Bioscience Education: Past, Present and Future
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Transcript Bioscience Education: Past, Present and Future
Bioscience Education:
Past, Present and Future
Mr. Jamie Allison
Biotechnology Instructor – Loveland High School
Consortium Manager – Southwest Ohio Bioscience
Education Consortium (SWOBEC)
The Past
Phase 1 - Business Partners Describe
Workforce Needs
• Knowledge Base
Chem, Bio, Engineering, English, etc.
• Degrees & Diplomas
High School Grad, AS, BS, MS, PhD
• Skills
Pipetting, Solutions, Dilutions, Lab
Notebook, Sterile Technique, Safety
Phase 2 - College & University
Partners Identify Current and Potential
Programs and Degrees to Supply
Workforce
• AS in Biotechnology, Chemical Technology,
Clinical Lab Skills…
• BS in Biotechnology, Chemical Technology,
Clinical Lab Studies…
• MS in…
Phase 3 - High Schools Invited to
Create and Write Course and to Pilot
Program
• A variety of schools are asked to participate in
an effort to create a pathway and program
• Varied demographics and financial status
• Urban, Suburban, Rural
• Financially Challenged
• Financially Stable
This is when LHS Got Involved
Tech Prep Consortium invited school guidance
counselors to P & G Pharmaceuticals program
presentation in Dec 2004
Program resulted in curriculum meeting at high
school in Jan 2005
Addition of program was approved by the
district curriculum director and superintendent
Phase 4 - Creation of Competencies
• Partners from Industry and the post
secondary institutions form a futuring panel
• Futuring panel then creates a list of the
required skills and knowledge needed for a
job in Bioscience/Biotechnology
This is the point where I
became involved and worked
with the Greater Cincinnati
Tech Prep Consortium
Phase 5 - “Cross Walking” Curricula
• Each of the high school partners brings the
course of study for their science curriculum
• Content and standards from pre-requisite and
co-requisite courses are used to eliminate
content from Bioscience Curriculum that would
be redundant
• College partners eliminate content and skills
that are too advanced for high school
Creation of Bioscience Pathway and
a Community of Learners
At this point in our history, we officially
became a pathway
We operated in a spirit of collaboration
to create something that has rarely been
done before
The atmosphere we created allowed each
of us to bring our best (and sometimes
our worst) to the table
Thus, our community of learners
Phase 6 - Final Curriculum
• The end result is a curriculum that flows
seamlessly from high school to college to
employment
• The curriculum is approved by all
members of the partnership
Phase 7 - The Cherry on Top
• Articulation Agreements are signed between
the high schools and the colleges which allow
the high school students to earn college credit
while still in a high school classroom
• Students in this pathway are given advanced
standing when applying to colleges within the
pathway
Uniformity
Creation of a Course Manual
• A manual has been created to ensure that the
content taught in the program is uniform
between the schools
• The manual ensures that the competencies
developed by the partners are met beyond
minimum levels
• The manual enables the colleges to have a
level of expectation regarding incoming
students
The Manual
The Manual Presents the Content in
Two Levels since Academic Ability can
vary by School
• The Core
Content and skills which must be delivered and
mastered by the end of the high school component
• Application
Once the skill competencies are met, they are
applied in different ways within a variety of topics
The Manual Assists Instructors with
Guidance on the Following Topics
•
•
•
•
•
Lesson Planning (including sample lesson plans)
Resources
Equipment
Bioethics
Financial Information
Each secondary partner (high school) in the
consortium / pathway receives a copy of the
manual
The manual is looked at as a working document
that is constantly changing
As the science changes or as the needs of the
workforce change, the manual is updated
The manual will be getting a facelift this year
The Present
Program History
Spring of 2004
◦ Program offered
Fall of 2005
◦ First class of
juniors
Course Requirements
•
Prerequisites
– “C” or better in Geo. Physical Science
– “C” or better in Biology
– “C” or better in Alg. I
– “C” or better in Geometry
•
Co-requisites
