R&D Collaboration
At the core of the Practifly AI National Joint School Mathematical Thinking Competition, we firmly believe that the future of education is driven by technological innovation and its thoughtful application. To enhance our AI-powered online learning platform, we invite esteemed experts and scholars from various fields to collaborate with us in meaningful research and development initiatives. We are actively seeking professionals from the following disciplines:
Areas of Collaboration
01 Education
02 Psychology
03 Electronic Engineering
04 Artificial Intelligence
05 Mathematics
06 National Identity
Education
Delve into the transformative potential of AI technology to enhance teaching methodologies and improve learning outcomes. This includes exploring innovative curriculum design, developing interactive learning models, and refining assessment techniques.
Application Scenario:
Imagine a classroom where teachers utilize AI-driven analytics to assess student engagement in real-time. Based on the data, teachers can modify lesson plans on-the-fly, incorporating interactive elements that cater to the students’ varying paces and styles. This adaptability ensures that no student is left behind and that all learners receive the support they need to succeed.
01
02
Psychology
Investigate the psychological aspects of student learning, including development, motivation, and emotional factors. Analyze how our AI platform can effectively boost student engagement and achievement through tailored recommendations.
Application Scenario:
Consider a scenario where the platform identifies students who exhibit low motivation or engagement. By applying psychological principles, the system can send personalized motivational messages or suggest activities that align with their interests, fostering a greater sense of connection to their studies. This targeted approach helps build resilience and self-efficacy, ultimately improving academic performance.
Electronic Engineering
Focus on enhancing and optimizing our technical infrastructure to guarantee platform stability and security. Collaborate on the integration of cutting-edge hardware and software technologies to elevate the user experience.
Application Scenario:
Picture a situation where the platform experiences a surge in user activity during exam preparation periods. By employing scalable cloud solutions and real-time load balancing, our system can handle increased traffic without compromising performance. Additionally, implementing advanced cybersecurity measures ensures that student data remains protected throughout their learning journey.
01
04
03
Artificial Intelligence
Specialize in machine learning, natural language processing, and advanced data analysis techniques to refine the personalization and effectiveness of our learning resources.
Application Scenario:
Envision an intelligent tutoring system that analyzes a student’s performance on quizzes and assessments. The AI can generate customized practice questions that target specific areas of weakness, providing instant feedback. This level of personalization ensures that each student receives tailored support, promoting deeper understanding and mastery of the subject matter.
Mathematics
01
Provide expert mathematical models and algorithmic support to uphold the accuracy and scientific integrity of our educational content.
Application Scenario:
Imagine a scenario where students are faced with complex mathematical challenges. By using innovative problem-solving strategies developed through collaboration, students can engage with interactive simulations that allow them to visualize and experiment with mathematical concepts in real-time, thus enhancing their critical thinking and application skills.
05
Investigate the integration of national identity and cultural perspectives within our educational offerings. Work together to create content that fosters an understanding of national heritage and values.
Application Scenario:
Consider an interactive module where students explore their national history through augmented reality experiences. By participating in virtual field trips and cultural simulations, students gain a deeper understanding of their heritage while learning to appreciate the perspectives of others. This immersive approach fosters a sense of identity and community among learners.
06
National Identity
合作目標
我們的合作目標包括：
開發創新學習工具
設計和實現新的學習工具和資源，針對不同年齡和能力的學生，讓學習變得更有趣和有效。
申請專利
保護我們的創新技術，並推動教育科技的發展，確保我們的研究成果能夠在實踐中得到充分應用。
出產學術文章
發表高質量的學術研究成果，分享我們的發現和實踐，促進教育界的知識交流和共同進步。
推動政策改進
通過我們的研究，為教育政策制定者提供數據支持和建議，推動更為有效的教育政策落實。
為什麼合作？
我們相信，跨學科的合作能夠激發創新思維，促進教育科 技的進步。通過整合不同領域的知識和技能，我們可以共同創造出更具影響力的學習平台，讓更多學生受益。這不僅是對教育的投入，更是對未來的投資，因為教育是改變人生的關鍵。
社會價值
「Practifly AI 大灣區校際數理思維挑戰賽」是一個非牟利活動，所有的經費將全數投入於科研和研發，以促進數學教育的進步。我們誠摯邀請根據《稅務條例》第88條享有免稅資格的慈善機構參加此次盛會，並特別為基層家庭保留名額，讓更多有潛力的學生能在這個平台上展示他們的才華與智慧。讓我們攜手推動數學教育，培養未來的數學人才！