Job description
DTU, the Department of Civil and Mechanical Engineering, section of Manufacturing Engineering, invites applications for a Postdoc position. The initial contract is 24 months, and the approximate starting time is April 1st 2024. Research field Neurostimulation technologies stand as a captivating advancement in neuroscience, medical technology and microchip technology. Employing controlled electrical, magnetic, optical, or other forms of energy, it offers an intriguing avenue to influence and modulate neural activity. It holds remarkable potential for revolutionizing the treatment landscape of neurological disorders. We collaborated in an NIH BRAIN initiative to develop cortical artificial vision based on microchip technology. A Multielectrode array is inserted into the visual cortex. However, electrodes corrode due to faradic currents needed for stimulation, scar tissue growth, and neurostimulation efficacy decade. Advanced materials, drugs, and biphasic stimulation mitigate these effects. The silver bullet is zero faradic current stimulation. We aim to develop a next-generation neuroimplant based on, for example, micromagnetic stimulation, which has zero faradic current. Inspired and encouraged by our recent results (paper 1, paper 2), we envision an intriguing potential to treat different brain illnesses such as stroke, blindness, depression, etc. DTU’s role in the collaboration is fabricating MEMS implants for animals (mice and monkeys). The experimental work will occur at a state-of-the-art cleanroom facility (DTU Nanolab). See also the vitural tour. The Lundbeck Foundation and Novo Nordisk Foundation generously support our activities, and it is an extension of the Obama BRAIN Initiative. One important aspect of the position is translating our and your own technologies into valuable products for clinical impact. Responsibilities and qualifications Your responsibilities are task include: Neuroimplant designs in collaboration with the Copenhagen University and Harvard University teams. Explore cleanroom MEMS manufacturing processes and workflows for implant development. Innovation (start-up company) for clinical impact. Co-supervising bachelor's, and master's students. Writing and publishing high-quality papers. Because of the innovative nature of the project and project teams, we are looking for an innovative engineer or scientist with great ambitions to make a difference by cutting-edge engineering and innovation. We seek strong experimental skills, open-mindedness, and “I can do” mentality. You are extremely well organized. You are ambitious to bring advanced technologies to the market or take on the challenge of developing into a senior scientist role. We are looking for a bright and empathic person with a PhD degree in mechanical/process/mechatronics engineering, neurotechnologies, biomedical engineering, MEMS engineering or similar. Skills: The ideal candidate has the following skills and experiences Neurotechnology device development. Innovation, start-ups. Basic knowledge and a keen interest in neuroscience and neurotechnology MEMS technology and cleanroom experience. Candidates must hold a PhD degree (or equivalent) obtained after 2021. Earlier graduates are considered in special cases. Salary and terms of employment The appointment will be based on the collective agreement with the Danish Confederation of Professional Associations. The allowance will be agreed upon with the relevant union. The period of employment is 24 months. Further information Further information may be obtained from Dr. Anpan Han (linkedin), anph@mek.dtu.dk. Application procedure To apply, please read the full job advertisement, by clicking the 'Apply' button
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Lyngby - Denmark
