Face to Face

After completing midterm evaluations, students expressed a desire to have less lecture and more activities. Therefore, I designed and implemented a CATS to assess different approaches to learning in my COM 100 courses (5 sections) over a two-week experimental period. I compared a traditional lecture based approach (control group – 1 section), balanced lecture and interactive learning approach (experimental group 2 sections), and completely interactive learning approach with no lecture (experimental group 2 sections).

At the end of the semester, students in BIO160 take a cumulative lab practical.  A practical exam is set up in stations, the students physically move from station to station and has a “set up” from a lab.  There are 2-3 questions for each station; the exam is timed.  The first semester giving the practical, the scores were very low.  In an attempt to improve the scores, I gave the students a review and the grades improved slightly.  This has been the routine for a few semesters.  At the end Fall16, I tried a practice practical.  After an informal survey, I

CUL205 is a sophomore level course, which introduces students to French cuisine.  In the French culinary culture, “Le Repertoire de la Cuisine” is a world-renowned book used in advanced culinary courses.  The book is a reference book of ingredients and not a “how to make” the food item.  The goal of this CATS was to determine if the book was too advanced for students at a community college.   Students in CUL205 are to write menus as part of their lab assignments, and they had to reference the textbook a minimum of 6 times for each menu during the course.  A pre

A prerequisite to physics is MAT182.  Students need to know law of sine/cosine, and vector concepts from trig to be successful in physics.  In the past, I would spend a lot of time classify triangles (SSS, ASA, etc) to help students know which "law" to use, and this was done at the end of the semester.  I did not spend time using law of sine/cosine with vector applications .  Students typically scored a low B on law of sine/cosine problems.   In F17, I taught the "laws" and incorporated vectors in week 4 to show students real life applications.

Contributor: Vickie Weeks 

Participants registered and attended the face-to-face workshop that was presented using Canvas. Individuals registered for the course using a provided link. Participants completed a pre-assessment to measure their understanding of utilizing Canvas outside of the classroom according to the learning objectives. After the pre-assessment the workshop included topics on the purposes of using a LMS (according to eLearning Industry), connecting benefits of a LMS to out-of-class activities, and discussing how EMCC can move forward with these ideas in mind.

While working in classroom, I found that students gravitated towards friends to create their team or learning community.  This behavior created "clicky" groups in the classroom and I noticed silos of learning taking place.  What I decided to implement in my classroom was randomizing the groups with Popsicle sticks.  Each time we had a learning activity I used these sticks (that had a student name per stick) to randomly place the students into groups.

Every semester, students perfrom poorly on the final exam for calculus I (MAT22X); the average is typically a D/F.  Students are given an indepth review guide of all topics in the course along with the answer key that includes detailed steps on how to do each problem.  I often make changes to my pedagogy, handouts, activities, exams, homework, and other assessments every semester. In Spring 17, two main things changed in my MAT221 course.  

We specifically investigated how we can integrate creativity more effectively in the classroom for the benefit of both students and faculty. Our investigation included: reading Creative Confidence, learning more about Design Thinking challenges, locating and sharing creativity resources, using creativity to personally address one teaching challenge, and implementing at least one actitivty/lesson/strategy that we deveop using creativity to at least one class this semester.

Students kept an Excavation Journal through the five weeks of ENH251: Mythology. They were advised to use their journal to record: observations, notes, questions, ideas, images, sketches, maps and artifacts in addition to the answers to the various Dig Sheets. Each Dig Sheet focuses on a particular area of world mythology, engaging the student in reflective thinking about assigned readings while also encouraging their use of creativity.

In my Ethics course I assigned students a criminal justice current events assignment. This was a written report in which students were given the choice of choosing an incident of unethical conduct. I found that about half of the students did not have a clear comprehension of what was involved and why it was a problem. Many students were not able to answer basic questions. Three semesters ago I changed the assignment to include an oral presentation in class.

Several years ago, Holly Dison, math faculty, found a calculus concept pre-post test to give in our MAT22X courses.  This pre-post exam was copyrighted by another college, but approval was given to use it in our classes as long as we did not share the results with anyone.  The exam consisted of 22 multiple choice questions.  Each question is designed to see if students understand the CONCEPT; the problems are not procedural.  Each multiple choice option is designed to be common misconceptions.

Coming soon.

 

Is there really a need to kill another tree if CANVAS provides a medium for quizzes? In a quasi-experimental design, introductory stats students across two semesters (SP and FA ‘16) with two different instructors self-reported the number of hours spent studying for a common cumulative quiz. One group used e-quizzes, the second used paper quizzes. Results are as follows:

I had nine students who were disengaged in group discussions. They had not actively participated in our class discussions by: being active, speaking up, volunteering for activities, or asking or answering questions.
To help, I used nine small candy bars, and taped them to the bottom of these student's desk. Students discussed nine key points in small groups. This way every student was actively involved in the learning of the material. After, students had to reach under their desk, and if they had a chocolate bar they were the chosen ones to share.
I discovered: