Face to Face

Does additional prerequisite instructional time for the same instructional content have an effect up success in BIO201?  Do one of the four prerequisite options (BIO156 and BIO181 4 credit hours, BIO156XT and BIO181XT 5 credit hours) lead to better success in BIO201?  BIO, in conjunction with OPIE studied the results of student success when completing BIO201 and testing which of the four prerequisite options best prepared students for success.  The results of BIO201 were compared for students who successfully completed one of the four prerequisites.

An independent honors student completed a project in ACC212 that the subsequent semester was piloted as a group assignment for an in-person course. The project provided the real-world application of producing a product and calculating and analyzing the associated production costs. An update to this CATS will be provided with a comparison of the student population who completed the group project versus those who did not upon completion of the Spring 2025 semester.

The purpose of this assessment is to explore the potential benefits of reintroducing Lab Write-Ups in science courses at EMCC as a means to enhance students’ science literacy. Lab Write-Ups provide an opportunity for students to share their data collection experiences, interpret results, and engage in scientific reading and writing. They also allow students to incorporate findings into their understanding of the natural world.

This study assesses the impact of an educational activity designed to enhance AI tool utilization among CHM151 students, with a focus on promoting ethical, effective use in academic work. Delivered as an in-class Canvas module, the activity aimed to educate students on AI operation, benefits, risks, and practical applications. The module also sought to improve students’ ability to identify inaccurate AI outputs and foster creative, responsible AI applications.

The "Let’s Get Ready Together" Open House at EMCC was a welcoming and informative event designed to prepare students and their support networks for the upcoming semester. With over 344 students and their support systems in attendance, the event featured faculty, staff, and representatives from multiple departments, offering guidance on academic, financial, and personal resources available on campus. Through lab tours, campus tours, and one-on-one interactions, attendees gained familiarity with campus facilities, course expectations, and support services.

This CATs explores the use of a game-based learning activity, modeled after Taboo©, to boost student engagement, communication skills, and conceptual understanding across disciplines. Students worked in pairs to describe and guess course-specific terms without using certain "taboo" words, reinforcing complex concepts while improving verbal and listening abilities. Mixed-methods assessments revealed increased engagement, deeper understanding, and enhanced skills critical for STEM, healthcare, humanities, and social sciences.

Traditional classroom level assessments does not always perform the way instructors intend it to, as it is highly subjective and internalize instructor biases. Traditional grading systems pit students and instructors against each other by making grades a commodity that students must negotiate with the instructor, instead of building trusting relationships that allow for students to learn from their mistakes, take risks, and be creative.

The ET (embedded tutoring) program was not sustained after the 22-23 academic school year.  Student surveys from Spring 22 report 62% of respondents say having an embedded tutor helped them feel comfortable asking for help; 60% of respondents report having an embedded tutor deepened their understanding of course topics and concepts; 49% of respondents report the embedded tutor improved their critical thinking skills.

The entire Life Sciences FT faculty and the LS Administrative Specialist Sr, Lynn Abrams Comtois contributed to this CATS.   (Not all names were available to be selected and added in the section below). 

When finding derivatives using the chain rule, a common student error is to "forget the chain".  By visually confirming the derivative equation they calculated matches the derivative graph generated by Desmos, students can confirm correct rule choice and correct application of rules.  If the graphs don't match, students can then make small changes to their equation until the derivatives match.

I created a series of discussion assignments for my BIO201 courses titled Anatomy of a Superhero for the purpose of prompting students to think about human anatomy and physiology from a different perspective and to help reinforce the principles of normal human anatomy and physiology.

To improve student learning reflections through CATS and Program Review (Assessment Plan).

In conjunction with the 4DX campus initiative and the EMCC Super Goal #1, the math division developed the following WIG:  To contribute to closing the equity gap and improving a student’s sense of belonging, the Mathematics Division will increase the student’s response average on the twenty questions of the Classroom Community Survey (Rovai, 2002) from a 2.2 to 2.5 by December 2021.  Residential faculty reported what types of activities/practices were implemented in their classes to increase a student's sense of belonging.  Students reported an average