Developmental Education Strategies

This assessment focuses on supporting students retaking ALT 100: Academic Literacy Through Integrated Reading and Writing, a foundational course that prepares students for English 101. These students, having previously failed or withdrawn, faced a range of academic and personal barriers, including time management challenges, low confidence, limited access to technology, and gaps in literacy skills.

Subjectively, it is believed students are more successful in MAT 151 ONLINE if they can process the information over 16 weeks versus 8 or 5 weeks.  After analyzing the data objectively, students enrolled in Bobbi Mohr's MAT 151 ONLINE courses from Spring 25 to Spring 24, using the same MOER course structure, yield the highest average success rates in 5 week courses.  The collective student success rate average for 5 week classes was 75.4%.

With OPIE data from AY 22-23, MAT instructors have implemented instructional best strategies to improve student retention rates from Fall 23 to Fall 24.  To contribute to the EMCC Strategic Goal of increase college retention and persistence by reducing the within semester withdrawal rate from 16% to 14% by 2026, MAT instructors have implemented and documented (monthly) instructional best practices, as well as reported (monthly) the number of students retained in their courses.

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.

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 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.

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.

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

This syllabus research project is an example of assessing learning practices to enhance learning environments at the classroom, program, and college level. I learned from student success literature that often, underrepresented students will not ask for exceptions to syllabus policies while their counterparts will, thus creating unintentional equity gaps with class syllabus policies. I studied various course syllabi from EMCC classes to see how my policies compare. I then surveyed EMCC faculty and students about the course syllabus.

In Fall 20, math courses transitioned to a Live Online format versus traditional online. Faculty spent the summer frantically learning technologies and strategies through workshops, brainstorming sessions, and social media. Math faculty also trained one another on Zoom/Webex, NearPod, and Whiteboard.fi with a common goal -  to learn and implement new tools in the virtual environment to keep students engaged; increasing student success and persistence.

The integration of Kahoot in CHM130 instruction will be investigated.  In this work, Kahoot will be developed to serve students in CHM130 in compound naming topic.  Students performance will be compared in naming compounds in this semester with students' performance in the last two years.  The study hypothesis stated that students in CHM130 who practice naming compound in Kahoot will score better than students who didn't practice naming of compounds in Kahoot.

The purpose of this qualitative study was to evaluate an environment to determine whether or not it encourages interaction among tutors and faculty. Prior to the intervention in Spring 2020, tutor and faculty interaction was low during pre-semester meet-and-greet sessions; the sessions were conducted in a panel format with tutors comprising the audience. The Spring 2020 session, however, was held in a small-group format, and informal feedback was positive. Formal tutor survey results showed that the small groups enabled more flow of conversation as well as deeper connection.

Through conversations with the tutors, a desire was discovered to be better.  The tutors know their material very well but wanted to see if there was a way to improve on their delivery style and customer service.  I introduced the concept of continuous quality improvement (CQI) which is a culture of never-ending improvement.  The assumption is that unless we learn something about what we are doing, we are unlikely to know how to improve it.