Manufacturing / Microfabrication Engineer
FUTRUE Neurosciences
Manufacturing / Microfabrication Engineer
FUTRUE Neurosciences
Develops brain-computer interfaces and neuromodulation devices
FUTRUE Neurosciences – An unlimited mind. With our new venture within the FUTRUE Group, we are pursuing a clear mission: We develop the leading generation of brain-computer interfaces by 2030.
As part of the FUTRUE Group, we have strong financial resources and a proven track record – from the first medical device for irritable bowel syndrome to the first opioid substitute for chronic pain. We turn scientific vision into clinical reality.
We collaborate with leading research institutions worldwide and publish our results in the most prestigious international journals, including Nature and The Lancet.
Today, FUTRUE is one of the fastest-growing healthcare companies in the world. To advance and further expand our new venture, we are looking for outstanding talents to support us in our mission.
Does this sound exciting to you? Then apply now! We look forward to getting to know you.
For our new venture within the FUTRUE Group, we are immediately seeking a Manufacturing / Microfabrication Engineer, Brain-Computer Interface (m/f/d) to develop the leading generation of brain-computer interfaces with us by 2030.
We aim to restore mobility to the paralyzed, sight to the blind, and a voice to the mute, with the goal of fundamentally expanding the potential of the human brain.
Our vision: An unlimited mind.
You will develop and manufacture the implantable micro-electrodes of our brain-computer interfaces with us.
Design and realize the next generation of our multi-channel electrode arrays; define layouts, geometries, and fabrication processes (sputtering, photolithography, etching, etc.) that directly determine the performance of our implant.
Evaluate and select substrate and conductor materials that ensure safe, long-term-stable implantation in the brain.
Characterize our electrodes in the lab (impedance spectroscopy, long-term stability), interpret the results, and derive concrete design changes.
Scale our fabrication from prototypes to reproducible quality.
We are hiring across all experience levels. What matters are exceptional abilities and the drive to push boundaries. This is what sets you apart:
You are passionate about shaping the next major innovation in the health-tech sector in an environment with fast decision-making processes.
You have experience in microfabrication and cleanroom work; ideally with thin-film processing, photolithography, sputtering, RIE, or wet-chemical methods.
You have knowledge of materials science for implantable systems (e.g., platinum, iridium oxide, PDMS, polyimide, Parylene C) and understand their impact on signal quality and biocompatibility.
You have an entrepreneurial mindset and think in end-to-end processes, with the goal of transitioning prototypes into scalable manufacturing.
You have completed your degree or PhD in Neuroengineering, Microsystems Engineering, Electrical Engineering, Physics, Biomedical Engineering, or a comparable field, ranking among the top of your class.
You have a strong drive, the ability to quickly familiarize yourself with new subject areas and can communicate complex matters concisely.
You are business-fluent in English or German (min. C1).
We offer you a diverse, challenging job with exciting tasks and a broad spectrum of creative opportunities! Our innovative environment allows for your professional development with short decision-making paths, responsibility from day one, and the freedom to break new ground. Individual learning and real purpose await you – push the boundaries of what is possible with us!
Do you have any questions?
FUTRUE GmbH
Marie Dodillet
Am Haag 14
82166 Gräfelfing
[email protected]
https://futrue.com
Apply now! We look forward to getting to know you.
Develops brain-computer interfaces and neuromodulation devices
FUTRUE Neurosciences develops brain-computer interfaces and neuromodulation devices to help people with paralysis or neurological injuries regain movement, speech, and touch. Its core technology is high-resolution neurointerfaces, including a mikro-ECoG microelectrode array with 512 brain-surface electrodes for targeted stimulation and recording. The system decodes neural signals to control prosthetic movement, translates neural activity into speech, and provides targeted nerve stimulation to restore sensation, aiming for initial clinical applications. The company differentiates itself through German-engineered, high-precision neurointerfaces built by lean, independent teams within the FUTRUE Group, backed by substantial resources and founder Clemens Fischer’s track record, with the goal of bringing the next generation of BCIs to clinical use by 2030.
Explore more opportunities at FUTRUE Neurosciences