BioEASI: Register for 'thinking outside the box' biology classes
For 6-12th grade students
Courses offered Fall 2011:
Brain Power
What makes you you? What makes you happy? This course is a practical approach
to neuroscience; in addition to learning the basics of neurobiology, students
will use studying the brain as a framework for self-inquiry and apply the findings from studies on brains to learn about the
many different ways that people operate and experience the world. Through
personality tests and discussions of the theory of multiple intelligences,
students can consider what learning strategies work best for them and how to
play to their strengths inside and outside of the classroom.
Note: (Grade Level 8-12)
Genetic Engineering: In your grocery
store and around the world
This course will introduce students to the molecular biology behind genetic
engineering, its history, and its applications. Students will learn about
molecular cloning, its use as a classic research technique and how it applies to genetic engineering. Additionally, students will learn how
genetic engineering has been used historically and how the media affects how
the public thinks about genetic engineering. We will discuss familiar examples
of genetic engineering, as well as the pros and cons of how genetic engineering
is used in other parts of the world.
Note: (Grade Level 8-12)
Junior Academy: Lightning bugs and
Tardigrades and Basilisk, oh my!
A tour of the weirdest living things on Earth! Students will pick a theme common
to living organisms (eg. locomotion, respiration, sensitivity, growth,
reproduction, excretion, or nutrition) and research a broad diversity of living organisms to find unconventional strategies by which life
forms accomplish the chosen theme. After compiling information detailing the
crazy ways by which organisms operate, students will be asked to probe their
dataset for similarities and differences, eventually distilling it down to a
set of core strategies which can be studied to consider questions such as: Why
are there so many different ways to do the same thing? When might one strategy
be more advantageous than another? What is the value of diversity?
Note: (Grade Level 6-8)

