Welcome to Biotechnical Engineering—an innovative course that fuses environmental, biological, and biomedical engineering to explore the rapidly evolving world of biotechnology. As emerging fields like biological and biomedical engineering continue to shape the future, this course offers you a unique opportunity to engage in hands-on projects that address real-world challenges.

In this course, you’ll explore various engineering disciplines connected to biotechnology, such as food engineering, genetic engineering, biomedical engineering, biological engineering, and environmental engineering. Through these experiences, you will uncover the interconnectedness of these fields while investigating and creating solutions that make the world a better place.

What You'll Learn

• Biomedical Devices: Design and create medical devices to improve human health.
• Bioremediation: Develop solutions to address environmental pollution.
• Biofuels: Explore sustainable energy through biofuel production.
• Bioethics: Engage in discussions about the ethical implications of biotechnology.
• Industry Insights: Learn from industry experts and develop solutions that can positively impact your community.

Course Projects & Highlights

Throughout the course, you'll participate in engaging, hands-on projects that push your critical thinking and problem-solving skills to the limit. Some of the exciting topics include:

First Semester:

• Micropipetting 101: Master the essential lab technique of micropipetting.
• DNA Structure & Replication: Dive into the building blocks of life with DNA collection and PCR testing.
• Introduction to Biomedical Engineering: Explore the basics of biomedical engineering and its applications.
• Laparoscopic Surgery Training & Da Vinci Robot Project: Gain insights into advanced surgical techniques and robotics.
• Mold Making, Fusion 360, 3D Printing, & Mycelium as Plastic Alternatives: Innovate with sustainable materials and 3D printing.
• BCI Neuromaker Build: Work on cutting-edge Brain-Computer Interface (BCI) technology.

Second Semester:

• Third Thumb Design & Print Project: Design and 3D print a functional third thumb.
• Genetic Engineering with CRISPR: Experiment with genetic modification techniques.
• GMOs: Investigate genetically modified organisms and their impact.
• Hydroponics & Design Experiments: Explore soil-less farming and design experiments.
• Algae Institute Grow Lab & Biofuel: Cultivate algae and produce biofuels.
• Arduino Powered Sensor Input Device: Create a sensor device using Arduino technology.
• 3D Scan & Print Capstone Project: Culminate your learning with a comprehensive 3D scanning and printing project.

The Biotechnical Engineering course is designed to challenge you with project-based learning in a collaborative environment. You’ll not only develop technical skills in biotechnology but also gain experience in critical thinking, problem-solving, and ethical reasoning. This course also fulfills the graduation requirement for fine and/or practical arts.