Cross-disciplinary
Course Highlights:
Understanding various mainstream AI teaching tools and basic concepts
Understanding machine learning principles and big data potential in teaching
Exploring AI model applications in classroom teaching, assessment, and administrative support
Mastering future trends and applications of AI in education
In-depth learning of Prompt Engineering principles
Practicing efficient prompt design to optimize ChatGPT and other AI tool outputs
Mastering prompt application techniques in different teaching scenarios to improve lesson preparation and teaching efficiency
Suggested Duration: 3 hours
Educational Integration:
- Enhance teachers’ basic understanding of AI for classroom integration
- Help teachers understand AI’s potential teaching applications to improve educational innovation
- Ability to explain AI principles to enhance students’ technical literacy
- Help teachers design precise AI questions, master prompt optimization techniques, improve content accuracy
- Cultivate logical thinking and critical thinking
AI Tools to Master:
- ChatGPT
- Prompt Engineering
Cross-disciplinary Applications – AI Question and Problem Design
Course Highlights:
- Master how to use AI tools for cross-disciplinary problem design
- Integrate mathematics, science, language, history, geography, and other subjects
- Use AI to help teachers devise innovative and challenging questions
- Improve teaching design efficiency and expand teaching material diversity
- Foster students’ multi-perspective thinking and integration abilities
Suggested Duration: 3 hours
Educational Integration:
- Master cross-disciplinary AI question creation methods
- AI automatic generation of cross-disciplinary questions to save teacher preparation time
- Provide diverse question types to help comprehensive understanding of different fields
- Enhance problem-solving abilities and promote cross-disciplinary thinking development
AI Tools to Master:
- ChatGPT
- Google Bard: Language, History, Science
- Microsoft Copilot: Mathematics, Science, Geography
- Eduaide.AI: Mathematics, Science, Language
- Quizizz: Multiple Choice, Fill-in-the-blank, Matching Questions
- Conker AI: Multiple Choice, Fill-in-the-blank, Scenario Questions
- Socrative AI: Guided Questions
- Curipod AI: Interactive Questions
- Wolfram Alpha: Advanced Mathematics, Science Questions, Formula Explanations and Calculations
AI Assessment and Automatic Grading Tools Implementation
Course Highlights:
- Understanding AI’s role and application principles in assessment
- Learning to use AI for automatic grading (essays, multiple choice, etc.)
- Mastering how to use AI to generate personalized learning feedback
- Exploring how intelligent assessment systems track student learning progress and performance
- Using AI to reduce teachers’ grading and statistical workload
- Improving assessment efficiency and teaching targeting
Suggested Duration: 2 hours
Educational Integration:
- Use AI for automatic assignment and test grading to reduce teacher workload
- Provide instant feedback to help quickly understand learning outcomes
- Use data analysis to identify student weaknesses and provide basis for personalized teaching
AI Tools to Master:
- ChatGPT / Google Bard / Microsoft Copilot / Quillionz AI / Eduaide.AI: Grammar, structure and content optimization
- Grammarly AI: Essays and grammar errors
- Gradescope AI: Mathematics, programming and essay questions
- Turnitin AI: Plagiarism detection
- Write Improve: English writing correction suggestions
AI-Generated Content (AIGC) and Media Literacy
Course Highlights:
Learn about AI image generation tools for creating teaching illustrations and material covers
Explore AI video editing tools for quickly creating classroom videos or learning shorts
Learn to use AI text creation tools (like ChatGPT) to assist in writing teaching PowerPoint and lesson plan content
Improve teachers’ multimedia production efficiency and classroom engagement
Develop teachers’ ability to apply generative AI technology and creative thinking
Suggested Duration: 3 hours
Educational Integration:
- Help teachers understand AI content generation technology and its applications
Use AI to create teaching illustrations, historical figure portraits, experiment step diagrams, etc., to enhance teaching material visual appeal
Quickly create course highlight videos, student activity reviews, or concept animations to enhance student understanding and memory
Assist in writing essay topics, language comprehension articles, science explanations, cross-disciplinary task designs to improve lesson preparation efficiency
Combine generated images with story creation activities to stimulate student discussion and creative interest
AI Tools to Master:
- Midjourney and Leonardo: Image design
- Poe, Pika and ChatGPT: Text creation
AI Teaching Materials Creation Workshop (Suitable for Kindergarten Teachers)
Course Highlights:
Use AI tools to automatically generate story illustrations to enhance student visual imagination
Add animations and voice narration to create interactive story experiences
Create QR Codes linking to sound, video, or extended learning resources to expand learning depth
Convert stories into Flipbook format to increase reading engagement
Integrate multi-sensory elements to enhance students’ voice recognition and language comprehension abilities
Use generative AI to support differentiated reading design, catering to different learning needs
Suggested Duration: 2 hours
Educational Integration:
- Reduce teacher preparation pressure by quickly creating interactive teaching materials for different topics, improving teaching efficiency
