What Teachers Can Expect Their Learners to Achieve

Understand basic concepts of Biotechnology and Life Sciences and how they are used in creating new products, therapies and advanced research. Understand basic lab safety, safety equipment and safety protocols. Understand why we use Genetically Modified Organisms and the debate surrounding this topic. Understand how to use key lab equipment, including Micropipettes and scales. Understand the fundamentals of lab math including Units of Measure. Learn and demonstrate an understanding of Solutions, Dilutions and preparation of each. Demonstrate an understanding of the BioEthics of human DNA. Understand the value of Bioinformatics to accelerating life sciences research. Able to analyze, test and critically review their work and use feedback to improve. How to present an idea or study to a target audience. Understand the legal issues including privacy, copyright, and information security. Create a Portfolio that demonstrates an understanding of the basics of biotechnology, lab safety, and basic lab skills. Learn about biotech careers with entry levels from post-high school to post-doctorate and the preparation needed to get hired.

Course Specifications

Platforms – PC, Mac, Chromebook Length – Semester Career Cluster – Health Science Industry Certifications – Not Yet Level – High School Course Delivery – Blended Learning, Online Student Competitions – Not Yet CEUs – Available for Teacher Training Prerequisites for Facilitator – None Prerequisites for Students – None 3rd Party Tools – Yes

What Is Covered in the CTeLearning Biotechnology Course?

The curriculum provides a comprehensive introduction to biotechnology and the life sciences. Students explore foundational concepts such as cellular and biomolecular processes, lab safety protocols, genomic research, and the history of microorganisms in food production. The course also dives into modern topics like BioEthics, Bioinformatics, and the global debate surrounding Genetically Modified Organisms (GMOs).

Do Teachers or Students Need Prior Biotechnology Experience to Use This Curriculum?

No prior advanced science or biotechnology experience is required. The course is designed for ease of deployment in any classroom setting. It features a robust library of lab simulations, expert-led videos, and step-by-step tutorials that guide both instructors and students through the technical material.

Is the Biotechnology Curriculum Compatible With Chromebooks?

Yes. To ensure digital inclusion across all school districts, the Biotechnology course is entirely browser-based. It runs seamlessly on Chromebooks, PCs, and Macs, allowing students to access high-level lab simulations without needing expensive specialized hardware.

Biotechnology

Videos, SKILL TUTORIALS, AND INDUSTRY EXPERTS

ASSESSMENTS WITH TEACHER SOLUTIONS

Interactive projects

LEGENDARY TEACHER SUPPORT

Platforms

PC, Mac & Chromebook Ready Mobile Friendly

Length

Semester, Year

Certification

Stackable Internation Industry-Recognized Cerfication

Game Design Tools

Free Suite of Web-Based Tools

Biotechnology Curriculum

Transform Your Classroom into a Research Hub with High-Fidelity Simulations and Project-Based Learning.

From the first genetic modification—the domestication of the dog 35,000 years ago—to today’s CRISPR breakthroughs, humans have always used biological systems to solve our greatest challenges. In the 2026 economy, "Biotech Readiness" is a critical requirement for high-wage careers in healthcare, agriculture, and environmental sustainability. Our Biotechnology Concepts and Careers curriculum takes the mystery out of the lab, allowing students to explore the cellular and biomolecular processes that cure diseases, secure our food supply, and protect our planet. This semester-long course is designed for easy deployment as part of a Health Science or STEM career cluster.

Why Biotechnology is the Next Frontier for Your CTE Pathway

1. Hardware Equity: High-Level Labs on a Chromebook

A common barrier to entry for Biotech programs is the cost of specialized laboratory equipment. We have eliminated this hurdle. Our curriculum features high-fidelity virtual simulations that run seamlessly on Chromebooks, PCs, and Macs. Students can practice complex procedures—such as microscopy, micropipetting, and genomic sequencing—in a risk-free, cloud-based environment. This ensures that every student, regardless of their district's budget, can gain the "Hands-On" experience needed for industry success.

