iology, the study of life,
is currently in its most exciting era. Unique insights of
new scientific pioneers fueled by modern research techniques
are sparking an explosion of biological information. From
these fragments emerge a picture of life revealing fascinating
connections between molecules, cells, organisms, ecological
systems, and evolution. Biologists explore these fundamental
components and their connections to build a unified understanding
of life.
Biologists at Hawai'i Pacific University are offering a major
course of study leading to a bachelor of science degree in
biology. The biology curriculum is scientifically rigorous
yet flexible, offering students choices and opportunities
for pursuing their own areas of interest. Scientific training
integrates modern laboratory methods and field experiences
with traditional classroom instruction, providing excellent
preparation for employment or graduate studies for future
biologists, ecologists, health professionals, science educators,
and many others.
The academic atmosphere at Hawai'i Pacific University endeavors
to promote excellence in scientific scholarship. In building
the necessary foundation of scientific knowledge, students
enjoy ample access to professors and instructors: The average
class size is 24 students. Extensive laboratory and field
exercises using modern instrumentation and techniques develop
the skills and practical experiences needed to be a functional
biologist. Opportunities to employ this practical background
are encouraged through research in an internship or practicum
during the senior year. Support for student research is available
upon application from the Phi Kappa chapter of the Beta Beta
Beta Biological Honor Society and in conjunction with numerous
faculty research projects. This complete process of scientific
training builds successful bridges to careers and graduate
studies in biological science.
Program Objectives of Biology Major
Students who successfully complete the Biology Program will:
understand the fundamental facts, principles, processes, and
systems in the natural sciences.
understand the use of the scientific method, in context with
other philosophies of inquiry
have advanced understanding of the biological sciences, with
emphasis on integrating concepts across the breadth of subject
areas, including cellular and molecular biology, organismal biology,
ecology and evolution, and the diversity of life.
develop curiosity, critical thinking, and skills for life-long
learning
develop professionalism and scientific ethics
promote service to society, with emphasis on health and conservation
plan observational and experimental studies with appropriate
experimental design
develop proficiency in basic lab & field data collection
techniques
work collaboratively and cooperatively in groups
analyze biological data using appropriate mathematical and statistical
techniques
use appropriate computer software for data analysis and presentation
acquire a high level of reading comprehension in science
find and use published information from a variety of printed
and electronic sources
critically assess/evaluate the literature
communicate scientific ideas effectively in written format
acquire effective oral communication and use of presentation
techniques
