Classroom/Individual

Virtual Microscopy - An Experiential Learning Opportunity

Submitted by Muhammad Sandhu on

Providing a hands-on, active learning experience for online classes is difficult. BIO 201, Human Anatomy & Physiology, students prepare a Histology Atlas using tissue images supplied by the instructor. It was a passive learning process.

I searched and introduced Virtual Microscope, an Open Access technology. It allowed an active learning experience similar to using a microscope during in-person lab settings. The students could:

Anatomy of a Superhero

Submitted by Neil Raymond on

I created a series of discussion assignments for my BIO201 courses titled Anatomy of a Superhero for the purpose of prompting students to think about human anatomy and physiology from a different perspective and to help reinforce the principles of normal human anatomy and physiology.

4DX: A Glance at the Math Division WIG

Submitted by Bobbi Mohr on

In conjunction with the 4DX campus initiative and the EMCC Super Goal #1, the math division developed the following WIG:  To contribute to closing the equity gap and improving a student’s sense of belonging, the Mathematics Division will increase the student’s response average on the twenty questions of the Classroom Community Survey (Rovai, 2002) from a 2.2 to 2.5 by December 2021.  Residential faculty reported what types of activities/practices were implemented in their classes to increase a student's sense of belonging.  Students reported an average

Building Connections Through Posters

Submitted by Muhammad Sandhu on

BIO 201, Human Anatomy & Physiology (A&P I), is a gateway course. Students learn about body structure (Anatomy) and function (Physiology) for the first time, covering enormous information. The human body is dynamic; when confronted with changes in its internal or external environments, the body systems collaborate (they don’t work in isolation) to keep its internal environment within stable working limits to maintain life.

Early Registration Advising/Class Selection Module

Submitted by Polly Miller on

Objective: To ensure students are on track for completion in their certificate or degree pathway program, students meet with their advisor, either virtually or in person, to do the following:

  1. review progress of degree or certificate pathway
  2. determine classes to register for for the next semester
  3. ensure student is on track to complete in an efficient and cost-effective manner.
  4. identify a program of study if you have not already done so

Assignment Requirements:

It's in the Syllabus

Submitted by Shannon Manuelito on

This syllabus research project is an example of assessing learning practices to enhance learning environments at the classroom, program, and college level. I learned from student success literature that often, underrepresented students will not ask for exceptions to syllabus policies while their counterparts will, thus creating unintentional equity gaps with class syllabus policies. I studied various course syllabi from EMCC classes to see how my policies compare. I then surveyed EMCC faculty and students about the course syllabus.

Writing and Implementing a CLO: Using Learning Mastery Goals to Measure Student Success

Submitted by Jill Santy on

After taking a PLC assessment/Tableau workshop, I felt it was important to the new CPD101-A First Year Experience Class that I was teaching online in Fall 2021 to find out if one of the major goals for this new class (being piloted for all 10 MCCCD colleges for Fall 2022) if indeed students were able to correctly match their Field of Interest (FOI) to the associate degree that they were pursuing.

Journal Checklist

Submitted by Angela McClure on

As evidenced in multiple CATS written about journaling in STEM, faculty from chemistry, physics, calculus, and biology utilize journals to improve students' deeper level of learning.  Critical thinking skills and written communication skills (EMCC ILOs) are important in STEM. I want to ensure my students leave my own course ready and prepared for the other STEM courses.  Also, these journals are used to asses physics' classroom learning outcomes.  Please see attached documents for sample survey results and journal entries. 

Using Discussion Protocols to Actively Engage Students in Collaborative Learning in Live Online Classes

Submitted by Laura Popovici on

Using discussion protocols in a live online learning format promotes independent student collaboration and engagement in group discussions through quality instruction and student support. In conjunction with the use of Google documents and live online breakout rooms (Zoom, Webex, or Google Meets), protocols drive independent student discussion and collaboration using a set of guidelines that include student roles and responsibilities. Discussion protocols also allow for fostering student-to-student relationships and for providing immediate real-time feedback by faculty.