- Use AI tools to generate images and stories, enhancing creativity and story writing skills
- Master AI content generation tools and online storybook and Flipbook creation techniques
- Enhance interactive teaching skills using AR and QR Code design
AI Tools to Master:
- ChatGPT: Optimize story text
- Leonardo.Ai / Canva AI: Picture book style illustrations
- HeyGen AI / ElevenLabs AI: AI voice narration
- FlipHTML5 / Issuu: Create Flipbooks
- Runway ML: Turn static story illustrations into animations
AI X Micro:Bit HuskyLens Teacher Workshop
Course Highlights:
- Learn to use HuskyLens for image recognition, color detection, object tracking, and face recognition
- Master how to control and respond to AI detection results through micro:bit (like lights, sounds, motor actions)
- Experience AI and physical programming integration, understand artificial intelligence operating principles
- Design and create cross-disciplinary interactive projects combining STEM teaching themes
- Cultivate logical thinking, problem-solving abilities, and creative practical skills
Suggested Duration: 3-6 hours
Educational Integration:
- Develop teachers’ mastery of AI and hardware integration applications
- Help understand AI object recognition, intelligent control, and other concepts
- Enhance hands-on practice and innovative thinking
AI/STEM Tools to Master:
- Block or Python programming
- Microbit
- HuskyLens
Practical Projects:
- Design smart robots
- Design AI smart cars
- Design recycling waste sorting
- Design AI anti-theft monitoring systems
- Design gesture-controlled games
- Design QR Code smart access control
- Design smart facial expression recognition assistant
AI X IoT Maker Education Teacher Workshop
Course Highlights:
- Learn basic principles and functions of AI sensors: temperature and humidity, PM2.5 air quality, gesture recognition, etc.
- Master IoT (Internet of Things) concepts and educational applications, such as remote monitoring, environmental sensing, automatic control systems
- Practice with micro:bit, ESP32, and other development boards, learn sensor data collection and wireless transmission technology
- Learn how to design simple IoT teaching projects to enhance classroom interaction and student participation
- Explore sensor and IoT technology integration in cross-disciplinary teaching (STEM, General Studies, Geography, Science, etc.)
- Provide applicable lesson plans and examples to help teachers quickly implement and flexibly use in daily teaching
- Build teachers’ confidence in technology teaching, expand innovative classroom teaching models and future education vision
Suggested Duration: 3-9 hours
Educational Integration:
- Cross-disciplinary teaching, combining General Studies, Science, Mathematics, and Information Technology to design practical teaching activities
- Guide teachers in designing AI x IoT courses, enhance teaching interaction, use real-time data display and response to let students observe and analyze environmental changes
- Let students create smart home, environmental monitoring, and other IoT projects to strengthen problem-solving and hands-on abilities
- Cultivate students’ IoT and smart technology application abilities
AI/STEM Tools to Master:
- Block or Python programming
- Microbit
- AI sensors
Practical Projects:
- Design smart voice assistant homes
- Design AI smart security systems
- Design smart medical reminder systems
- Design AI smart pet feeders
- Design smart traffic light systems
- Design smart exercise monitoring wristbands
VR/AR Teaching Applications and CoSpaces Design Training
Course Highlights:
- Learn about CoSpaces Edu platform and VR/AR basic principles
- Learn to use platform tools to build 3D spaces and characters
- Master Blockly or JavaScript programming to design interactive elements
- Practical creation: Make virtual tours, interactive stories, educational games, etc.
- Explore how to integrate sound effects, animations, voice narration, and other multimedia elements
Suggested Duration: 3-6 hours
Educational Integration:
- Cross-disciplinary teaching: Chinese (story creation), History (historical scene recreation), Science (experiment simulation), Geography (environmental change simulation)
- Provide immersive learning experiences to enhance student engagement and understanding
- Cultivate students’ programming logic, creative expression, and problem-solving abilities
- Serve as a project showcase platform to encourage student self-learning and independent creation
STEM Tools to Master:
- CoBlock: Coding
- Merge Cube: VR/AR mode
Unity Game Development and VR/AR Teaching Practice
Course Highlights:
- Learn Unity platform interface operation and project structure
- Learn 3D scene construction, character placement, and object control
- Basic C# programming: control interactive behaviors, event triggers
- Create simple educational or STEM-themed game projects
- Practice VR/AR settings: integrate camera views, hand controls, scene transitions, etc.
- Export works for display on different platforms (computer, mobile, VR devices)
Suggested Duration: 3-9 hours
Educational Integration:
- Teachers can build their own virtual laboratories, historical scenes, language interactive stories, and other teaching materials
- Cross-disciplinary applications to enhance classroom engagement and teaching depth
- Use gamification design to stimulate student participation and motivation for challenges
- Cultivate students’ logical programming, problem-solving, and creative expression abilities
- Enhance teachers’ digital content creation abilities, promote classroom innovation and technology application
STEM Tools to Master:
- C# programming and Visual Studio