2. Bridging Science and Business

Biotechnology isn't just about the microscope; it’s a global industry. Our curriculum balances rigorous scientific concepts with the Business of Biotech. Students explore:

Genetics & Microbiology: Understanding DNA replication, protein synthesis, and the role of microorganisms in manufacturing.
Bioinformatics: Learning how data science accelerates life sciences research and drug discovery.
Biotechnology Careers: Exploring entry levels from post-high school technical roles to post-doctorate research positions in pharmaceuticals and public health.

3. Bioethics and the Global Debate

As we gain the power to edit the code of life, the ethical implications become paramount. Our course engages students in the Bioethics of human DNA, the debate surrounding Genetically Modified Organisms (GMOs), and the legal issues of privacy and intellectual property. By fostering critical thinking, we prepare students to be not just technicians, but informed leaders in the scientific community.

What Your Students Will Achieve: A Career-Ready Portfolio

Our scaffolded approach ensures that both students and teachers succeed without needing prior biotech experience. Learners will:

Master the Tools of the Trade: Gain proficiency in lab safety, unit measurements, and the preparation of solutions and dilutions.
Execute Virtual Experiments: Use interactive tutorials to understand how biotechnology is used to create new products and therapies.
Develop Professional Soft Skills: Practice presenting complex scientific ideas to target audiences, including investors and the media.
Build Validated Proof: Every student graduates with a Professional Portfolio that demonstrates their mastery of biotechnology basics, serving as a springboard to higher education or immediate workforce entry.

Empower Your Students to Solve Real-World Problems

The biotechnology sector is one of the fastest-growing industries in the 2026-2027 labor market. With our "Legendary Teacher Support" and turnkey resources, you can offer a world-class science pathway today. Help your students discover the power of biology to change the world.

Request Your Free Demo Today and see how CTeLearning can support your Biotechnology program.

Request Your Free Demo

What Teachers Can Expect Their Learners to Achieve
- Understand basic concepts of Biotechnology and Life Sciences and how they are used in creating new products, therapies and advanced research.
- Understand basic lab safety, safety equipment and safety protocols.
- Understand why we use Genetically Modified Organisms and the debate surrounding this topic.
- Understand how to use key lab equipment, including Micropipettes and scales.
- Understand the fundamentals of lab math including Units of Measure.
- Learn and demonstrate an understanding of Solutions, Dilutions and preparation of each.
- Demonstrate an understanding of the BioEthics of human DNA.
- Understand the value of Bioinformatics to accelerating life sciences research.
- Able to analyze, test and critically review their work and use feedback to improve.
- How to present an idea or study to a target audience.
- Understand the legal issues including privacy, copyright, and information security.
- Create a Portfolio that demonstrates an understanding of the basics of biotechnology, lab safety, and basic lab skills.
- Learn about biotech careers with entry levels from post-high school to post-doctorate and the preparation needed to get hired.
Course Specifications
- Platforms – PC, Mac, Chromebook
- Length – Semester
- Career Cluster – Health Science
- Industry Certifications – Not Yet
- Level – High School
- Course Delivery – Blended Learning, Online
- Student Competitions – Not Yet
- CEUs – Available for Teacher Training
- Prerequisites for Facilitator – None
- Prerequisites for Students – None
- 3rd Party Tools – Yes
What Is Covered in the CTeLearning Biotechnology Course?

The curriculum provides a comprehensive introduction to biotechnology and the life sciences. Students explore foundational concepts such as cellular and biomolecular processes, lab safety protocols, genomic research, and the history of microorganisms in food production. The course also dives into modern topics like BioEthics, Bioinformatics, and the global debate surrounding Genetically Modified Organisms (GMOs).
Do Teachers or Students Need Prior Biotechnology Experience to Use This Curriculum?

No prior advanced science or biotechnology experience is required. The course is designed for ease of deployment in any classroom setting. It features a robust library of lab simulations, expert-led videos, and step-by-step tutorials that guide both instructors and students through the technical material.
Is the Biotechnology Curriculum Compatible With Chromebooks?

Yes. To ensure digital inclusion across all school districts, the Biotechnology course is entirely browser-based. It runs seamlessly on Chromebooks, PCs, and Macs, allowing students to access high-level lab simulations without needing expensive specialized hardware.