Thank you for visiting this resource page for Biotechnology CTE programs. Below, you will find resources, best practices and tips on working with stakeholders.
This page was designed by James Gillahan, a Biotechnology CTE instructor, seeking certification from Kent State University.
James Gillahan is the instructor of the Biotechnology Academy at Woodridge High School in Peninsula, Ohio. This program is part of the Six District Educational Compact that serves Cuyahoga Falls, Hudson, Kent, Stow-Munroe Falls, Tallmadge, and Woodridge. This program is focused on college-prep, however students may enter the workforce with the lab skills learned in their experience. There are a significant number of labs and dissections that students take part in during the program. Students also begin to critically think about research papers and discuss bioethics during the two years. Students complete a capstone in their second year in the program.
James earned his Bachelor's degree from Kent State University and worked in the industry as a laboratory manager / research assistant at The Ohio State University. He also completed a biotechnology career tech program at his alma mater: Centerville High School.
Google Classroom - This serves as a fantastic learning management system that works well with Chromebooks and is very easy to use.
BioNinja - This is a great resource since it has examples and images to describe various difficult topics.
HHMI BioInteractive - This resource from the Howard Hughes Medical Institute has interactive simulations and videos with questions for students to complete.
Labster - This resource includes numerous completely immersive 1st person lab simulations.
DNA Learning Center - This resource is from the Cold Spring Harbor Laboratory and has numerous great animations about DNA and complex molecular biology processes.
This is something that paves the way for both teacher and student success and beyond. Set high expectations for your students (and yourself) but make sure to support them with clear directives on what you expect for them. Don't allow students to do the 'bare minimum'.
Spend some time in the beginning of the program to model how to complete lab techniques safely and properly. If you get out the kinks at the beginning, labs become more about critical thinking and application than practice.
There are several things that students can learn about themselves when they present to their classmates. This requires students to prepare materials and truly understand topics that they may have only had a basic understanding before the program. Students can also give feedback to each other and learn from effective presentations.
Students come into the program with all different reading and writing abilities. I believe that students will improve with practice. I include reading and writing technical documents and research papers that are related to the current topic or lab.
It is advantageous to find connections in the area for advisory board members, guest speakers, field trips and potential capstone project collaborations. I would recommend attending career fairs and joining groups in the area.
The Biotechnology Academy has established an advisory board committee and have met several times. The committee has discussed the future of the program and will continue to align the program with the industry needs and standards.
Although the Biotechnology Academy has not participated in a CTSO, starting in the 2020-2021 school year, we will participate in HOSA events in our area.