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Background
large view
BSCS's 5E model: see files below to download original
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Overview
The purpose of this area of the website is to provide:
- a structure for planning, designing, implementing, and evaluating our middle school biotechnology program.
- access to combined academic content, technical skill and employability standards from public-private partnerships.
- links to examples and resources for implementing best practices for teaching and learning.
- a repository of links to multi-media resources for teaching biotechnology.
- templates for student-centered structured project-based learning inquiries.
- a means for displaying the results of our collaborative efforts.
Sources of Inspiration
This curriculum planning guide has been inspired by so many people and so many organizations that my poor aging brain hasn't the capacity to store them all. However, I do want to acknowledge a few of that stand out in my mind at the moment. Other exemplars of best practice will be gathered together in another webpage in this section of my website. - BioSite Online: Sandy Derby, the mastermind behind BioSite Online, has integrated several of the most promising teaching and learning practices for engaging and captivating young minds. My hope is that our own program will be equally inspiring.
- Molecular Workbench: The Concord Consortium has developed a powerful tool for the acceleration of the development of molecular reasoning abilities by providing student-controlled interactive molecular simulations. I intend to customize these instructional tools to facilitate learning of molecular concepts in biotechnology.
- KNOW: This outstanding multi-media portal provides an exemplary model for the dissemination of curricula and for supporting teachers using these middle school science lesson plans. The lesson plans were created using an assessment-driven research-based model for active learning.

Introduction for the Meeting on May 29th, 2007
(doc file)
These are my notes to introduce the history and vision for our collaboration with the NCCCS Bionetwork.
Biotech - NC SCOS Map Template
(xls file)
I created this template in Excel to map Biotechnology Units to the NC SCOS
BSCS 5E Model Map
(jpg file)
A larger view of the BSCS 5E Model applied to the development of the Biotechnology Curriculum. Please note that you may have to click on the image to zoom in for a readable view.
NEED HELP DOWNLOADING:

EDC/FFA Combined Skill Standards
This listing of academic content standards, technical skill and employability standards was compiled by the Educational Development Center in cooperation with the Future Farmers of America Foundation.
Example of a project-based learning inquiry using the Career Pathways Booklet
I created this project to foster student use of the Career Pathways: Focus on Biotechnology that was produced in a collaboration between NC Biotechnology Center, the NCCCS Bionetwork and NC DPI.
BSCS 5E Instructional Model
A highly-regarded model for promoting learning and structuring effective science lesson plans.
MIT iCampus PREP collaboration software
MIT and Microsoft Research has produced collaboration software that can be useful for faculty co-authoring a curriculum or by students working together on a team project. I suggest we evaluate this software for use by our curriculum team, which has the added benefit of allowing us to become familiar enough with this software to facilitate its use by our students on team projects we design.
High school PREP
The PowerPoint presentation used to prepare high school students for work on a collaborative invention project.
Exploring Biotechnology Mr. Gregory Louie Duke School 3716 Erwin Road, Durham, NC 27705 (919) 287-3527
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