Fostering the Development of Engineering Skills Using Online Tools
Engineering education extends beyond mere knowledge acquisition and encompasses the development of a comprehensive skill set valued in the industry.A novel approach to fostering engineering skills using online tools is presented in this paper, addressing the limitations of traditional teaching methods.The alignment between ABET student outcomes and industrydesired skills was analyzed, and the need for improved skill development methodologies in engineering curricula was identified.Five key elements of skill development are focused on: personal investment, practice, feedback, realistic expectations, and supportive environments.An innovative educational tool utilizing online platforms was introduced to create multiple-attempt assignments with randomized variables and immediate feedback.The challenges of implementing effective practice and feedback loops in engineering education are addressed by this tool, while minimizing the additional instructor workload.The methodology was implemented in three engineering courses: Statics, Dynamics, and Traffic Engineering Significant improvements in student motivation, engagement, and achievement of learning outcomes are demonstrated by results from student surveys and ABET assessments.Increases in ABET student outcome achievement ranging from 6.3% to 28.6% across the three courses were observed following the implementation of this tool.Positive student perceptions of the tool's impact on their skill development, problem-solving abilities, and learning experience are indicated by survey responses.A contribution to the ongoing discussion on enhancing engineering education is made by this paper through the proposal of a practical, scalable approach to skill development that aligns with industry needs and accreditation requirements.It is suggested by the findings that the incorporation of principles of skill development into engineering curricula can transform educational approaches, resulting in improved student growth and better-prepared graduates for the workforce.
Authors
- Gulen Ozkula (ORCID: https://orcid.org/0000-0002-1947-6362)
- Bryan Higgs
Institutions
- University of the District of Columbia (US)
Publication Details
- Published
- 2024-12-04
- DOI
- https://doi.org/10.18260/1-2--49439
- Primary Topic
- Experimental Learning in Engineering
- Type
- article
- Field-Weighted Citation Impact
- 0.00