Please see the attached file for complete data and summary of interpretations.
In Fall 20, math courses transitioned to a Live Online format versus traditional online. Faculty spent the summer frantically learning technologies and strategies through workshops, brainstorming sessions, and social media. Math faculty also trained one another on Zoom/Webex, NearPod, and Whiteboard.fi with a common goal - to learn and implement new tools in the virtual environment to keep students engaged; increasing student success and persistence.
Update (1 week after CATS was originally submitted): After submitting this CATS, students began learning about Power Series (which is one reason to learn Convergence/Divergence of series discussed in this CATS). WIth the scaffolding handout, they were able to come up with how to deteremine convergence/divergence of Power Series on their own! Again, I typically have to do a lot more lecture, but I didn't. The scaffolding handouts layed the ground work for this next section, and the students were highly engaged, talking, collaborating, and coming up with concepts on their own.
Peer Lead Focus and Learning Review
Monitoring student engagement and learning during class & providing feedback is tough due to lack of time. One way to do this is Peer lead learning review; it monitors engagement and provides feedback.
The class was divided into six groups of four students; one student acted as a peer leader. The peer leaders were rotated after 3 weeks, allowing each group member to act as a peer leader.
The integration of Kahoot in CHM130 instruction will be investigated. In this work, Kahoot will be developed to serve students in CHM130 in compound naming topic. Students performance will be compared in naming compounds in this semester with students' performance in the last two years. The study hypothesis stated that students in CHM130 who practice naming compound in Kahoot will score better than students who didn't practice naming of compounds in Kahoot.
Angela McClure and I worked on this as part of our calc I/phy I learning community. She and I plan to re-evaluate this in the Spring and I will also try this in the other learning community. I will be reaching out to some of my calculus colleagues to see if they are interested in trying this with some of our exams that are more "skill" based an not conceptual. Angela mentioned possibly looking into doing something like this with vectors in PHY121. Is this worth the time and effort with doing this? Are students willing to take advantage of this opportunity?
Differential Equations is a foundation mathematics class for all Engineering. Many STEM students who major in Engineering will be taking this course at Estrella. Laplace Transforms are part of the MAT276 curriculum and is widely used in the field of electrical engineering. The Academic Success Center provides tutoring support services for STEM courses through in-person tutoring, group study sessions, and content guidance.
Please note: From speaking with faculty in the prerequisite coureses, they are incorporating reviews of rules of exponents and fractions. But, at what detail and how, I am unsure. Hopefully with the creation of SLOs and having Guided Pathways, we can come up with some activities and best practices as a group to help students understand these two concepts better. I am not happy with the idea of just accepting that students will not be able to integrate a fractional problem that requires rules of exponents. There has to be something out there to help our students be successful with this.