Group/Teams

The goal of these assessments was to engage students in hands on experiments similiar to a science lab.   Students always ask why differential equations is so important in STEM fields.  So, two labs were done in my differential equations class.  One was using thermometers and checking their accuracy (how long does it take for the thermometer to get back to body temperature after drinking cold water, doing jumping jacks, and chewing gum (placebo)).  The 2nd one was to verify that a mass spring system follows a 2nd order differential equation.

This is an online course with an emphasis on learning the principles of supervisory management in an organizational setting. The method of instruction and level of learning will be measured by the quality of the student’s responses on the Discussion Boards and their application of the principles of management. 

Students in MAT156/157 preparing to be elementary school teachers sometimes struggle to think of ways to make learning math creative and fun.

This assessment modifies the Democratic Decision Making assessment I developed a few years ago. It makes use of discussion boards and surveys to allow students in online and hybrid classes to participate in a democratic process to decide what topics they will study and present.

I use the dicussion feature on Canvas to guide class discussion of which topic (among choices decided upon by the instructor) they would like to study in more depth and present to the class.

The classroom communication is not alway transfer to my students correctly or to their understanding. I would like to be more clear and concise in my communication. I like to get my idea across with the first communication if possible. 

Although students do a lot of small group work (and participate in class discussions), they often don’t know each other’s names – sometimes not even those of their own groups. At the end of the semester, students still ask me who “so and so” is so they can return peer reviewed papers.

In my differential equations class, students ran an experiment on the accuracy of a nondigital thermometer.  Most directions for use of nondigital thermometers say to leave under the tongue for 2 minutes, so students tested the accuracy of this.   Three groups performed different activities for two minutes (cheweing gum (placebo group), jumping jacks, and drinking a cold refreshing beverage).  Students collected temperature readings every 30 seconds for 4 minutes.  Data was run through Logger Pro, and students analyzed data using best fit lines.

To cover textbook material, I assign the students sections to present. In Cultural Anthropology classes, this is assigned by Cultural Area. I allow students to choose a partner to present with and provide them a list of possible topics. They are to sign up on a first-come, first-serve basis. The requirements are that the presentations cover the textbook material, as well as include at least one outside source. The presentations should be about 10 minutes, for about 2 minutes for questions, etc. They include slides, pictures, and video.

Students should be working, thinking, analyzing, creating, etc. throughout the day and guiding a large part of their own learning. Having students create their own assessments ensures that they are held accountable to actively listen during class and that they are thinking at a higher level about what they've learned.

In my EDU222 class, we are analyzing Special Education models.   Last term I presented on three models, set up in-class discussions, and had students write a research-based essay analyzing the 3.  This semester, I modified the cycle to include a  variety of formative assessments and ended with an in-class debate and essay. Students were much more analytical in their approach and were much better able to form their own conclusions as to what Special Education Model is most effective and why.

Science faculty are constantly hearing from their students, "This isn't math! I didn't learn this in my math class". Many students are not able to transfer what they learned in math into their science courses.  Most of the concepts in MAT091 are crucial to success in science.  Throughout the semester, I met with 6 science faculty to discuss HOW students see these topics in science classes.

Based on research in student success, the Adjunct Faculty (AF) Professional Learning Community (PLC) recommended a program in 2010 “to engage/retain the college’s best adjunct faculty, explore and deepen Learning College best practices within the classroom”. Portions of their recommendations were implemented through AF training workshops.

In my ESL Informal Conversation class, students were introduced to 12 new slang phrases regarding "taking a vacation." I tested students on their ability to use those words by providing a "fill-in the blank activity."  I was not happy with the results.

In my 16 week RDG 091 course, prior to the first group presentation, I spend one or two classes teaching students the oral and format expectations of an oral PowerPoint presentation.  In Fall, 2013, I taught an 8 week version of the RDG 091 course and found that there was limited time to extensively teach these skills prior to their first oral presentation.  I provided them the rubric ahead of time and covered the information as best I could with the time I had.  However, I was very disappointed in the results.

To assess students understanding of major theories and content elements I have students present concepts with teammates, or Iearning teams . Students work with a team of 3 to 4 students and present once a week on a topic covered in the chapter we are discussing for that week.

I find that it keeps students connected, helps them manage nervousness they may experience when speaking in front of large groups. They have to check audience understanding by creating a way to involve all classmates.