Showing posts with label student progress. Show all posts
Showing posts with label student progress. Show all posts

Tuesday, October 4, 2022

Level the Playing Field by Reframing the Idea of "Weed-out" Courses

Choosing to attend college and their degree program can be one of the most important decisions for young adults that will dictate their options for careers, academic opportunities, professional development, future earnings, and social experiences. As of July 26th 2022, 74.5% of all 18- and 19-year-olds are enrolled in a post-secondary school of any type (educationdata.org). According to educationdata.org, 42.8% of the Class of 2020 enrolled in a 4-year institution. This number can be explained as universities filtering-out students based on admissions thresholds and students self-selecting on whether to apply to a four-institution.

However, for many of these incoming students there is another process of sorting them from one another, known as “weeding-out” students, and it can be quite controversial. Some institutions pride themselves on demanding academics where they announce to new students, “Look to your left, and look to your right because one of you will not be here next semester.” Sometimes, it is discipline specific. Departments can have a culture that demarcates students into two categories resulting in high dropout rates: a few who are likely to excel in a specific subject area and a large portion who likely will struggle or fail. Often, this form of academic gatekeeping packages itself as a demanding introductory undergraduate course that measures aptitude in a specific discipline-area.

What is a weed-out course? And what is the academic culture surrounding them?

Informally known as “weed-out” courses, these undergraduate classes tend to be introductory courses and core courses for a major or subject-area. Often these classes have a large rate of students who do not  seek a degree in the same discipline-area. These courses stereotypically are associated with the science, technology, engineering, and mathematics (STEM) fields. However, other majors have their own version gatekeeping courses.  From my own experience, the music theory sequence is often utilized as a type of gatekeeping for the music major. Regardless of the subject matter, heavily demanding introductory courses known as “weed-out courses” discourage students who struggle with the subject matter, are overwhelmed by the time-commitment, and are frustrated by receiving low grades.

Who are we “weeding-out?”

It begs the question, “who are we “weeding-out?”” If our goal is to have an education that champions diversity, equity, and inclusion (DEI), we must also recognize that the notion of “weeding out” students from majors can be highly problematic since it disproportionately affects first-generation students, women, people of color, and other underrepresented groups. These courses are still common for American colleges and universities despite the rising advancement of diversity and inclusion initiatives. In several studies, student performance and their parents’ education can be determining factors of whether a student continues in a STEM field, particularly for women and first-generation students. According to the National Center for Education Statistics, the 6-year graduation rate in 2016 was 60-percent for this group. Only 41-percent completed their programs within 4-years. These numbers are even lower for students in this group who identify as Hispanic, Pacific Islander, Black, or American Indian/Alaska Native.

Leveling the playing field in the Classroom

If we are to champion DEI and academic excellence, while also encouraging student retention, then it is essential to change the mind-set of a demanding introductory courses from being a “weed-out” course to an opportunity for each student to have the chance to “level their playing field.” This means we actively provide the resources and support necessary for students to succeed. Within our courses, this can include assessing prior knowledge and skills, providing a list of institutional support services, defining expectations for participation, checking-in with our students, and training them to be self-sufficient through self-reflective practices.  

A first-step would be to assess your students’ prior knowledge and skills, so you, their academic advisors, and the university can proceed in providing a support system tailored to an individual student’s needs.  (For more information on diagnostic assessment, please read our previous blog post Assessing Your Students’ Prior Knowledge.) After that diagnostic assessment, it is essential to support students in a multi-faceted approach. Connect them with TWU’s institutional resources listed below, if appropriate.

In the classroom, you can support students by creating clear expectations, scaffolding your subject matter, promoting a sense of community, and developing a variety of formative assessments that can guide a student’s learning by allowing them to submit multiple drafts or revisions. Through well-thought formative assessments, you can guide your students’ learning and allow them to continue to grow. Finally, always make sure to check-in with your students to intervene early. If you begin to see a dip in grades, quality of work, or attendance, do not wait to follow-up. Early intervention is more effective and easier than to wait until the final weeks of the semester to course-correct. This is a chance to teach students how to overcome their academic challenges rather than allowing the difficulty to define and stunt their potential. 

Closing Thoughts

By intervening early on, an instructor can give a student the chance to continue and thrive in their major or career plan.

If you are interested in discussing more on classroom support for students, please feel free to reach out to the Center for Faculty Excellence!


Dayton L. Kinney, Ph.D.

Coordinator of Teaching, Learning, & Academic Excellence
Center for Faculty Excellence (CFE)
Texas Woman’s University
Stoddard Hall – Room 305A
940.898.3427
dkinney@twu.edu

 

Reference List

Burdman, P. (2022). To Keep Students in STEM fields, Let’s Weed Out the Weed-Out Math Classes. Scientific American.

Cohen, A. (2021). Don’t let a college weed-out class ruin your career plans. Boston Herald.

National Center for Education Statistics. (2019). Indicator 23: Postsecondary Graduation Rates. Status and Trends in the Education of Racial and Ethnic Groups.

Singh Chawla, D. (2020). Weed-out Classes in Sciences May be a State of Mind. New York Times.

