Industrial Biotechnology Educator Experience (IBEE)

Professional Development for Bioscience Educators

Course Description

The Industrial Biotechnology Educator Experience (IBEE) is a comprehensive asynchronous professional development program designed for secondary and post-secondary educators teaching any curriculum in which biotechnology concepts and techniques may be integrated.

The primary aim of this course is to provide exposure to the skills, techniques, and knowledge to teach biotechnology curricula in the context of working in the biotech industry. Course content includes the design, development, testing, and manufacture of a biopharmaceutical product. Educators will also develop an understanding of departmental roles and careers, as well as the criteria associated with working in this highly-regulated environment.

Participants will complete four modules developed by industry professionals, which include lectures, complementary coursework, assessments, and surveys. Course duration is a total of 20 hours. Upon completion of the four course modules, knowledge checks, and course evaluation, a Certificate of Completion and 2.0 CEUs will be awarded by Biotility and the University of Florida’s Office of Professional and Workforce Development.

➡  Why take IBEE?


Completion of this course earns district certification for existing Biology and Chemistry educators in the state of Florida, enabling them to teach the CTE components of the program.

Course Information

Fee $450
Course Type Asynchronous
Instructors Stephanie DeMarco, Jenny Hughes
Duration 20 hours
CEUs Earned
2.0

Registration opens April 21, 2025. Subscribe to our bioscience educator newsletter to be notified of educator professional development opportunities.

Course Content

  • Lesson 1: Introduction to Industrial Biotechnology
  • Lesson 2: Drug Development Overview
  • Lesson 3: Current Good Laboratory Practices (CGLP) and Preclinical Trials
  • Lesson 4: Current Good Clinical Practices (CGCP)
  • Lesson 5: Good Manufacturing Practices
  • Lesson 6: Industry Documentation, Good Documentation Practices, and Data Capture
  • Lesson 7: Career Opportunities in Industrial Biotechnology
  • Lesson 8: Lab Safety Requirements in the Bioscience Workplace
  • Lesson 9: Applied Math, Solutions, and Dilution

Recombinant DNA Technology

  • Lesson 1: DNA Structure, Function and Replication
  • Lesson 2: Restriction Enzymes
  • Lesson 3: Bacterial Transformation and Transcriptional Regulation
  • Lesson 4: Plasmid Isolation and Purification
  • Lesson 5: CRISPR

 

DNA Analysis

  • Lesson 6- PCR
  • Lesson 7- Gel Electrophoresis and DNA Quantitation
  • Lesson 1: Basics of Biomanufacturing, Company Departments and Career Opportunities
    • Quality Management Systems
  • Lesson 2: Quality Management Systems, Quality Assurance and Change Controls
    • Quality by Design
  • Lesson 3: Facility Design and Building Systems
  • Lesson 4: Facility and Equipment Qualification
  • Lesson 5: Preventive Maintenance and Equipment Calibration
  • Lesson 6: Product Specifications
  • Lesson 7: Assay and Process Validation
  • Lesson 8: Quality Control, QC Sample Testing, and Environmental Monitoring
  • Pre-Lesson: Protein Structure and Synthesis
  • Lesson 1: Upstream Processing
  • Lesson 2: Downstream Processing
  • Lesson 3: Methods of Target Product Testing
  • Lesson 4: Utilizing Deviations, Planned Variance & CAPA to Improve Processes