![]()
![]()
![]()

![]()
Current Vacancy
Job Title: Graduate Engineer
Company Name: Lansdowne Biotechnics Limited
Salary: £27,000 to £29,000 per annum
Location: Carluddon, St. Austell, Cornwall PL26 8WE
Contract: Full-time, Permanent
Hours of work: 9am – 5pm Monday – Friday (Open to flexible working)
Lansdowne Biotechnics Limited has an exciting opportunity for a fresh or early-stage Graduate Radio Frequency Engineer to join our company, initially working on a project to design and build a wireless power transfer system using novel electronics and physical principles.
You would be working closely with Inductive Power Projection Ltd. creating something completely new and of great benefit to the environment! Working on novel technologies in magnetic resonance, you will be able to interact with academic leaders in the technology, working to realise a product of a proven prototype design in autonomous vehicles, robotics and renewable energy systems. See here for more information: https://inductivepowerprojection.co.uk/
The autonomous vehicles, robotics and renewable energy sectors are exciting places to be with many innovations led by climate change, AI and maintaining security for the world, whilst minimising our impact on the environment by reducing the fossil fuel used in energy generation. Increasing the supply of clean autonomous vehicle and energy technologies is something that the world desperately needs and this project will have a positive impact on our lives. These innovations will work by transmitting high levels of Radio Frequency power across gaps in air, sea and space that are wider than currently possible.
The successful applicant will be tasked with building the power electronics to an existing design that produces kilowatts of power at MHz frequency. Building the magnetic resonator unit to a novel, patented design that is quite extraordinary in its performance. Over the product development phase, the project will start from a simple test-bed design, to get the basics right, learning vital lessons, and then move through stages of increasing sophistication towards a final product that will be used in real-world applications!
This is a very exciting opportunity for the right person to join a team at the very start. We will aim to build your career and reputation with support from leading industry and academic mentors. The project management team has a proven record of accomplishment.
LB aim to begin commercialisation of the products, so there is potential for the successful applicant to become an outstanding product innovator in the sector, leading the production, quality and design teams for LB into the future.
The role will be based in the modern Enterprise Space for Advance Manufacturing in St. Austell.
We are looking for a Graduate in a closely related engineering discipline. This could be electrical, mechanical, renewable or automotive engineering.
The skills of particular benefit would be:
Desired Experience and attributes:
How To Apply
If you already live in Cornwall or have links to Cornwall and want to stand out from the crowd, please apply directly and personally to recruitment@lansdownebio.com as follows:
Lansdowne Biotechnics seeks to ensure it creates and maintains a system of openness, fairness and inclusion – a collaborative, trusted environment, which is attractive to and accessible to everyone who is interested in developing their career with us.
Company Information:
Lansdowne Biotechnics is a company owned by David Lansdowne.

The Lansdowne Kiln is manufactured by Lansdowne Biotechnics, a leading Biotechnology company based in the heart of Cornwall.
All Lansdowne Biotechnics innovations nurture the world around us to make the world a better place. All innovations from LB come with the promise that the technology will make the world a better place.
LansdowneKiln.com is protected by UK and international patents.
This ensures that you are getting the very best of all the technologies available on the market. These advantages are not available anywhere else.
With robust build quality and thoughtful design, the kiln works with the laws of physics rather than against them, using passive dehumidification, zero venting technology, high thermal storage capacity, and efficient solar thermal collectors to deliver controlled drying, remote moisture monitoring, and stable performance even with intermittent heat sources.


