Manufacturing Engineer

We are at the beginning of aglobal energy transformation of a scalenot seenin generations.

A future low-cost, low-carbonelectricgrid, serving a world that electrifies everything,is within our reach.

The last remaining gap is breaking the link between electricity supplyand demand. Thelowest-cost, most sustainable sources of energytoday come from intermittent renewable generation;but our homes, businesses and industries need electricity at the flick of a switch.

That gap can be closed by energy storage:
Devices that store electricity when it is plentiful, then provide powerback to the grid when it is needed.

Solutions, including ones using lithium-ion batteries,are being deployed in massive numberstostart filling thisgap. But so far,none of those solution shave proventhe abilityto deliverpowerany time, anywhere, over decades of service:
The level of reliability we'llcome to expect, and that the future grid will need.

This is the biggest challenge in energy today. Invinity is at the forefront of finding a solution. And we need you to help us deliver it.

Developed,manufactured and delivered by our teams in Canada and the UK,Invinity's vanadium flow batteries(or "VFBs")can be installed anywhere and consistently deliver electricityasneeded over a service life exceeding
30years.

Moreover,Invinity's VFBs are highly recyclable, don't rely on rare or conflict minerals, and won't catch fire.

Invinityis a globalVFBleader, with over 190 megawatt-hours of its batteries operational or inconstructionforover
82 projects across 15 countries - more than any otheremergingenergy storage provider.

We'vedeployed the largest flow battery systems in the U.S., Canada, Australia, and the UK. Along the waywe'veearned financial support fromthe UK Infrastructure Bank, the U.S. Department of Energy, and some of the world's leading institutional investors.

This role willbe within our Manufacturing Engineering team,reporting to the Production Engineering Manager. You willsupporttheday to day manufacturing and mechanical/electrical assembly of our innovative energy storage machines across multiple concurrent projects and provide the communications link to and from the Engineering team and the Operations team, so that products can be manufactured in practice from the designs provided.

• Implement the controls necessary to ensure that engineering drawingsanditsrequirementsare converted to documented build processes for use by the manufacturing team
• Manage/create/control all production documentation including product build instructions, process FMEAandmanagement of engineering design changes into manufacturing environment
• Produce method statements and risk assessments in line with H&S requirements
• Drive continuous improvement initiatives using Lean manufacturing principles to improve safety, quality, productivity, costand production efficiency.
• Define, implement and track manufacturing activities, supporting production readiness, processoptimisationand capacity improvements
• Provide hands-on technical support to manufacturing personnel, resolving mechanical,electrical and process-related issues through collaboration with Engineering and R&D.
• Act as a key interface between Manufacturing, Engineering, Procurement and Project Management teams to ensure successful product delivery.
• Identify the tools