Pfeiffer Ferris M, Burgoyne Suzanne, Hunt Heather K, Strobel Johannes
Department of Bioengineering, University of Missouri, Columbia, MO 65211.
Department of Orthopaedic Surgery, University of Missouri, Columbia, MO 65211.
J Biomech Eng. 2018 Aug 1;140(8). doi: 10.1115/1.4040399.
Innovation arises from creativity. "Thinking outside the box" has long been seen as a necessary precursor to innovation and invention in engineering. However, creativity is rarely part of traditional engineering curricula. In 2015, our group began to explore integrating theater-based creativity methods into bioengineering capstone design. Evaluation of student outcomes was encouraging, so we continued to develop the course in 2016 and 2017. As we worked to refine the pedagogical process, we discovered tensions (real or perceived) between providing academic rigor and allowing students to embrace their creativity; for instance, we experienced some resistance from engineering faculty and students toward adopting methods they viewed as "artsy" or lacking academic rigor. Here, we discuss the tensions we observed offer potential ways to mitigate such tensions and begin to consider how to expand on our successes.
创新源于创造力。长期以来,“跳出框框思考”一直被视为工程领域创新和发明的必要前提。然而,创造力很少成为传统工程课程的一部分。2015年,我们团队开始探索将基于戏剧的创造力方法融入生物工程顶点设计中。对学生成果的评估令人鼓舞,因此我们在2016年和2017年继续开发该课程。在努力完善教学过程时,我们发现在保证学术严谨性与让学生发挥创造力之间存在(真实的或感觉到的)矛盾;例如,我们遇到了工程系教师和学生对采用他们认为“艺术气息过浓”或缺乏学术严谨性的方法的一些抵触。在此,我们讨论观察到的矛盾,提供缓解此类矛盾的潜在方法,并开始思考如何扩展我们的成功经验。