Neuronal Cell Cultures

Functional Phenotyping

Neurocomputing

Versatility and functionality , in one compact device

Maximize your cell functional assays

High-Density Microelectrode , Array Technology

A One-Day Event of Breakthrough Discovery , and Meaningful Community Exchange

Together, we shape the, future of discovery

A one-day event of breakthrough discovery , and meaningful community exchange

The cutting-edge electrophysiology platforms of MaxWell Biosystems enable scientists in pharmaceutical industries, contract research organizations, and academia around the world to characterize the function of neurons and the effect of compounds. Due to its high spatial-temporal resolution, our technology can record data with unique features from in-vitro 2D and 3D neuronal cells, such as organoids, cultures of induced pluripotent stem cells (iPSC), acute brain slices and more. Our solutions allow us to extract features at network-level, single-cell level, and sub-cellular level, enabling faster and more accurate phenotyping of cell lines and reliable assessment of drug effects. We are seeking a highly motivated Application Scientist to join the Scientific Applications Team, to contribute your expertise across various fields where MaxWell Biosystems’ high-density microelectrode platforms can be used. The successful candidate will collaborate with cross-functional teams, contribute to scientific dissemination, and lead scientific research and projects. This role offers the opportunity to work with our cutting-edge electrophysiology platform and shape the future of neuroscience technology. You can expect a dynamic work environment with opportunities for professional growth and significant impact on our mission to advance neurological health

Your Mission

• Lead scientific collaborative research and projects with external partners in industry and academia
• Contribute to scientific dissemination, such as white papers, application notes, posters, and other content for commercial purposes
• Lead internal R&D projects and experiments using iPSC, primary cells and organoids to develop and validate methods and bioassays
• Identify latest research on relevant applications of our products and communicate to internal stakeholders
• Contribute to acquisition of scientific funding, support with writing grant proposals
• Provide scientific expertise and assistance both internally and to customers
• Collaborate with cross-functional teams to develop and articulate project goals, research strategies, and commercialization plans
• Travel for conferences or for collaborations and scientific projects

Your Profile

• PhD degree in fields related to neuroscience / biology / biotechnology
• Electrophysiology background in applications such as iPSCs and organoids or brain slice – required
• Established experience in using microelectrode arrays for characterizing iPSC-derived neurons and/or organoids and analyzing microelectrode array datasets – required
• Experience in biotech industry commercial aspects is a plus
• Experience in grant writing for product and business development is a plus
• BSL-1 laboratory experience – required; BSL-2 experience is a plus
• Fluent in English - required; other languages are a plus
• Strong organizational, time management, communication, and interpersonal skills
• Proven ability to work independently and within a team environment
• Enthusiastic, dynamic, self-motivated, multi-tasking and proactive person
• Are you motivated, innovative and committed to delivering first-rate performance? Have you ever wanted to workwith cutting-edge technology involving both engineering and biology? Do you enjoy working in an international,multidisciplinary, and diverse team? Then we might have a position for you. Join MaxWell Biosystems in innovating the future of electrophysiology for drug discovery and basic research
• We look forward to receiving your application documents (cover letter, CV, and transcripts) by email at