Persistent Digital Identifiers (UIDs)
ORCID :
0000-0003-3350-6799
Job Type
Teaching/Education
Research
Subject Area
Biological Oceanography, Marine Ecology
eDNA
Molecular Biology
Activities
Description of my role as a science educator and how I facilitate student
learning is to expand students’ science literacy by increasing their skills
and knowledge of the natural world around them. Students will gain a better
sense of stewardship as their present and future behaviors directly and
indirectly impact the environment. Ultimately, my goals focus on (a)
determining the quality of students’ prior knowledge (b) using science-inquiry
to initiate student-centered discussion and problem-solving, and (c) increasing
student interest in science by enhancing inspiring and transformational
experiences through hands-on activities that lead them to explain the
importance of the scientific process in their lives and the environment around
them.
Sea regions of study
Gulf of Mexico
Caribbean Sea
Gulf of Aqaba
Skills
I use the following teaching strategies to facilitate
student learning. Firstly, the way I teach is basically to use the
application of science communication with regards to teaching the
scientific method at the beginning of every science course. That is, how do I,
as a scientist, apply the scientific method to answer my research questions? What
methods do I use to answer these questions? How do results infer credibility? For
instance, I guide students through the phases of the scientific method in my own
research in marine biodiversity during lecture. I use specimen photos, then highlight
the Deoxyribonucleic acid (DNA) barcoding molecular technique to determine genetic
base sequences, which allow me to copy and paste them to an online Basic Local
Alignment Search Tool (BLAST). I access DNA sequences online, and students see
my name as the identifier of the specimen, followed by my publications to
support research findings. I follow each stage of the scientific method, asking
students to identify each phase, and highlighting the importance of statistical
analysis throughout the process. I teach it this way because it becomes
more relevant to students when they see the application to real-world problems as
to how it relates to the scientific method concept. Students understand the
process through interactive Q&A during class, as well as note taking on the
board, which allows me to reflect on if they understand the process of the
scientific method. I also added a scientific method related program learning
outcome assessment questions after their first exam, which provides evidence
of if they understood what they learned through their scores on the assessment
questions.
Comment(s)
I have conducted research on coral reefs located at Toco, Trinidad for over 20 years.