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济南市市中区人工智能通识教育示范区整体解决方案（汇报版）PPT，15页完整版，按照提供的逐页文案生成。内容包含：封面、示范区建设价值、整体方案图、分学段课程体系（幼儿园—小学—中学）、幼儿园课程两页、小学三页、中学两页、示范案例页、推进机制、交付清单与里程碑、预期成效。风格：少字多图、现代科技感、蓝白主色调、简洁图示流程图和图片布局。
15-slide PPT solution for Jinan Shizhong's AI general ed demo zone. Covers value, K-12 curricula (kindergarten, primary, middle), cases (95% completion), mechanisms, milestones, and outcomes: 50K stud
This is a title slide labeled "封面" (Cover). It features the text: "Overall Solution for the Artificial Intelligence General Education Demonstration Zone in Shizhong District, Jinan City (Report Version)."
The slide "示范区建设价值" outlines the key values of constructing an AI education demonstration zone. It emphasizes leading AI education innovation as an industry benchmark, enhancing regional competitiveness, cultivating future talent for high-quality development, and advancing educational modernization.
Source: 济南市市中区人工智能通识教育示范区整体解决方案
This workflow slide outlines a four-phase project plan titled "Overall Solution Diagram," covering Planning (1 month by District Education Bureau), Course Development (3 months by Expert Team), Implementation (6 months by Schools and District Education Bureau), and Evaluation (2 months by Third-party Agency). Each phase lists key tasks, responsible parties, and estimated durations in a tabular format.
{ "headers": [ "阶段", "关键任务", "责任方", "预计时长" ], "rows": [ [ "规划", "需求调研与方案设计", "区教育局", "1个月" ], [ "课程开发", "课程体系构建与资源开发", "专家团队", "3个月" ], [ "实施", "试点推广与教师培训", "学校与区教育局", "6个月" ], [ "评估", "效果评估与优化迭代", "第三方评估机构", "2个月" ] ] }
Source: 济南市市中区人工智能通识教育示范区整体解决方案
This agenda slide outlines the AI general curriculum system divided by educational stages: kindergarten (foundational gamified modules, 2 pages), elementary (grade-progressive core skills, 3 pages), and middle school (advanced applications and projects, 2 pages). It also illustrates the progressive relationships between stages via an overall framework timeline.
基础启蒙模块与游戏化实践（2页）
分年级核心技能递进培养（3页）
高级应用与跨学科项目（2页）
整体框架时间线图示连贯性 Source: 济南市市中区人工智能通识教育示范区整体解决方案（汇报版）
This slide outlines the first kindergarten AI curriculum via a feature grid with six engaging activities. Features include AI cognitive games, smart toy interactions, cartoon stories, sensory explorations, group cooperation games, and daily skill integration to spark curiosity and build skills.
{ "features": [ { "icon": "🎮", "heading": "AI认知游戏", "description": "趣味互动游戏启蒙AI概念，激发幼儿好奇心和探索欲。" }, { "icon": "🤖", "heading": "智能玩具互动", "description": "与AI玩具玩耍，学习简单指令，促进动手能力。" }, { "icon": "📖", "heading": "卡通故事学习", "description": "生动卡通故事介绍AI，寓教于乐培养兴趣。" }, { "icon": "👶", "heading": "感官探索活动", "description": "触摸声音互动，感知AI世界，增强感官体验。" }, { "icon": "👫", "heading": "小组合作游戏", "description": "孩子们一起玩AI，促进社交与团队协作技能。" }, { "icon": "🏫", "heading": "日常技能融合", "description": "将AI元素融入幼儿园日常，提升学习趣味性。" } ] }
Source: 启蒙模块
This slide from "幼儿园课程（2)" (Kindergarten Curriculum 2) features robot story time for interactive storytelling that boosts listening and imagination, plus voice recognition nursery rhymes for practicing speech expression. It also showcases real-scene examples of immersive AI learning experiences.
Source: robot storytelling kindergarten children
This slide, titled "Elementary School Curriculum (1)", introduces key topics including Scratch visual programming for logic, AI ethics on responsibility and fairness, micro:bit sensor applications, and a comprehensive AI mini-app project. It emphasizes hands-on learning in programming, ethics, hardware, and integrated development for primary students.
This slide details the elementary school AI curriculum for grades 3-6, listing themes and class hours. It covers AI basics (12 hours in grade 3), intelligent programming intro (16 hours in grade 4), data and smart decisions (20 hours in grade 5), and AI project practice (24 hours in grade 6).
