Quantitative Reasoning

Empowering Student Success: Implementing Objective Based Grading in Math Education

Submitted by Jennifer Maughan on

This study explores the implementation and impact of Objective Based Grading (OBG) in a college math classroom, inspired by insights gained from the Maricopa Student Success Conference. After adopting a structured grading approach that included two in-class Mastery Checks, a scale of 0 to 4 for individual concepts, and an emphasis on self-reflection, I observed significant improvements in student engagement and performance. Notably, the number of students seeking retakes on their own increased by nearly 300%, and average scores rose by 18% in Class 1 and 16% in Class 2.

Turning Inches Into Miles: Student Retention Rates in MAT Courses

Submitted by Bobbi Mohr on

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.

Student process improvement - Maximum Time Frame Appeal

Submitted by Rosanna Short on
  • Continue to review processes and look for ways to simplify/streamline whenever possible.
  • When there are continual pain points, challenges, or overly complicated processes use that to identify a solution. Put your time toward finding/creating/requesting automation to improve the process. It will take additional time in the beginning to determine and implement a solution. Once the solution is implemented it will make up for the extra time it took to identify/make the changes.

From Accounting Honors Project to Course Project

Submitted by Kortney Song on

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.

Lab Write-Up Template for Science Literacy

Submitted by Melanie Newell on

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.

Using Desmos to Support the Chain Rule

Submitted by Sara Meana on

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.

Building Connections Through Posters

Submitted by Muhammad Sandhu on

BIO 201, Human Anatomy & Physiology (A&P I), is a gateway course. Students learn about body structure (Anatomy) and function (Physiology) for the first time, covering enormous information. The human body is dynamic; when confronted with changes in its internal or external environments, the body systems collaborate (they don’t work in isolation) to keep its internal environment within stable working limits to maintain life.