AI-Powered Adaptive Learning Boosts Students’ Psychology Understanding and Emotional Skills

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FORMOSA NEWS - Papua - Artificial Intelligence is reshaping how students learn psychology in schools. A 2026 study published in the Formosa Journal of Multidisciplinary Research shows that AI-based adaptive learning significantly improves both academic understanding and emotional regulation among high school students. The research was conducted by Sutikno from Universitas Negeri Jakarta, Junita Sipahelut from Institut Agama Kristen Negeri (IAKN) Ambon, and Isep Djuanda from Universitas Islam Depok. The findings matter because they highlight how AI can support not only cognitive learning but also students’ emotional development—an area often overlooked in traditional education.

A Shift Toward Personalized Learning

Education systems worldwide are moving away from one-size-fits-all teaching. After the COVID-19 pandemic accelerated digital transformation, schools are increasingly exploring technologies that can adapt to individual student needs.

In psychology education, this shift is especially important. Students are expected to understand complex concepts while also developing emotional regulation skills, such as managing stress, frustration, and motivation. Traditional classroom approaches often struggle to address both aspects simultaneously.

AI-based adaptive learning offers a solution. By analyzing student performance in real time, the system adjusts lesson difficulty, provides targeted feedback, and personalizes learning pathways. This makes learning more responsive and engaging for each student.

How the Study Was Conducted

The research involved 60 tenth-grade students from a public high school in Papua, Indonesia. The students were divided into two groups:

  • An experimental group using AI-based adaptive learning
  • A control group using conventional teaching methods

The study followed a quasi-experimental design with pretest and posttest comparisons. Over six weeks, researchers measured:

  • Students’ understanding of psychology concepts
  • Their ability to regulate emotions
  • Their level of learning engagement

Data were collected through tests, psychological scales, and questionnaires, then analyzed using statistical comparisons to determine the effectiveness of the AI intervention.

Key Findings: Strong Gains Across Multiple Areas

The results reveal clear advantages of AI-supported learning compared to traditional methods.

1. Significant improvement in academic performance
Students using AI-based adaptive learning showed a much higher increase in psychology comprehension:

  • Average score rose from 55.20 to 78.40
  • Conventional group increased from 54.70 to 66.10

This large difference indicates that personalized learning pathways help students grasp concepts faster and more effectively.

2. Better emotional regulation
Students in the AI group demonstrated stronger improvements in managing their emotions:

  • Increase of 0.74 points on the emotional regulation scale
  • Compared to only 0.27 in the control group

This suggests that adaptive feedback and tailored challenges help reduce frustration and build confidence.

3. Higher learning engagement
The AI group reported:

  • Greater focus during lessons
  • More consistent participation
  • Increased motivation

Students were less likely to feel bored or overwhelmed because the system continuously adjusted to their ability level.

Why AI Makes a Difference

According to Sutikno of Universitas Negeri Jakarta, AI-based adaptive learning functions as more than just a digital tool. It acts as a personalized learning assistant.

Sutikno explains that AI systems analyze student behavior and deliver immediate, relevant feedback. This helps students stay engaged while also managing emotional challenges during learning.

Junita Sipahelut from IAKN Ambon adds that psychology education requires attention to both cognitive and emotional dimensions. AI enables educators to address both simultaneously, something that is difficult to achieve through traditional instruction alone.

Real-World Impact and Educational Implications

The findings have important implications for education systems, particularly in developing regions.

  • For schools: AI can improve learning outcomes without increasing teacher workload
  • For teachers: It supports differentiated instruction by automatically adapting materials
  • For students: It creates a more comfortable and personalized learning experience
  • For policymakers: It offers a scalable solution to reduce educational disparities

The study’s context in Papua is especially significant. It demonstrates that AI-based learning can be implemented even in regions with diverse student abilities and limited resources, as long as the system is properly designed.

Challenges and Future Directions

Despite its promising results, the research highlights several limitations:

  • The study lasted only six weeks
  • The sample size was limited to one school
  • Emotional regulation was measured through self-reported data

Future research is expected to explore long-term effects, larger populations, and more diverse educational settings. Researchers also suggest combining quantitative data with interviews or observations for deeper insights.

Author Profiles

  • Sutikno – Universitas Negeri Jakarta; specializes in educational technology and AI-based learning systems
  • Junita Sipahelut – Institut Agama Kristen Negeri (IAKN) Ambon; focuses on psychology education and social-emotional learning
  • Isep Djuanda – Universitas Islam Depok; expert in curriculum development and educational innovation

Source

Implementation of Artificial Intelligence to Enhance the Effectiveness of Adaptive Learning in Psychological Education in Schools
Formosa Journal of Multidisciplinary Research, Vol. 5 No. 3 (2026)

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