Biocomputing: The Next Frontier of Intelligence

Explore biocomputing and see how living things can help us build smarter, more efficient technology. You'll learn how scientists are creating futuristic computers inspired by biology, like brain cells or mushrooms, to solve problems in new ways.

Start Learning

Course curriculum

1. Welcome! 🌞
2. Let's get to know you📝
1. Biocomputing with Robert Clarke
1. Extra Resources 🍎
2. Give us Feedback📝

About this course

Free
5 lessons
0.5 hours of video content
Beginner Friendly

What you will learn

Uncover the Future of Tech: Explore how scientists create computers inspired by living things, from brain cells to mushrooms, and discover how this groundbreaking technology could revolutionise everything from AI to medicine.
See Real World Applications: Learn about exciting applications of biocomputing, like developing more efficient AI and understanding the human brain, while also grappling with the ethical dilemmas these advancements present.
Develop future-ready skills: Place yourself at the forefront of scientific innovation in a field that combines biology, computer science, and engineering, and open doors to exciting careers in the tech industry.

Meet your Instructor

Robert Clarke

PhD Student in Accountable, Responsible & Transparent Artificial Intelligence

Robert is a Phd student at the University of Bath developing brain-computer interfaces for the control of assistive robots. He focuses on neuromorphic and biocomputing algorithms. He also enjoys writing music, travelling and engaging with the web3 communities.

Frequently asked questions

What is biocomputing?

Biocomputing is an exciting interdisciplinary field that combines ideas from biology and computing. It uses biological principles to design entirely new types of systems for intelligent computation, allowing us to understand and use biological processes computationally.
Why is biocomputing important? Why can't we just use regular AI?

Traditional AI systems use too much energy and data. Biocomputing can help build smarter, energy-efficient systems that learn more like humans and adapt better to real-world changes.
What’s the difference between ‘biologically-inspired’ and ‘biological’ computing?

Biologically-inspired: Uses traditional hardware (like silicon chips) but models brain-like behaviour. Biological: Uses real biological material like neurons, DNA, or mycelium to compute directly.
Is this like AI?

Yes, biocomputing is a form of AI, but it’s focused on using or mimicking real biology to make smarter and more efficient systems.
Can I work in this field in the future?

Absolutely. Biocomputing is a growing field in science, robotics, healthcare, and AI. If you love biology and technology, it’s a perfect match!