The next frontier in robotics will take inspiration from biology to design robots that are soft, smart, green and social. From microrobots for cancer treatment, to swarms powering warehouses, soft grippers for manufacturing, and new material interfaces for prosthetics, biorobots will provide solutions to todays global challenges. State-of-the-art robots will in turn power scientific discovery, allowing for the study of living systems in their natural habitats from robots automating experiments in the lab, to artificial fish studying pollution in the deep sea.
This programme...
The next frontier in robotics will take inspiration from biology to design robots that are soft, smart, green and social. From microrobots for cancer treatment, to swarms powering warehouses, soft grippers for manufacturing, and new material interfaces for prosthetics, biorobots will provide solutions to todays global challenges. State-of-the-art robots will in turn power scientific discovery, allowing for the study of living systems in their natural habitats from robots automating experiments in the lab, to artificial fish studying pollution in the deep sea.<br/><br/>This programme brings together life scientists and engineers in an interdisciplinary environment where solutions are co-created with stakeholders in mind. For the life scientists, this will open new horizons powered by robotics and AI, skills in high demand in todays job market. For the engineers, this will go beyond a typical robotics training, towards reinventing the way robots are designed and used with bioinspiration at heart.<br/><br/>This unique combination of biology and engineering will develop core professional skills including working across disciplines and responsible open-ended innovation. The programme centres around a common core in fundamental robotics and life sciences, followed by dedicated taught- and project-based biorobotics units that will walk you through latest research and applications, with a hands-on understanding of how to build these systems yourself, and demonstrations of how they can be used for good.
Some courses vary and have tailored teaching options, select a course option below.
Course Details
Information
Study Mode
Part-time
Duration
2 Years
Start Date
09/2025
Campus
Clifton Campus
Application deadline
Provider Details
Codes/info
Course Code
Unknown
Institution Code
B78
Points of Entry
Unknown
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Region | Costs | Academic Year | Year |
---|---|---|---|
England, Northern Ireland, Scotland, Wales, Channel Islands | £7,850 | 2024/25 | Year 1 |