– Chemistry (take or have taken)
– Algebra II (take or have taken)
•
Must Commit to taking a 4th year of math
Program Layout
•
•
•
•
Biotechnology 1 – Term 1 Junior Year
Biotechnology 2 – Term 2 Junior Year
Biotechnology 3 – Term 3 Senior Year
Biotechnology 4 – Term 4 Senior Year
– Students must take all 4 classes
– Classes are limited to 22 students
•
Proteomics – Ind. Study – Students that
wish to have a bit more time to work on
their senior capstone projects
Spring
of 2006
◦ First graduating class
◦ Total scholarships offered
$7,500.00
Spring of 2010
◦ Fourth graduating class
◦ Total scholarships offered
$223,000.00
As of today…
The class of 2012 has been offered
$323,000 in scholarships
It is very early in the award and
scholarship process
Junior Year
“The Core”
◦ Standard Laboratory Operating
Procedure, Microbiology, Nucleic Acids,
DNA Manipulation (rDNA), PCR,
Proteins, Transformation, Immunology, &
Forensics
Senior Year
“Application”
Technique and Procedural Review,
Environmental Biotechnology,
Bioinformatics, Fermentation &
Bioreactors, Plant Biotechnology, &
Transformation & Recombination
Senior Year Capstone
The
senior capstone process drives
the research and laboratory
experience throughout the senior
year
This
capstone demands authentic
assessment that is paramount for
ensuring quality within bioscience
workforce operations
Equipment List (to name a few)
•
Autoclave
•
Microwave
– p1000
•
Incubators
– p200
•
Analytical Balance
– p20
•
Electronic Balances
– p10
•
Vortexers
•
Rocker Tables
•
6000 G Centrifuge
•
Clean Bench
•
16,000 G Centrifuge
•
Horizontal Electrophoresis Cells
•
UV Spec
•
Vertical Electrophoresis Cells
•
Spec 20
•
Water De-Ionizer
•
Thermocycler
•
Lab Refrigerator (4 degrees C)
•
UV Light Table
•
Lab Freezer (-20 degrees C)
•
White Light Table
•
Micropipetters – Class Sets
Accolades
Named
as “Best Practices” at the
state level by BioOhio and the Ohio
Department of Education
Named
as “Best Practices” nationally
by the Biotechnology Institute
The Future…
Dual Enrollment
Schools using the model described offer
dual enrollment through Cincinnati State
Students pay $135.00 for three (3) college
credit hours
Dual Enrollment offers a better
alternative to articulation because the
students may take their college credit to
any college or university because they
receive a college transcript
Tough Losses
Sycamore is closing their program
UC – Blue Ash placed their A.S. degree
program in abeyance
New Programs
Gahanna High School / Eastland Fairfield
Career Center – 2011/12
◦ Full 2-Year Program
Kings High School – 2011/12
◦ Modified 1-Year Program
Southern Hills Career Center
◦ Full 2-Year Program
Ft. Hayes – 2012/13
Oak Hills High School – 2012/13
New Teacher Training Programs
B.L.A.S.T.
Mini
– B.L.A.S.T.
B.L.O.T.
B.L.A.S.T. & Mini – B.L.A.S.T.
Bioscience Laboratory Awareness
Summer Teacher-Training
A one week immersion program offered
to biology teachers that is designed to
instruct them how to infuse Bioscience
concepts and labs into high school biology
curricula without disrupting the
curriculum
Funded by the local STEM Hub (UC)
B.L.O.T.
Bioscience Laboratory Organizational
Training
A sequel to the B.L.A.S.T. programs that
assists schools in the implementation of
bioscience programs
Funded by the local STEM Hub (UC)
Idea…
B.L.A.S.T. and B.L.O.T. be used to certify
new bioscience programs and instructors
This would allow for training of the
teacher and the school
One barrier to having new programs is
the certification of the instructor
Reduce the barriers and we enable the
creation of more programs
Adult Education / Job Re-Training
This is already happening across Ohio at
the community college level
Adults are re-trained for bioscience jobs
Idea…
Award graduating high school students
the same certification as the adults
completing the re-training programs
Idea…
Utilize existing high school programs,
instructors and labs to help with job retraining
State Wide Collaboration
Create seamless articulation between all
secondary and post-secondary programs
across the state
Schools working together to analyze data
Instructors working together to solve
problems
Industry working with schools and
schools working with industry to educate
the workforce
The Future is all about
increasing collaboration
between industry and
education
Through collaboration
there is a the ability to
overcome anything