Inventor & Founder, The Pelling Lab
2017 TED Senior Fellow
Scientist, professor, entrepreneur and TED Senior Fellow, Andrew Pelling has built a career on unapologetic curiosity, creativity and serendipity. He is a professor and Canada Research Chair at the University of Ottawa, where he founded and directs a curiosity-driven research lab that brings together artists, scientists, social scientists and engineers. The lab uses low-cost, open source materials and methods to explore speculative living technologies of the future. He has, for instance, created human body parts made from plants and grown living skins on LEGOs — innovations with the potential to replace prohibitively expensive commercial biomaterials.
Pelling is also the co-founder and CTO of Spiderwort Inc., a mission driven company developing open source platforms to enable the widespread and global adoption of biological research in all environments and economic contexts. Most recently, he founded pHacktory, a street-level research lab in Ottawa that amplifies community ideas through a potent mixture of craft, serendipity and curiosity.
Pelling’s work has been in the international media spotlight for many years, with recognition in outlets such as Wired, Huffington Post, NPR, Scientific American, Popular Science, BBC, Der Spiegel, Deutsche Welle and others, as well as numerous highlights in the Canadian media and Scientific media.
Andrew’s lab consists of engineers, scientists, and artists united by creativity and curiosity. He frequently challenges his team to “play,” allowing them the freedom to explore new possibilities and grow a proactive and innovative mindset. He speaks on the importance of maintaining a work environment that emphasizes creativity more than regularity, and the advantages of cultivating a team of interdisciplinary individuals rather than choosing from a pool of identically qualified contenders. Andrew’s unique approach to the work environment demands a revising of convention and structure in order to craft real innovation.
TED Fellow Andrew Pelling is a biohacker, and nature is his hardware. His favorite materials are the simplest ones (and oftentimes he finds them in the garbage). Building on the cellulose structure that gives an apple its shape, he “grows” lifelike human ears, pioneering a process that might someday be used to repair body parts safely and cheaply. Andrew shows you and your audience how to use formulas, like the scientific method to find creative solutions.
The convergence of new technologies, our hyper-connected society and artificial intelligence is beginning to force major disruptions in how we deliver, receive and understand human healthcare. Even more profound are the ways these same forces are creating surprising new possibilities for us to hack our own bodies – everything from the design of our own tissues, to the transplanting our own microbiomes and even the creation of new human senses. In many ways, we are witnessing the realization of concepts and dreams first proposed in science-fiction literature and art. We can learn so much about the future by looking at how people in the past imagined the 21st and 22nd centuries. Most surprisingly, we are now witnessing how healthcare disruption is not only occurring in major institutions, hospitals and corporations but also in garage labs. Biology has now become technology. Much like the early days of the “IT Revolution”, standardization of parts, connectedness and lowered costs are driving a new wave of possibilities. Our posthuman future will be marked by how distributed and democratized our data, bodies and biology have become, irreversibly changing our definition of health care. Moreover, these innovations and streams of biodata also provoke challenges in standardization, trust, privacy, diagnosis and treatment. However, in reflecting on our past, present and future, it becomes clear that these exponential steps forward in technology and treatment also present the solutions to these serious challenges.