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Meet The Team


クロス研究室の教育工学グループの学生は、メタ認知、個人向けオンライン適応学習システム(POALS)の開発、VR(仮想現実)支援型言語学習、AI支援型ライティング、小学生のプログラム教育、生涯学習、3D 360度ビデオによる学習者エンゲージメントの向上、アイトラッキングと画像など、様々なテーマに取り組んでいます。特に、教育工学と人工知能をどのように組み合わせれば、学生の学習を改善できるか、そして、これらの新しい手法の有効性を評価できるかに関心があります。


Luc Gougeon (LUC)

GEDES D3+ student

Luc is a third-year Canadian working adult doctoral student. His research focuses on educational policies and computational thinking. He is interested in understanding if Japanese in-service teachers are ready to teach programming in 2020. Luc has been living in Japan since 2008 and has been working as a university lecturer since 2015. Luc uses technology in his classes on a daily basis and hopes that his research will help him train the new generation of educators. 

Promoting University Students and Elementary School Teachers to Become Lifelong Learners Through Play

In 2020, Japanese primary school educators will face the difficult challenge of introducing programming in their classes despite the fact that they never studied programming themselves. Our research aims are mapping the specific contours of the knowledge gap in-service teachers and extend this surveying to current universities students who are also lacking computer literacy skills. Most research in the field of computer literacy places a strong emphasis on children while neglecting the needs of in-service educators and older students. We will tackle this research by both surveying a range of students and teachers while conducting case studies consisting of an education intervention meant to give university students a quick grasp of computational thinking, computer literacy and basic programming concepts. The case study approach intends to offer students essentials skills in an active learning environment, skills which will be transferable to their future workplace or classroom if they intend to become educators. The results of this study are intended to offer stakeholders and policy-makers a clearer picture of the current educational landscape and enlighten their decisions. Below is an illustration of summarizing the issues which will be investigated related to education approaches and students’ knowledge needs. 

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Robert Anthony Olexa (Tony)

GEDES D3 student 

Robert Anthony Olexa is conducting research on Japanese students studying English as a foreign language (EFL) in tertiary educational settings funded by a JSPS Kakenhi grant. The research focuses on how students use iconic gestures and embodied communication to acquire English in virtual environments. The compilation of an ongoing Virtual Reality (VR) Chat language learner corpus cross-referenced with video data and multimodal analysis is used to observe how embodied learning contributes to students’ EFL learning progress.

Embodiment and Iconicity for English as a Foreign Language Learning in Virtual Reality

Iconicity is a term used to describe communicative elements that closely resemble their referents. A degree of iconicity when communicating between caregiver and learner has been recognized as necessary for first language acquisition. Also, the usefulness of iconic gestures has been intuited by educators for second language acquisition as evidenced through the broader educational approach of “Active Learning,” and more concentrated EFL approaches such as Total Physical Response. However, the limitations are known, and the Japanese EFL setting remains situated in the classroom. At current, the learning experience is delivered mainly through passive activities. 


Recent advancements in commercial VR technology have allowed for 6 degrees of freedom of movement (see below). Participants can move around in virtual environments with increased space and movement, allowing for embodied communication and iconic gestures. The liberation from a traditional classroom environment can improve EFL teaching and learning in Japan as a whole. Also, the findings may point to needed areas of improvement for software developers and designers of extended reality devices. 


Xing Yipeng

GEDES M2 student

Facilitating Personalized Online Learning of Linear Algebra Concepts using Large Language Models

This research investigates the effectiveness of personalized online self-learning facilitated by Large Language Models (LLMs) in the domain of linear algebra at the university level. The objective is to evaluate whether LLM-driven interventions can enhance students’ understanding and performance on abstract mathematical concepts compared to traditional learning methods. The study also explores the characteristics of effective prompts through Natural Language Processing (NLP) analysis of LLM chat histories, aiming to establish a protocol for enhancing personalized learning experiences in mathematical education.

DALL·E 2024-05-08 22.22.41 - An artistic representation for an online learning scenario fo

Sitchai Rattanakarm

GSEP (undergraduate) B4 student

Emotion-Based Personalized Interactive Online Learning System
Using Facial Expression Recognition (FER) and ChatGPT Prompts:
Evaluating Effectiveness in Reducing Calculus Misconceptions

The expansion of online education highlights the challenges of teaching mathematics to university students, particularly addressing misconceptions in calculus due to the lack of real-time interaction. This research introduces a "Personalized Interactive Online Learning System" using advanced Facial Expression Recognition (FER) and ChatGPT prompts integrated within Moodle to enhance the online learning experience. By employing deep learning models like PAtt-Lite, the system analyzes real-time facial expressions to detect emotional cues, allowing for the categorization of learners into four learner types— active, passive, evaluative, and non-learner. This categorization helps tailor educational content and teaching methods to individual needs, aiming to make online mathematics education, especially Calculus, as effective as traditional settings. Furthermore, the integration of ChatGPT prompts allows the system to offer real-time, context-aware interactions and support, addressing learners' questions and clarifying concepts immediately as confusions arise. The system's effectiveness will be evaluated by its ability to enhance learning outcomes, offering a new approach to personalized and responsive online education.

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