{ "headers": [ "年级", "主题", "时长（课时）" ], "rows": [ [ "三年级", "AI基础认知与应用", "12" ], [ "四年级", "智能编程入门", "16" ], [ "五年级", "数据与智能决策", "20" ], [ "六年级", "AI项目实践", "24" ] ] }
Source: 济南市市中区人工智能通识教育示范区整体解决方案
This slide for Elementary School Curriculum (3) outlines learning objectives: mastering Scratch basics like sequences, loops, and conditionals; building computational thinking; creative problem-solving via animations; and intro AI like voice recognition. It features practical projects: Scratch story animations, interactive smart pets, and group traffic light systems with sensors.
| 学习目标 | 实践项目示例 |
|---|
| • 掌握Scratch编程基础，理解序列、循环、条件逻辑
This slide, titled "Middle School Curriculum (1)", presents a feature grid of key topics including machine learning basics, data analysis skills, AI project practice, programming tools like NumPy and Pandas, and model optimization strategies. It emphasizes hands-on learning in supervised/unsupervised algorithms, data cleaning/visualization, complete projects like image recognition, and techniques such as hyperparameter tuning and cross-validation.
{ "features": [ { "icon": "🧠", "heading": "机器学习基础", "description": "掌握监督学习、无监督学习核心概念与简单算法应用。" }, { "icon": "📊", "heading": "数据分析技能", "description": "学习数据清洗、可视化、统计分析及Python工具使用。" }, { "icon": "💻", "heading": "AI项目实践", "description": "动手开发图像识别、预测模型等完整AI项目。" }, { "icon": "⚙️", "heading": "编程工具掌握", "description": "熟练运用NumPy、Pandas、Scikit-learn等数据科学库。" }, { "icon": "🚀", "heading": "模型优化策略", "description": "探索超参数调优、交叉验证与性能提升技巧。" } ] }
This timeline for Middle School Curriculum (2) launches the AI Basic Cognition Module in September via interactive games and cases, followed by first-stage assessments and feedback in December. It advances to AI applications and group projects in March, ending with a comprehensive project showcase and summary in June.
9月: AI基础认知模块启动 通过互动游戏和案例，介绍人工智能基本概念，建立学生初步认知。 12月: 第一阶段考核与反馈 完成基础模块学习，进行理论实践考核，提供个性化学习反馈。 3月: AI应用模块推进 探索AI在生活中的应用，开展小组项目实践，提升动手能力。 6月: 综合项目展示总结 学生展示年度AI项目，进行评审与分享，总结学习收获。
Source: 济南市市中区人工智能通识教育示范区整体解决方案
This slide, titled "Demonstration Case Page," displays an image with key metrics from an educational AI case study. It highlights a 95% student AI work completion rate, 40% increase in classroom interaction participation, and 100% teacher application satisfaction.
Source: Photo by Daniil Komov on Unsplash
The slide depicts a four-stage workflow titled "Advancement Mechanism," with stages led by government (planning/launch via policy and resources), schools (course implementation with training), enterprises (resource empowerment through tech and bases), and tripartite collaboration (evaluation and iteration). Main tasks for each stage emphasize coordination, execution, support, and continuous optimization.
{ "headers": [ "阶段", "责任方", "主要任务" ], "rows": [ [ "规划启动", "政府主导", "政策支持、资源统筹、方案制定" ], [ "课程实施", "学校执行", "课程落地、师资培训、教学实践" ], [ "资源赋能", "企业参与", "技术支持、实践基地、人才合作" ], [ "评估迭代", "三方协作", "效果评估、反馈优化、持续循环" ] ] }
Source: 多方协作流程：政府-学校-企业。循环图示，确保可持续推进。
The slide outlines a delivery checklist and milestones in a table with columns for deliverables, responsible parties, and timelines from 2024 Q1 to 2025 Q1. Key milestones include the kindergarten curriculum system by the education expert group in 2024 Q2 and demonstration case implementation by the Shizhong District Education Bureau in 2024 Q4.
{ "headers": [ "交付内容", "责任方", "时间节点" ], "rows": [ [ "方案设计与评审", "项目组", "2024 Q1" ], [ "幼儿园课程体系", "教育专家组", "2024 Q2 ★里程碑" ], [ "小学&中学课程开发", "项目组", "2024 Q3" ], [ "示范案例落地", "市中区教育局", "2024 Q4 ★里程碑" ], [ "整体交付验收", "政府联合验收", "2025 Q1" ] ] }
Source: 济南市市中区人工智能通识教育示范区方案
The conclusion slide "Expected Outcomes" highlights coverage of 50,000 students, a 40% increase in AI literacy, and a 35% rise in innovation ability, with supporting results charts. Titled under "AI Education, Leading the New Era," it ends with the slogan "Ignite the future, create brilliance together!" and a call to "Immediately join hands to start demonstration zone construction."
覆盖学生 5 万名 AI 素养提升 40% 创新能力 ↑ 35%
[成果图表]
智启未来，共创辉煌！
立即携手，启动示范区建设
AI 教育，引领新时代
Source: 济南市市中区人工智能通识教育示范区整体解决方案
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