Design Thinking Framework Boosts Critical Thinking and Science Literacy by 13%

Why It Matters

This research highlights a practical pedagogical approach that can be adopted by educators and curriculum developers. By framing learning challenges through a design thinking lens, educational outcomes related to analytical reasoning and scientific understanding can be demonstrably improved.

Key Finding

The review found that using design thinking in chemistry classes leads to better critical thinking and science literacy, with 13 specific design thinking elements proving particularly effective.

Key Findings

• Design thinking strategies have a significant positive influence on students' critical thinking skills.
• Design thinking strategies have a significant positive influence on students' science literacy.
• Thirteen specific aspects of design thinking are applicable and beneficial during chemistry learning processes.

Research Evidence

Aim: To analyze research trends and ascertain the impact of design thinking strategies on students' critical thinking skills and science literacy in chemistry learning.

Method: Systematic Review and Bibliometric Analysis

Procedure: The study systematically reviewed reputable journals from 2017-2023, analyzing research trends, publication types, and sample sizes using VOSviewer. Data was further analyzed using Miles and Huberman's method for data reduction, display, and conclusion drawing.

Context: Chemistry education

Design Principle

Pedagogical approaches that mirror design processes can enhance cognitive and scientific competencies.

How to Apply

When designing educational modules or problem-solving activities, consider structuring them around the iterative cycles of design thinking to encourage deeper engagement and critical analysis.

Limitations

The review focused on a specific timeframe (2017-2023) and may not capture earlier or later developments in the field. The specific implementation and effectiveness of the 13 aspects may vary across different educational contexts.

Student Guide (IB Design Technology)

Simple Explanation: Using design thinking in science classes helps students think more critically and understand science better.

Why This Matters: This research shows that a structured approach to problem-solving, like design thinking, can directly improve how well students learn and think critically in science subjects.

Critical Thinking: How might the identified '13 aspects' of design thinking be generalized or adapted for application in subjects outside of chemistry, and what are the potential challenges in such cross-disciplinary implementation?

IA-Ready Paragraph: This systematic review by Syahana et al. (2023) demonstrates that the integration of design thinking strategies into chemistry learning significantly enhances students' critical thinking and science literacy. The research identified thirteen specific aspects of design thinking that are particularly effective in fostering these skills within an educational context, suggesting that pedagogical approaches mirroring design processes can lead to improved analytical and scientific competencies.

Project Tips

• When exploring educational tools or methods, consider how they encourage critical thinking and understanding.
• If your design project involves an educational component, think about how design thinking principles could be applied to improve learning outcomes.

How to Use in IA

• Reference this study when discussing the pedagogical benefits of design thinking in your design project's research or justification sections, especially if your project has an educational or skill-development aspect.

Examiner Tips

• Demonstrate an understanding of how design methodologies can be applied beyond product creation to enhance learning and cognitive skills.

Independent Variable: Implementation of design thinking strategies in chemistry learning

Dependent Variable: Students' critical thinking skills and science literacy

Controlled Variables: Type of chemistry learning, specific design thinking aspects used, duration of intervention, student demographics

Strengths

• Comprehensive review of literature within a defined timeframe.
• Utilizes established methods for bibliometric and qualitative data analysis.

Critical Questions

• What is the causal mechanism through which design thinking enhances critical thinking and science literacy?
• Are there specific student profiles or learning environments where design thinking is more or less effective?

Extended Essay Application

• An Extended Essay could explore the effectiveness of a specific design thinking framework (e.g., IDEO's model) on critical thinking in a particular science subject, involving a small-scale experimental study.

Source

Design Thinking as an Effort to Enhance Critical Thinking and Science Literacy in Chemistry Learning: A Systematic Review · Jurnal Penelitian Pendidikan IPA · 2023 · 10.29303/jppipa.v9ispecialissue.4709