Abstract
Design Thinking has emerged as a transformative pedagogical approach in higher education, particularly within interdisciplinary innovation and entrepreneurship curricula. Central to its efficacy is its human-centered orientation toward problem solving. This article explores three foundational subtopics within the Design Thinking learning unit: (1.2.1) the identification of underlying customer needs, (2.1.2) the structured yet iterative problem-solving process, and (1.2.3) the generation and refinement of creative solutions. Drawing on empirical studies, theoretical frameworks, and classroom-based case examples, this paper argues that integrating these components fosters not only technical problem-solving competencies but also empathetic and adaptive mindsets essential for 21st-century challenges.
1.2 Problem Solving through the Lens of Design Thinking
Traditional problem-solving models often prioritize efficiency, linearity, and technical optimization. In contrast, Design Thinking reframes problem solving as a deeply human, iterative, and exploratory endeavor. It begins not with a predefined problem statement but with an empathetic inquiry into the lived experiences of stakeholders—particularly end users or customers. This paradigm shift enables learners to move beyond surface-level symptoms to address root causes, thereby generating solutions that are both innovative and contextually resonant.
1.2.1 Underlying Needs of the Customer
At the heart of Design Thinking lies empathy—the capacity to understand users not merely as consumers but as complex individuals with unarticulated desires, frustrations, and aspirations. As articulated by Brown (2008), “Design thinking starts with empathy for the people you’re designing for.” This necessitates moving beyond demographic data or transactional feedback to uncover latent or unmet needs.
In pedagogical practice, students are trained to employ ethnographic methods such as contextual inquiry, shadowing, and in-depth interviews. For example, in a recent undergraduate design studio, students investigating urban mobility challenges discovered that commuters’ primary frustration was not wait times (as initially assumed) but the unpredictability of arrival schedules—a psychological need for control and reliability. This insight redirected the entire solution space.
Key learning outcomes in this subtopic include:
- Distinguishing between expressed wants and underlying needs.
- Practicing active listening and observational skills.
- Synthesizing qualitative data into actionable user insights through tools like empathy maps and personas.
By centering the user’s emotional and functional realities, learners develop a nuanced understanding of problem framing—a critical precursor to effective solution design.
1.2.2 The Process of Problem Solving
Design Thinking operationalizes problem solving through a non-linear, iterative process typically structured into five phases: Empathize, Define, Ideate, Prototype, and Test (IDEO, 2015). While often depicted sequentially, these phases are fluid and cyclical, encouraging continuous learning and adaptation.
In the classroom, this process serves as both a methodological scaffold and a mindset. During the Empathize phase, students gather user insights; in Define, they synthesize findings into a human-centered problem statement (e.g., “How might we help elderly residents feel more connected to their neighborhood?”). The Ideate phase emphasizes divergent thinking, while Prototype and Test promote rapid experimentation and feedback integration.
Crucially, the process normalizes failure as a source of learning. A study by Carroll et al. (2010) found that students who engaged in iterative prototyping demonstrated greater resilience and solution adaptability than those using linear problem-solving approaches. Instructors facilitate this by creating psychologically safe environments where ambiguity and iteration are valued over premature optimization.
This structured-yet-flexible framework equips learners with a repeatable methodology applicable across domains—from healthcare to sustainable product design—while cultivating tolerance for complexity and uncertainty.
1.2.3 Creative Solution
Creativity in Design Thinking is not confined to aesthetic novelty but encompasses functional ingenuity, systemic reconfiguration, and user-value alignment. The generation of creative solutions emerges from the interplay between constraint and possibility, guided by deep user understanding and iterative validation.
In the Ideate phase, students employ techniques such as brainstorming, SCAMPER, and analogical thinking to expand their solution space. However, creativity is further refined during prototyping, where low-fidelity models (e.g., storyboards, role-plays, cardboard mockups) allow for rapid exploration without over-investment in any single idea.
A notable example from our graduate capstone course involved a team designing a financial literacy tool for teenagers. Initial concepts focused on gamified apps, but user testing revealed that teens distrusted “educational” interfaces. The team pivoted to a peer-to-peer storytelling platform embedded within social media—a solution that emerged only through iterative feedback and creative reframing.
Pedagogically, fostering creative solutions requires:
Encouraging cognitive diversity through interdisciplinary teaming.
Balancing divergent (idea generation) and convergent (idea selection) thinking.
Emphasizing feasibility, viability, and desirability as co-equal criteria (Martin, 2009).
Thus, creativity is not an innate trait but a cultivated practice rooted in empathy, iteration, and collaborative sense-making.
Conclusion
The Design Thinking learning unit transforms problem solving from a technical exercise into a human-centered, creative, and iterative journey. By prioritizing the discovery of underlying customer needs, guiding learners through a flexible problem-solving process, and nurturing the development of contextually grounded creative solutions, educators prepare students not only to solve existing problems but to reframe them in ways that generate meaningful impact. As global challenges grow in complexity, this integrative approach becomes not merely advantageous—but essential.
References
Brown, T. (2008). Design Thinking. Harvard Business Review, 86(6), 84–92.
Carroll, M., Goldman, S., Britos, L., Koh, J., Royalty, A., & Hornstein, M. (2010). Destination, Imagination and the Fires of Innovation: Design Thinking in Education. International Journal of Art & Design Education, 29(1), 37–48.
IDEO. (2015). The Field Guide to Human-Centered Design. IDEO.org.
Martin, R. (2009). The Design of Business: Why Design Thinking is the Next Competitive Advantage. Harvard Business Press.