Life Sciences

Introductory biology courses serve as a foundation for upper-division coursework and are expected to develop not only content knowledge but also essential skills such as note-taking, organization, and conceptual understanding. A persistent challenge in BIO156 is that students struggle to identify key information, organize their notes, and connect concepts, often relying on memorization of isolated facts. This limitation affects their ability to apply knowledge and create effective study tools, such as exam cheat sheets.

This assessment evaluates the effectiveness of the 2026 Earth Forward Event, hosted at Estrella Mountain Community College, in supporting student learning related to environmental literacy, sustainability, and engagement with career pathways in life sciences and conservation.

Described is the use of a team-based healthcare case activity in BIO205 Microbiology to strengthen student diagnostic reasoning, communication, collaboration, and evidence-based decision-making. Working in randomly assigned groups, students were tasked with diagnosing a patient case while operating within a fixed budget and justifying each selected task or test to a simulated attending provider. The activity required students to interpret emerging evidence, revise their plans, and submit a final diagnosis supported by specific findings.

Does additional prerequisite instructional time for the same instructional content have an effect up success in BIO201?  Do one of the four prerequisite options (BIO156 and BIO181 4 credit hours, BIO156XT and BIO181XT 5 credit hours) lead to better success in BIO201?  BIO, in conjunction with OPIE studied the results of student success when completing BIO201 and testing which of the four prerequisite options best prepared students for success.  The results of BIO201 were compared for students who successfully completed one of the four prerequisites.

This CATs explores the use of a game-based learning activity, modeled after Taboo©, to boost student engagement, communication skills, and conceptual understanding across disciplines. Students worked in pairs to describe and guess course-specific terms without using certain "taboo" words, reinforcing complex concepts while improving verbal and listening abilities. Mixed-methods assessments revealed increased engagement, deeper understanding, and enhanced skills critical for STEM, healthcare, humanities, and social sciences.

The entire Life Sciences FT faculty and the LS Administrative Specialist Sr, Lynn Abrams Comtois contributed to this CATS.   (Not all names were available to be selected and added in the section below). 

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:

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.

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.

In AY19/20 Jeff Miller created a Life Sciences Assessment tool that uses 24 questions to measure understanding of general biology concepts along with critical thinking, reading comprehension and data analysis skills in a biological context.  The tool was used in multiple BIO course sections primarily taught by FT faculty and a CATS by Shannon Manuelito (Aug.

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.

Hypothesis: Learning modality change is related to a decline in student success as measured by scores for BIO205 prerequisite gene expression knowledge.

Anatomy & Physiology is the foundational subject ; students learn about human body systems' structure and function. Structure and function complement each other if the structure changes it will affect the function and vise versa. The deeper understanding of the subject will help students understand the change and make connections among body systems; this is central to understand and treat the diseases. Case studies assignments help students link content knowledge to clinical application.