This work-in-progress paper explores how engineering education often relies on idealized design models in capstone courses and curricula, where problems are structured, resources abundant, and solutions focus on theoretical optimization. In contrast, practicing engineers must navigate multifaceted trade-offs influenced by constraints such as budget limitations, time pressures, safety requirements, and stakeholder demands. This gap can impede students’ development of adaptive design mindsets essential for professional success. To address this gap, we draw on early findings from a larger constructivist grounded theory investigation into engineering identity and motivation, examining practitioners’ decision-making in real-world contexts to inform authentic pedagogical strategies.
We specifically examine focused codes and theoretical categorizations in semi-structured interview transcripts from 11 practicing civil and structural engineers. Preliminary patterns reveal deviations from academic ideals, with design processes emphasizing pragmatic compromises over optimization, such as balancing compliance with efficiency and adapting to challenges. Findings suggest professional design mindsets prioritize iterative decision-making under uncertainty, fostering resilience through values-aligned trade-offs. While we are still conducting the full analysis, these early insights highlight opportunities to enhance design methods and frameworks in education by integrating real-world complexities.
We offer this WIP paper as an early snapshot of emergent findings to characterize the gaps between school and workplace design settings. Our early work suggests implications for teaching and curriculum design, such as incorporating case-based simulations that involve resource trade-offs and ethical considerations. In general, our work illustrates how leveraging practitioner perspectives, educators can better prepare students for seamless transitions to industry, promoting robust design mindsets and lifelong engagement in engineering practice.
The full paper will be available to logged in and registered conference attendees once the conference starts on June 21, 2026, and to all visitors after the conference ends on June 24, 2026