Abstract:Many of the foundational courses in undergraduate engineering programs are essential prerequisites for the core major-specific courses pertaining to the respective engineering degree, and hence typically have high enrollments. As a result, in addition to being offered during the regular semesters (Fall and Spring semesters, which are typically about 15 weeks in duration), many of these are also offered in an accelerated format over summer sessions (typically about 5 weeks in duration). Such a different manner … Show more
“…Although this variable was present, the results were inconsistent with other studies that concluded a better performance in accelerated courses than in typical semester courses. 27 However, other studies reported an equivalent student performance between the two different terms. 28…”
Section: Achievement Of Learning Outcomesmentioning
Performing qualitative analysis is a common component of the undergraduate Organic Chemistry laboratory for identifying functional groups and unknown compounds. Although the Organic Chemistry 1 lecture dedicates a significant amount of time to discussing the reactions of hydrocarbons such as alkanes, alkenes, alkynes, and aromatics, only a few laboratory practices apply these reactions and emphasize the material discussed in the lecture. Therefore, we developed and implemented a laboratory activity that applied lecture theory to review how to identify the reactants (hydrocarbons), reagents, conditions, and products. In addition, it emphasizes the study of the different types of organic reactions, how to draw suitable mechanisms, and the use of curved arrows to show the formation and breaking of bonds. The experimental part of the laboratory experience consisted of qualitative tests to identify different types of hydrocarbons such as bromine, Baeyer, and Friedel−Crafts tests. This activity was implemented in laboratory courses of Organic Chemistry 1 and 2 and evaluated through a quasi-experimental study to assess the student's learning experience through a pre-test and post-test and a satisfaction survey. The results showed that the laboratory experiment was more effective for the laboratory of the Organic Chemistry 1 students. One of the advantages of this laboratory experiment is that it can be performed in person or can be adapted to a virtual context.
“…Although this variable was present, the results were inconsistent with other studies that concluded a better performance in accelerated courses than in typical semester courses. 27 However, other studies reported an equivalent student performance between the two different terms. 28…”
Section: Achievement Of Learning Outcomesmentioning
Performing qualitative analysis is a common component of the undergraduate Organic Chemistry laboratory for identifying functional groups and unknown compounds. Although the Organic Chemistry 1 lecture dedicates a significant amount of time to discussing the reactions of hydrocarbons such as alkanes, alkenes, alkynes, and aromatics, only a few laboratory practices apply these reactions and emphasize the material discussed in the lecture. Therefore, we developed and implemented a laboratory activity that applied lecture theory to review how to identify the reactants (hydrocarbons), reagents, conditions, and products. In addition, it emphasizes the study of the different types of organic reactions, how to draw suitable mechanisms, and the use of curved arrows to show the formation and breaking of bonds. The experimental part of the laboratory experience consisted of qualitative tests to identify different types of hydrocarbons such as bromine, Baeyer, and Friedel−Crafts tests. This activity was implemented in laboratory courses of Organic Chemistry 1 and 2 and evaluated through a quasi-experimental study to assess the student's learning experience through a pre-test and post-test and a satisfaction survey. The results showed that the laboratory experiment was more effective for the laboratory of the Organic Chemistry 1 students. One of the advantages of this laboratory experiment is that it can be performed in person or can be adapted to a virtual context.
“…At PUWL, Statics during the Summer semester comprises 35 total, 1-hour class sessions spread over a period of 8 weeks, rather than 42 class sessions over 16 weeks as offered in the Fall and Spring semesters. Although we have not studied students' comparative performance in Statics at PUWL, many studies in engineering mechanics [7] and in a variety of other disciplines [8], [9] have shown that students in accelerated and intensive Summer courses demonstrate academic outcomes that are proportional, or are even an improvement, when compared to similar students enrolled in traditional semester schedules. Researchers have tied these improvements to both the compressed timeline and the intensity of instruction in such courses [8], [10].…”
as well as multiple internships in Manufacturing and Quality Engineering. His current work is investigating the implementation of select emergent pedagogies and their effects on student and instructor performance and experience in undergraduate engineering. His other interests include the philosophy of engineering education, engineering ethics, and the intersecting concerns of engineering industry and higher education.
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