Comparisons of student motivation and achievement of sustainability learning objectives in two project-based learning courses

In 2019, the Mechanical Engineering and Bioengineering Department at Valparaiso University decided to replace the required, senior-level thermodynamics II course with a course focused entirely on sustainability. To determine which course led to greater attainment of sustainability learning objectives and increased intrinsic motivation, students in the last cohort of the thermodynamics course and in the first cohort of the sustainability course were surveyed. The thermodynamics course was a required, three credit, senior-level course that included lessons on sustainability as well as four sustainability projects. The replacement course was a required, two credit, junior-level course focused entirely on sustainability, and it also included four sustainability projects. The impacts of each course on student motivation and their self-assessment of the learning objectives were compared to determine which course was better from an educational perspective. The results showed that students’ self-evaluation of the learning objectives was not significantly different between the two courses. Students in the thermodynamics course also stated they were more motivated intrinsically while also increasing their confidence and competence. Due to the increase in motivation with no significant decrease in the achievement of the learning objectives, it can be argued that the enhanced thermodynamics course was better for teaching sustainability concepts than the course focused entirely on sustainability.

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Publication Details

Journal
International Journal of Mechanical Engineering Education
Published
2026-01-12
DOI
https://doi.org/10.1177/03064190251413269
Primary Topic
Sustainability in Higher Education
Type
article
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article

Comparisons of student motivation and achievement of sustainability learning objectives in two project-based learning courses

Peter Johnson
International Journal of Mechanical Engineering Education
Sustainability in Higher Education
article

Comparisons of student motivation and achievement of sustainability learning objectives in two project-based learning courses

Peter Johnson
article en

Abstract

In 2019, the Mechanical Engineering and Bioengineering Department at Valparaiso University decided to replace the required, senior-level thermodynamics II course with a course focused entirely on sustainability. To determine which course led to greater attainment of sustainability learning objectives and increased intrinsic motivation, students in the last cohort of the thermodynamics course and in the first cohort of the sustainability course were surveyed. The thermodynamics course was a required, three credit, senior-level course that included lessons on sustainability as well as four sustainability projects. The replacement course was a required, two credit, junior-level course focused entirely on sustainability, and it also included four sustainability projects. The impacts of each course on student motivation and their self-assessment of the learning objectives were compared to determine which course was better from an educational perspective. The results showed that students’ self-evaluation of the learning objectives was not significantly different between the two courses. Students in the thermodynamics course also stated they were more motivated intrinsically while also increasing their confidence and competence. Due to the increase in motivation with no significant decrease in the achievement of the learning objectives, it can be argued that the enhanced thermodynamics course was better for teaching sustainability concepts than the course focused entirely on sustainability.

International Journal of Mechanical Engineering Education
Valparaiso University (US)
Openalex Percentile: Top 91%
Sustainability in Higher Education
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Comparisons of student motivation and achievement of sustainability learning objectives in two project-based learning courses — Peter Johnson · International Journal of Mechanical Engineering Education (2026) | TGRS Research Map | TGRS