Design for Manufacture of Fluidic Solutions

IP Cores – Design Library and Rapid Development of Novel Architectures

Full-Stack Fluidic Design Automation Tools 

Fluidic Logic Ltd. is in the process of starting up. It has been supported by The University of Edinburgh via the NxNw ICURe programme and technology arising from the InnovateUK Connect-R project. The technology enables the rapid development of manufacture ready designs for fluidic machines: from microfluidics for biotechnology, through soft robotics for wearable technologies, to hydraulic control systems for industrial robotics. Our Fluidic Design Automation tools will enable the next generation of smart fluidic machines.

Prof. Adam A. Stokes

Prof. Adam A. Stokes

Founder, Director

Professor Stokes is Chair of Bioinspired Engineering at The University of Edinburgh. He is a multidisciplinary scientist and engineer with a focus on commercialisation and entrepreneurship.

Andrew Coleman

Andrew Coleman

Commercial Advisor

Andrew Coleman is an investor and serial entrepreneur. He has a wide range of commercial interests and brings hard-won and broad experience to the team.

Maks Gepner

Maks Gepner

Engineering Lead

Maks graduated with an MEng degree in Electrical & Mechanical Engineering from the University of Edinburgh in 2021. Before that, he spent 7 months working as an automation engineer in Formula 1 and worked on his own startup projects. Maks’ master’s thesis focused on leveraging fluidics to allow for long-duration robotic operation under extreme conditions on the surface of the planet Venus.

In his ongoing PhD work, Maks is researching how fluid flow phenomena can be exploited as a form of embodied intelligence that allows to create new types of soft robots, called FlowBots. Taking inspiration from nature, FlowBots are a new generation of soft robots that exploit the characteristics of fluid flow for analogue control, sensing, as well as actuation. FlowBots can be additively manufactured as monolithic, robust parts. This approach not only saves size and mass, but also enables rapid prototyping, greater sustainability, and an expansive range of potential applications in areas such as wildlife monitoring, or nuclear decommissioning.

 

Alexandre Colle

Alexandre Colle

Commercial and Creative Advisor

Alexandre is a designer, entrepreneur, and engineer. He is Entrepreneur in Residence for Design Informatics at the University of Edinburgh.

In addition to his role with Fluidic Logic he is the art director and CEO for both Konpanion and Robobrico, two start-ups in social robotics.

He also works as a freelance human-robot interaction and concept designer for the Small Robot Company, the leading agritech robot company in the UK.

 

© Fluidic Logic Ltd. 2023, Company registered in Scotland: SC688151