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VitalFluid is building the electronics behind a technology that's changing agriculture. We design control electronics for plasma systems and scale machines for real-world deployment in farming environments.
You'll own the complete electrical architecture, redesign aging hardware, develop new PCB architectures, and collaborate with embedded software to integrate microcontrollers and interfaces. This role is based in Eindhoven, with on-site work and a path toward scalable, reliable hardware.
Ten machines next year. Many more after that.
At VitalFluid, we use plasma technology to help farmers grow food without chemicals. Our machines are already deployed in real agricultural environments, and we are scaling up quickly. The challenge now is not whether the technology works. It does.
The challenge is building the next generation of electronics that makes it more reliable, more scalable and easier to manufacture.
That's where you come in.
At VitalFluid, you'll work on the control electronics that sit at the heart of our plasma systems. You'll redesign aging hardware, develop new PCB architectures and help shape the electrical future of a machine platform that is evolving rapidly.
Not in a huge corporate where you're responsible for a single board or small subsystem. Here, you'll influence the complete electrical architecture.
You'll work on the control electronics that sit at the heart of our machines. You'll redesign aging hardware, develop new PCB architectures and help shape the electrical future of a machine platform that is evolving.
Not in a huge corporate where you're responsible for a single board or small subsystem.
We're looking for an experienced electronics engineer who enjoys solving practical engineering challenges. You're somebody who takes ownership, communicates clearly, and enjoys turning complex technical challenges into robust solutions.
We are building technology that helps growers reduce their dependence on chemical crop protection. That's a meaningful challenge.
But for engineers, the attraction goes even deeper.
You'll join a team that combines scientific innovation with practical engineering. The technology is already working in the real world. Now we're making it scalable.
And you'll have a major say in how that happens.
Please note that, due to the holidays, we will be able to review applications in early September.