Thompson, M. E. (2021). Who’s getting pulled in weed-out courses for STEM majors?. Brookings: Brown Center Chalkboard.

U.S. Department of Education. (2016). Key Data Highlights Focusing on Race and Ethnicity and Promising Practices. Advancing Diversity and Inclusion in Higher Education.

Thursday, September 15, 2022

Assessing Your Students’ Prior Knowledge

Student assessment is an essential component to teaching and understanding how students are processing their learning, so you may evaluate your learning designs. It allows you to track your class’s performance, while also providing evidence of that progress. Finally, it is presented as a task that challenges students to apply or demonstrate their new knowledge.
However, in order to appropriately track your students’ progress there must be an understanding of where your students are beginning from in regards to previous knowledge, experience, and skill readiness. This is considered a diagnostic assessment. This type of assessment measures a student’s baseline about the subject material and is essential for targeting gaps, uncovering misconceptions, understanding the diversity in the classroom, and creating interdisciplinary connections. Below we will be discussing the benefits, and how to implement prior knowledge checks through diagnostic assessments.

Starting Points and Early Intervention

Our students are as diverse as our society, and they come from a range of socioeconomic backgrounds, school systems, and opportunities. The benefit of a diagnostic assessment is that it allows the instructor to have insight into each student’s starting point for the course. You might find that your entire class is new to the subject material, or they may already have some level of familiarity with the course material. A diagnostic assessment can deliver essential information from the first week of class that can include identifying students who might need additional help in skill sets, studying, or covering knowledge gaps. This valuable information gives you a chance to adapt your teaching plans. It can also provide you with a chance to strategize opportunities for students to catch-up. Helpful strategies can include recommending review sessions, tutoring, remedial work, or skill mentoring support. The goal is for your students to have the chance to meet future learning objectives.
Here at TWU, students have additional support for study skills and skill mentoring, including: academic advising (TWU Academic Advising), academic coaching (TWU Get Coaching), writing (Write Site), studying science (Science Learning Resource Center), and mathematics & technology tutoring (Dr. Don Edwards Mathematics & technology Success Center).

Methods to Assess Prior Knowledge

When assessing prior knowledge, it is important to ensure that students are assessed uniformly and are not assigned a grade based on their diagnostic assessment. Your options can include an assessment quiz, a student survey, concept maps, portfolios, and concept inventories.
Some of these examples may be more familiar to you than others. Out of this list, assessment quizzes are likely to be the most familiar to you. Timed assessment quizzes are great at recreating a formative or summative assessment that you will likely implement during a semester, but without the pressure of a grade.  You may even consider using a review or practice quiz for the final. In my own courses, I have had students retake and compare their two results at the end of the semester to reflect on their own progress. You can poll or survey students on their prior experience separately or in conjunction with an assessment quiz. You could have older students who have had experience in your subject material, but could be rusty with problem sets or putting that knowledge into practice.
If you would rather stay away from a diagnostic assessment designed around a comprehensive quiz or student survey, you may consider concept inventories or concept maps. Concept inventories are multiple choice or short answer tests that target only the fundamentals within a subject. Their main purpose is to uncover systemic misconceptions or overlooked nuances by focusing on specific fundamentals.  
For a final example, portfolio reviews are great to track students’ academic growth, especially for papers, creative work, research, or projects. By keeping a student portfolio from the first-year through senior year, instructors are able note gaps and fine-tune individual feedback based on what they can see and where they hope students are by the end of a course. This can be standard for courses in the performing arts, but can also be applied to scientific research, journalism, computer programming, English, education, and more.

Closing Thoughts

Using diagnostic assessments is a first step into ensuring that we support students and making sure that you have the necessary information to teach the course well. Just be sure to communicate that no grade will be assigned regardless of the method that you choose. Finally, if you are not certain of how to proceed after a diagnostic assessment, make sure to reach out to us at the Center for Faculty Excellence, where we can help you with resources and strategies.

Dayton L. Kinney, Ph.D.

Coordinator of Teaching, Learning, & Academic Excellence
Center for Faculty Excellence (CFE)
Texas Woman’s University
Stoddard Hall – Room 305A
940.898.3427
dkinney@twu.edu

 

Reference List

Burdman, P. (2022). To Keep Students in STEM fields, Let’s Weed Out the Weed-Out Math Classes. Scientific American.

Carnegie Mellon University. (2022). Assessing Prior Knowledge. Eberly Center for Teaching Excellence & Educational Innovation.

Cohen, A. (2021). Don’t let a college weed-out class ruin your career plans. Boston Herald.

Cornell University. (2022). Assessing Prior Knowledge. Center for Teaching Innovation.

Morrison, N. (2015). The Surprising Truths About How Students Choose Their Majors. Forbes.

Novak, J. & Cañas, A. The Theory Underlying Concept Maps and How to Construct and Use Them. Institute for Human and Machine Cognition.

Singh Chawla, D. (2020). Weed-out Classes in Sciences May be a State of Mind. New York Times.

Thompson, M. E. (2021). Who’s getting pulled in weed-out courses for STEM majors?. Brookings: Brown Center Chalkboard.

Yale University. (2021). Building Upon Students’ Prior Knowledge and Skills. Poorvu Center for Teaching and Learning.