Design Thinking Boosts Problem-Solving and Creativity in Novice University Students

Why It Matters

This research provides strong evidence for the efficacy of design thinking as a pedagogical tool. For design practitioners, it highlights the value of structured, iterative problem-solving approaches that foster innovation and adaptability, skills crucial in today's rapidly evolving markets.

Key Finding

Across the semester, students demonstrated notable gains in both their ability to solve problems and their creative thinking, according to their own assessments, their peers, and their teachers. The most significant progress occurred in the first half of the course.

Key Findings

• Significant improvement in students' problem-solving skills across all three rater groups (self, peer, instructor).
• Significant improvement in students' creativity skills across all three rater groups.
• Effect sizes for skill improvement were larger from t0 to t1 than from t1 to t2.

Research Evidence

Aim: To investigate whether problem-solving and creativity skills improve in university students undertaking a design thinking course, as rated by students, peers, and instructors.

Method: Quantitative, within-subjects design with repeated measures.

Procedure: Students participated in a design thinking course analyzing real-world problems. Their problem-solving and creativity skills were assessed at the beginning (t0), middle (t1), and end (t2) of the semester using a short case study. Assessments were conducted by the students themselves, a peer, and the instructor.

Sample Size: 910 participants

Context: Higher education curriculum, interdisciplinary university course.

Design Principle

Iterative problem-solving frameworks, such as design thinking, demonstrably improve creative and analytical skills when applied within a structured learning environment.

How to Apply

Introduce design thinking workshops or integrate its phases (empathize, define, ideate, prototype, test) into team projects to encourage innovative solutions and structured problem analysis.

Limitations

The study focused on novice university students; results may differ for experienced professionals or in different educational contexts. The specific design thinking course structure and its implementation could influence outcomes.

Student Guide (IB Design Technology)

Simple Explanation: Using design thinking in a course helps students get better at solving problems and being creative, and everyone (students, friends, and teachers) noticed the improvement.

Why This Matters: This research shows that using a structured approach like design thinking can really improve your skills, making your design projects more successful and your solutions more innovative.

Critical Thinking: How might the specific disciplines of the students involved have influenced the observed improvements in problem-solving and creativity?

IA-Ready Paragraph: The implementation of design thinking methodologies has been shown to significantly enhance students' problem-solving and creativity skills, as evidenced by a large-scale study involving 910 university students. This research supports the integration of design thinking into educational frameworks to cultivate essential skills demanded by the labor market, suggesting that structured, iterative approaches foster innovation and adaptability.

Project Tips

• Clearly define the stages of your design thinking process.
• Use multiple perspectives (self, peer, expert) to evaluate your progress and outcomes.

How to Use in IA

• Reference this study when explaining how your chosen design methodology (e.g., design thinking) is expected to enhance your problem-solving or creative abilities throughout your design project.

Examiner Tips

• Ensure your design process is clearly articulated and justified, drawing on research like this to support its effectiveness.

Independent Variable: Implementation of a design thinking course.

Dependent Variable: Problem-solving skills and creativity skills.

Controlled Variables: Student discipline, team collaboration, duration of the course, case study complexity.

Strengths

• Large sample size providing statistical power.
• Multi-actor evaluation (self, peer, instructor) enhancing validity.
• Repeated measures design capturing changes over time.

Critical Questions

• To what extent are the observed improvements generalizable to professional design practice outside of an academic setting?
• What specific components of the design thinking process contributed most significantly to the skill development?

Extended Essay Application

• Investigate the long-term impact of design thinking training on career progression and innovation output in professional fields.
• Compare the effectiveness of different design thinking frameworks (e.g., Stanford d.school vs. IDEO) on skill development.

Source

Impact of design thinking in higher education: a multi-actor perspective on problem solving and creativity · International Journal of Technology and Design Education · 2022 · 10.1007/s10798-021-09724-z