Developmental Math

Innovators Speak: Reflecting on Mathematics Redesign

Jeff Hughes, an author and educator at Hinds Community College in Tennessee, has been involved with course redesign in Mathematics since it was first implemented on his campus. Now, he shares his thoughts in the third of our Innovators Speak series. Please describe your experience with the corequisite model and/or Quantitative Reasoning. My community college began piloting a corequisite model in two sections of College Algebra and two sections of Quantitative Reasoning during the fall of 2016.  Since that time, we have expanded it and have sections offered on four of our six campuses.  I was involved at the very Read More…


Innovators Speak: Implementing Corequisites in Texas

For the second installation of our Innovators Speak series, we asked Dr. Rebecca Goosen about her experience implementing the corequisite model in Texas. She is a developmental educator and administrator at the forefront of course redesign, and took some time to share her thoughts Please describe your experience with the corequisite model.
I am the district administrator for developmental education at San Jacinto College. We had a Demonstration Grant from Texas Higher Education Coordinating Board and were asked to try integrating reading and writing as well as do some early testing of the corequisite models in Mathematics. We quickly Read More…


Infographic: It All Adds Up to Student Success with MindTap Math Foundations

“My class went from a 50% pass rate with a competing product to an 85%, 90%, and 92% pass rate for my 3 sections with MindTap Math Foundations.” –Jea Joseph, Instructor, Oakwood University Last Fall, students and instructors from around the country used MindTap Math Foundations in their developmental math classes. They noticed a difference.

63% of students felt that they would earn a grade of B or better

Built with students, for students in Developmental Math from the ground up, MindTap Math Foundations (MTMF) instills confidence in students and motivates them to succeed. Helpful tools, such as step-by-step tutorials, learning Read More…


How MindTap Math Foundations Enhanced My Class

Contributor: Yvette Hassakoursian, Glendale Community College (Glendale, CA) The first time I saw MindTap Math Foundations (MTMF) I was astounded by all the implications and possibilities.  MTMF is an all-inclusive solution for all different kinds of learners and all different kinds of instructors.  I had the opportunity to try MTMF with my class and here are the top three ways MTMF benefited myself and my students.

Top Three Benefits of MindTap Math Foundations

Tracking student progress

The student landing page has a modern feel that students can relate to and it beautifully encapsulates their Math past, present and future. The left side has Read More…


Focusing on the Success of Today’s Dev Math Students

Each year, more than one million U.S. students start college by enrolling in remedial education; however, many won’t complete the work. According to a study from the US Department of Education, only 27% of students in remedial math will ever earn a bachelor’s degree; that means that 73% will not.

For these students, developmental math is not simply a barrier to a degree—it’s a barrier to their career and personal goals. On a broader scale, this has a significantly negative impact on the health of the workforce, and the economy, in the United States. Changing this statistic is absolutely crucial for the future of our country, and the challenge to do so belongs to all of us.

As experts in educational content, pedagogy and technology, at Cengage Learning we are in a position to be a catalyst for change. Our focus on the student is a core tenet of our mission as an organization; we want to put students front and center of everything we do.

In order to create a solution that truly addresses the needs of students in developmental math courses, we needed a new approach. We needed to start from scratch and we needed to start with the student.

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Closing the Gap in STEM Education: The Appeal of Technology in the Classroom

What do students want from math and science courses? What do they expect from the technology used in the classroom?

Our infographic “Closing the Gap in STEM Education: The Appeal of Technology in the Classroom,” shows the challenges students face… as well as the resources (and support) they believe would help them succeed in their courses.

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Inside the Students and Instructors of STEM Education

Two recent studies by Cengage Learning identify the four unique types of students enrolled in Science, Technology, Engineering, and Mathematics (STEM) courses, and the three types of instructors who teach them.

From self-reliant doers and resourceful strugglers to tech-savvy instructors, find out which group matches your personality.

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Innovative Developmental Math Solution Improves Educational Outcomes at Borough of Manhattan Community College

As a full-time mathematics lecturer at CUNY BMCC, Professor Dale Dawes (who teaches everything from developmental mathematics through calculus) sees math anxiety in students young and old, in all of his classes.

In the past, Dawes struggled to identify struggling students, and then find time to provide individualized help to each of them. Furthermore, the process of grading mathematics assignments was taking up much of the time he’d prefer to spend giving those students the one-on-one attention that they need.

But now, thanks to Enhanced WebAssign® (EWA), Dawes has more freedom to offer his students individualized assistance. EWA is a cloud-based learning and feedback tool designed to promote critical thinking, automate the grading process, and provide students and instructors with real-time performance evaluations and results. Dawes, who uses EWA across all of his Mathematics courses, is a devoted user of EWA due to the flexibility it offers—from both the student and instructor perspectives. For instance, instructors can implement as much or as little of their content & rules in it, while students have a broad choice of ways to learn the data.
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Overcoming Graduation Obstacles: Improving Outcomes

For more than a year, Cengage Learning visited community college campuses around the country and conducted interviews with one hundred students in developmental education courses. We learned about the specific barriers that hindered their success, and we also discovered much about the factors that can help them successfully engage in their courses and complete their education.

Our new infographic gives a quick overview of the factors that have an effect on student outcomes in developmental mathematics. We share many of the insights we gained about the obstacles that students face on their journey towards success, including a lack of time, limited access to quality online resources outside of class, and challenges with content retention. You’ll also see what they believe could have a positive impact on their persistence and engagement, such as real-time, interactive, and personalized homework assistance.

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Students Seek Help for Math Anxiety and Find it with Enhanced WebAssign

Overcoming fear is certainly not an official subject major at the City University of New York, Borough of Manhattan Community College (CUNY BMCC), but for a handful of developmental math students there, it sure felt like it. For many students, who suffer from what’s often called “math anxiety,” the fear of failing yet another math class was real. Skipping class due to math anxiety is not uncommon for college students who have histories with mathematics struggles. However, the developmental math course is an important requirement on the path to graduation and enrollment at four-year schools… and thus, passing the course is of great importance.

Cengage Learning’s Enhanced WebAssign (EWA), a cloud-based learning and feedback tool designed to promote critical thinking, automate the grading process, and provide students and instructors with real-time performance evaluations and results, has helped many of CUNY BMCC’s students navigate the rough waters mathematics can often produce.

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