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EVALUATION OF STEM+ART COLLABORATION FOR MULTIDISCIPLINARY ENGINEERING TECHNOLOGY LABORATORY

机译:多学科工程技术实验室茎+艺术合作评价

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The need to restore manufacturing competitiveness in the United States has become increasingly evident over the past decade. A common weakness that has been identified in much of the related literature is that engineers need a broader skill set than is currently contained in the core engineering curricula. Key skill deficiencies that have been identified include creative thinking, entrepreneurship, and the ability to work effectively in multidisciplinary groups. For the past 3 years, a project at Youngstown State University dubbed the Cooperative Laboratory (CoLab) has brought together students from STEM and the Fine and Performing Arts to work on challenging design problems. Through the CoLab project, engineering technology students have been able to work on real-world, open ended projects with both technical and non-technical constraints. Thus far, initial development of the program has focused on Mechanical Engineering Technology students from STEM. Through the program, students have gained opportunities to: 1. develop innovative solutions to loosely defined problems; 2. work with diverse multi-disciplinary colleagues towards a common goal; this involves negotiation and compromise; 3. maintain design intent while addressing cost and market factors; 4. practice leadership and self-direction in completing the project; 5. communicate technical aspects of designs with non-technical colleagues; 6. be responsible for project planning and scheduling considering resources and deadlines. This paper explores the relevance of the identified metrics from the perspective of industry, specifically local and regional. It presents a preliminary evaluation of the effectiveness of CoLab by comparing students who have gone through the program as compared with those who have followed a traditional Engineering Technology curriculum. Current issues with implementation, student evaluation and outcome assessment are addressed. This includes a discussion of how the goals that the Performing Arts can be met compatibly with the needs of the Engineering Technology program. Finally, recommendations for future adaptation, improvement and expansion of the CoLab methodology are proposed.
机译:在过去十年中,在美国恢复制造竞争力的需求变得越来越明显。在相关文献中已经确定的常见弱点是工程师需要比目前包含在核心工程课程中的更广泛的技能。已经确定的主要技能缺陷包括创造性思维,创业性,以及在多学科群体中有效工作的能力。在过去的3年里,在扬斯敦州立大学的项目被称为合作实验室(Colab)从茎和良好和表演艺术的学生汇集在挑战的设计问题上。通过COLAB项目,工程技术学生能够在现实世界中工作,具有技术和非技术限制的现实世界,开放式项目。到目前为止,该计划的初步发展专注于机械工程技术的茎。通过该计划,学生获得了机会:1。开发创新解决方案,以松散定义问题; 2.与多元化的多学科同事融入共同目标;这涉及谈判和妥协; 3.在解决成本和市场因素的同时保持设计意图; 4.练习完成项目的领导和自我方向; 5.通过非技术同事沟通设计的技术方面; 6.考虑资源和截止日期,负责项目规划和调度。本文探讨了所确定的指标与行业的角度,特别是本地和区域的相关性。它提出了通过比较通过该计划的学生与遵循传统工程技术课程的学生进行比较的初步评估。涉及实施,学生评估和结果评估的当前问题。这包括讨论表演艺术如何与工程技术程序的需求兼容的目标。最后,提出了对未来适应,改进和扩展Colab方法的建议。

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