Group 6 · English 6

Meet the members

Member Photo01
Adarna, Francis Adrian R.
Model of Communication Designer
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Artieda, Gherome Sean B.
Metacommunication Analysis Writer
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Martin, Rafael Jaron T.
Model of Communication Presenter
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Abes, Raphael Mark K.
Concept Paper Writer
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Taruc, Jaedon Aleck V.
Photo-Video Documenter
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Chua, Angelie Nicole C.
Synthesis Writer
Purpose

The group aims to study how communication between a student and a generative AI develops throughout the creation of a reviewer on word problems on environmental ethics and antidifferentiation.

Project details

September 5, 2026 · 11:00 AM–12:00 PM
September 6, 2026 · 11:00 AM–12:00 PM

The group will use a generative artificial intelligence (AI) chatbot accessed through its web interface. The platform allows the participant to submit written prompts and receive generated responses within a continuing conversation, allowing previous messages to provide context for subsequent exchanges.
Specific objectives
01

Examine the emotional semantics of the student's language towards ChatGPT — gratitude, politeness, frustration, impatience, hostility, and other attitudes — supported by automated sentiment analysis.

02

Determine how the student's emotional language changes throughout the exchange.

03

Examine how reliance on AI develops throughout the communication process, particularly through repeated requests, acceptance or rejection of AI-generated information, and incorporation of AI suggestions.

Methodology
01 Data Gathering
02 Synthesizing the Process
03 Presenting a
Communication Model
04 Limitations

With the participant's consent, the group will use screen recording, photographic documentation, field observation, and note-taking to document the communication process between the student and ChatGPT. The screen recording will preserve the sequence of prompts and responses throughout the task, while photographs will provide evidence of the observation process.

Field observation and note-taking will be used to record relevant contextual and behavioral observations, such as hesitation, confusion, laughter, frustration, or changes in the student's interaction with ChatGPT. A short follow-up interview may also be conducted, with the participant's consent, to clarify observations that cannot be determined from the recorded interaction alone. To verify the completeness of the reviewer—and thus, the exchange—the output will be checked by the Sanggu Staff's Academics Committee Head.

The screen-recorded exchanges between the participant and ChatGPT will be organized chronologically to map the progression of the conversation. The group will encode the student's messages and relevant ChatGPT responses into a structured table. Each student message will then be examined according to its purpose and emotional semantics, including requests, clarifications, corrections, gratitude, frustration, impatience, and criticism.

Daniel Soper's Sentiment Analyzer will be used as a supplementary computational tool to analyze the English text of the student's messages and assign each analyzed passage a sentiment score ranging from -100 to +100, with lower scores indicating more negative or serious sentiment and higher scores indicating more positive or enthusiastic sentiment (Soper, 2019). The scores will be recorded and compared across different stages of the interaction to observe changes in the student's expressed sentiment. The group will also manually examine the messages and surrounding conversation to account for contextual meanings that automated sentiment analysis may overlook, such as sarcasm, humor, or indirect expressions of emotion. The group will simultaneously identify indicators of AI reliance, including repeated consultation, acceptance or rejection of ChatGPT's suggestions, requests for ChatGPT to make decisions, and incorporation of AI-generated material. The two observations will then be compared to identify patterns between sentiment, reliance, feedback, and communication barriers

Based on the synthesized observations, the group will develop an interactive model of communication representing the observed interaction between the student and ChatGPT. The model will illustrate how the student and ChatGPT alternate roles as sender and receiver, with each response functioning as feedback that influences the succeeding message.

It will also incorporate the psychological context of the student, particularly the emotional semantics identified throughout the exchange, as well as the communication barriers that may affect the quality and continuation of the interaction.

The study has limitations that should be considered when interpreting the findings. First, the study will only involve observing the same student twice, so the findings may not represent how other students communicate with or rely on ChatGPT. The student's familiarity with ChatGPT, prior knowledge, and personal communication style may also influence the results.

Next, the group will not assume that a single message or sentiment-analysis result represents a definitive emotional state. The sentiment-analysis tool will be used to support the analysis of emotional semantics, while the surrounding conversation and context will also be considered when interpreting the student's language.

Lastly, ChatGPT's responses may vary depending on the exact wording of the prompts, conversation history, model version, and platform settings. Therefore, the observations will be treated as focused cases of human-AI interaction rather than universal representation of how students communicate with AI.

References
  • Noureddine, C., Alvim de Paula, G., & Sterchele, A. (2025). Chirps and sentiments regarding PMS and PMDD: Where does X stand? European Psychiatry, 68(S1), S1179–S1180.
  • OpenAI. (2022). Introducing ChatGPT. In OpenAI.
  • Quan, Z., & Chen, Z. (2024). Human–computer pragmatics trialled: Some (IM)polite interactions with ChatGPT 4.0 and the ensuing implications. Interactive Learning Environments, 1–20.
  • Soper, D. (2019). Free sentiment analyzer. In Danielsoper.com.