Advancing AI in Science Education (AASE)
A Comprehensive Approach to Equity, Inclusion, and Three-Dimensional Learning
This project is anchored in a comprehensive, multi-pronged strategy designed to delve deep into the multifaceted dimensions of AI’s role in science education. Drawing from a rich reservoir of insights, including the visionary perspectives of the U.S. Department of Education and groundbreaking research spearheaded by current luminaries, the initiative is poised to craft a strategic roadmap for the seamless, effective, and equitable integration of AI into science education.
Through a series of strategic community-led workshops, participants from diverse backgrounds will converge to share insights, challenges, and strategies, fostering a rich tapestry of perspectives. This collaborative ethos extends to in-depth research initiatives, where participants, ranging from seasoned experts to budding scholars, will embark on exploratory journeys to unravel the nuances of AI in science education. Continuous feedback loops, characterized by rigorous reviews and refinements, will ensure that the project’s outputs remain aligned with its DEI-centric vision.
Conference: Applying AI to Achieve High-Quality Science Education for All (AAAS)
- Conference location: UGA Center for Continuing Education & Hotel, Athens, GA
- Date: February 2-4, 2025
The landscape of science education is experiencing a profound transformation that is instigated by the advent of AI. This transformation is expected to affect the following five key areas in the educational space in a systematic and disruptive manner:
- Educational goals
- Educational procedures
- Learning materials
- Assessment and evaluation
- Education outcomes (Zhai, 2023)
The influence of AI on these areas will include both positive and negative implications.
This conference aims to explicate DEI in the five areas of transformation that will shape the future of science education based on generative AI such as the large natural language model—ChatGPT (Assaraf, 2022). We centered DEI and developed a bidirectional model to frame how AI can contribute to the five areas of science education (see image). In one direction, AI tools can facilitate equal access and customized learning in education so that students with diverse backgrounds can have quality learning support, resulting in positive impacts on the five aspects. These advances are entailed by AI’s powerful capacities in interpreting the semantics and syntax of natural language, generating natural language text, answering questions, and participating in dialogues based on specific conversation contexts.
At the same time, concerns about bias, injustice, academic integrity, and outsourcing are being voiced which can promote responsible and transparent AI development. This model explicitly acknowledges the potential issues of AI in each of the five areas. By recognizing these challenges, we aim to promote responsible and ethical AI development, ensuring that potential biases are mitigated, equity is fostered, academic integrity is preserved, and the risks associated with outsourcing are carefully managed.
Intellectual Merit
This conference will leverage the diverse and multidisciplinary expertise of the Organizing Committee and participants to significantly impact our understanding of and shared commitment to equitable K-12 science education in the age of accessible AI. This will be achieved through the use of an experienced professional meeting facilitator who has worked with the principal investigators (PIs) and Organizing Committee to develop an actionable plan for producing high-level deliverables on a set schedule in a manner consistent with the project’s goals.
The conference will generate knowledge in terms of conceptualizing equitable and inclusive AI-based science education. We will develop an evidence-based, adaptive, policy-friendly conceptual framework that weds three-dimensional learning, DEI, and AI as equal, synergistic elements of 21st century science education. We will define and outline solutions to the most pressing and challenging issues in practicing AI-based science teaching and learning (e.g., ethics, bias) as well as opportunities for future research.
Broader Impacts
The conference deliverables, including a book crafted by the invited conference participants, will benefit researchers in science education who are interested or currently involved in AI-based science education research such as members of RAISE. The conference will provide guidelines and examples for practitioners, including teachers or those providing professional development for teachers, to better understand the potential, issues, and range of applications for AI in science education. The conference will also provide recommendations for policymakers for adopting AI applications in classroom settings.
Educational Goals
AI is transforming the educational goals for future citizens. In modern society, education serves to cultivate citizens with diverse backgrounds who are equipped to adapt to future development by shaping their future lives, careers, thinking, and emotions. Educational goals are established based on social needs to anticipate and prepare future citizens regardless of their race, color, and culture (Zhai & Pellegrino, 2023). With the advent of generative AI technology and applications such as ChatGPT, intelligent technology is increasingly integrated into all facets of society. Thus, the cultivation of future citizens who are capable of adapting to future societal development and who are proficient in understanding and utilizing AI technology is a pressing task that education must fulfill.
Traditionally, education places emphasis on imparting knowledge, skills, and methods to students. However, creativity and critical thinking skills become equally pertinent in a future society with generative AI. Knowledge and basic skills that were once central to traditional education, such as most forms of writing, are being gradually and radically supplanted by intelligent machines (Zhai, 2022). For example, computers can now execute high-quality writing, respond to technical queries, and even write software within a short span of time. However, substituting human subjects with AI in the educational landscape might inadvertently stifle the emergence of creative and diverse approaches to achieving educational goals since AI can only generate text based on pre-existing data; it inherently lacks the human capacity for creativity, critical thinking, and adaptability.
The increasing potency of AI requires a fundamental transformation of educational goals in order to better adapt to the needs of social development for all. While AI technology can partially supplant human labor and enhance work and learning efficiency, it cannot fully substitute for human creative thinking skills (Zhai, 2022). Moreover, AI technology is challenged to replace complex human decision-making, especially in situations that require the integration of emotions, experience, and scientific knowledge. Meanwhile, the educational goals and the stoical needs are impacting how we develop, adopt, and perceive AI in education for all.
For instance, the United Nation’s Sustainable Development Goal 4 (SDG 4), which is centered around promoting inclusive and equitable quality education along with lifelong learning opportunities for all individuals, covers a broad range of educational targets such as eliminating gender disparities (Mochizuki, 2016; Unterhalter, 2019). While AI can potentially enhance the effective attainment of these educational goals and outcomes, there are concerns that its widespread integration may worsen existing disparities, especially in terms of gender.
For example, studies have shown that males generally have a higher level of digital literacy than females (Rizal, et al., 2021). This disparity could result in AI-based educational tools favoring digitally advantaged genders, thus contradicting the goal of achieving gender parity in education. Therefore, AI developers and designers should respond to educational needs by developing equitable and unbiased tools to prioritize the cultivation of students’ creativity and critical thinking skills. In this way, educators can adeptly tackle and solve diverse problems in the environment, resources, economy, politics, and other areas of future life.
Keynote Speakers
The following speakers have agreed to make keynote speeches at the conference or during one of the webinars, which will be used to disseminate the ideas and results to a broader audience.