Superhero themes have been increasingly used in the teaching of a range of topics including business, humanities and science in recent years. Typically, characters from existing popular media are adopted for the teaching activities. On the other hand, customised characters that are developed from scratch allow the educator to have more control of the characters’ features so that the learning objectives can be achieved more effectively. In this work, new fictitious characters have been created as cases for students to perform their engineering materials selection assignment. The motivation for using the superhero theme was to increase the students’ excitement in the assignment. This paper shares the approach taken and the teaching experience after running the superhero theme with two cohorts of students.
Tag: stem
Developing Cross-Disciplinary Competencies through College Algebra
To argue for the importance of an integrative approach to learning in introductory STEM (Science, Technology, Engineering and Mathematics) and other courses, we present a case study of a project incorporating cross-curricular skills in a college algebra course. We analyze student work on the project and responses to surveys, and find the assignment affects positively students’ mastery of specific quantitative skills, perceptions of learning, civic awareness, and sense of relevance of mathematical study. We use the analysis to suggest guidelines for designing other activities aiming to teach the whole student in introductory courses.
Overcoming Gender Bias in STEM: The Effect of Adding the Arts (STEAM)
This study investigated female students who attended a STEM course with the Arts (STEAM) in comparison to a traditional STEM course and the impact it had on desire to pursue a STEM degree. An independent-samples t-test was conducted to compare female to male students’ interest in pursuing STEM degrees. In addition, follow up data for registration in STEM subjects was calculated. The participants (N = 58) consisted of college students (35 female students and 23 male students) attending a postsecondary institution in the northeastern United States. The study found significant differences (p < .05) between the groups and a larger percentage of female students from the STEAM course than from the traditional STEM course enrolled in another STEM course at follow up. These results support the positive relationship between female students attending a STEAM course and desire to pursue a STEM degree. The implications and results of adding interdisciplinary elements to traditional STEM courses for female students are discussed.