Problem Discovery
Interest profiles, daily inconvenience logs, user interviews, and real-world observation.
AI-Era Science Innovation Education
Train the ability to create, not just the ability to answer.
Ma Su's science innovation curriculum teaches a complete route from real-world problem discovery to protected outcomes. It is designed for youth education, school programs, innovation camps, and technical-team workshops.
Educational belief
Innovation is a capability that can be practiced.
Students do not need to begin with expensive kits or grand technical systems. They begin by observing life, asking better questions, collecting evidence, reading existing solutions, and making a first rough prototype.
AI role
AI is a teammate, not a replacement.
AI can help brainstorm, organize data, explain patents, simulate judges' questions, and polish reports. But students must still define the problem, verify facts, test prototypes, and make final judgments.
Curriculum route
From problem to protected result.
Evidence Building
Questionnaire design, field research, data analysis, and problem prioritization.
Innovation Tools
Patent search, paper transformation, combination method, reverse method, and AI-assisted ideation.
Outcome Protection
Prototype, experiment log, report, defense, patent, copyright, trademark, and evidence chain.
Programs
Education cooperation formats.
- 12-session science innovation course
- Youth innovation capability assessment
- Patent-search workshop for students
- AI-assisted project coaching
- Competition project improvement
- Teacher training and curriculum design
中文说明
科创教育不是让孩子做一个炫酷作品，而是让孩子走完一次真实创新闭环。
这套体系从发现问题开始，到调查、数据分析、专利检索、AI协同、方案生成、原型制作、实验验证、成果展示和知识产权保护结束。它训练的不是某个比赛技巧，而是未来面对未知问题时仍然能够创造的人。