Job description

Company Overview Echo Neurotechnologies is an exciting new startup in the Brain-Computer Interface (BCI) space, driving innovation through advanced hardware engineering and AI solutions. Our mission is to deliver cutting-edge technologies that restore autonomy to people living with disabilities and improve their quality of life. Team Culture Join a small, dedicated team of knowledgeable and motivated professionals. Our early-stage environment offers the opportunity to take ownership of broad decisions with significant and long-lasting impact. We emphasize continuous learning and growth, fostering cross-functional collaboration where your contributions are vital to our success. Role Overview As a Senior Mechanical Engineer, you will own the mechanical architecture, design, development and scale of a brain-space active implantable product toward high-volume manufacturing, working closely with contract manufacturing partners. You'll take a design through human-factors testing, design verification, and into full-scale production. Primary Role and Responsibilities Device Design Refinement : Evolve mechanical assemblies — hermetic enclosures, ultra-fine multi-lumen components, connectors, and surgical deployment tools — optimizing for manufacturability and reliability. Contract Manufacturer Collaboration : Serve as primary technical point of contact for contract manufacturers, driving joint development, process characterization, resolving yield and quality issues, and holding CMs accountable to design intent, timelines, and quality. Materials Application : Apply and validate biocompatible materials (titanium, platinum-iridium, specialized polyurethanes, silicones) for chronic implantation, fatigue resistance, and biostability. Tolerance & Stress Analysis : Perform FEA for stress, strain, and fatigue, plus GD&T, to ensure manufacturability. Cross-Functional Collaboration : Partner with Electrical Engineering (circuitry and hermetic feedthrough integration), Neurosurgeon/Neurologist, and Clinical/Regulatory teams. V&V : Draft test protocols and execute/manage mechanical testing (tensile, flex-fatigue, leak, environmental stress cracking) to meet FDA and ISO 14971 standards. Own reliability testing DOEs beyond V&V to explore/capture corner cases failure modes. DFM/DFA : Develop and refine processes for laser welding, micro-molding, and automated assembly of sub-millimeter components with CM partners. Qualifications Bachelor's degree in Mechanical Engineering, Biomedical Engineering, or Materials Science (Master's or Ph.D. preferred). 7+ years of mechanical design experience, ideally with Class III active implantable medical devices, including taking designs through V&V, DFM, and into production Demonstrated experience managing or partnering with contract manufacturers on process transfer, tooling qualification, and scale-up Advanced proficiency in SolidWorks, PTC Creo, or equivalent 3D modeling software Deep understanding of micro-machining, injection molding, hermetic sealing, and the mechanical challenges of ultra-flexible, multi-contact implantable components Familiarity with FDA 21 CFR Part 820, ISO 13485, and ISO 14708 (active implantable devices)Meticulous attention to detail, a passion for complex spatial problem-solving, and empathy for the patients who rely on this technology Salary $150,000 — $215,000 USD What We Offer An opportunity to work on exciting, cutting-edge projects to transform patients’ lives in a highly collaborative work environment. Competitive compensation, including stock options. Comprehensive benefits package. 401(k) program with matching contributions. Equal Opportunity Employer Echo Neurotechnologies is an Equal Opportunity Employer (EOE). We celebrate diversity and are committed to creating an inclusive environment for all employees. Confidentiality All applications will be treated confidentially. Applicants may be asked to sign an NDA after the initial stages of the interview process.

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Must-haves

Company Overview
Team Culture
Primary Role and Responsibilities
Device Design Refinement : Evolve mechanical assemblies — hermetic enclosures, ultra-fine multi-lumen components, connectors, and surgical deployment tools — optimizing for manufacturability and reliability.
Materials Application : Apply and validate biocompatible materials (titanium, platinum-iridium, specialized polyurethanes, silicones) for chronic implantation, fatigue resistance, and biostability.
Tolerance & Stress Analysis : Perform FEA for stress, strain, and fatigue, plus GD&T, to ensure manufacturability.
Cross-Functional Collaboration : Partner with Electrical Engineering (circuitry and hermetic feedthrough integration), Neurosurgeon/Neurologist, and Clinical/Regulatory teams.
DFM/DFA : Develop and refine processes for laser welding, micro-molding, and automated assembly of sub-millimeter components with CM partners.
7+ years of mechanical design experience, ideally with Class III active implantable medical devices, including taking designs through V&V, DFM, and into production
Demonstrated experience managing or partnering with contract manufacturers on process transfer, tooling qualification, and scale-up
Advanced proficiency in SolidWorks, PTC Creo, or equivalent 3D modeling software
Deep understanding of micro-machining, injection molding, hermetic sealing, and the mechanical challenges of ultra-flexible, multi-contact implantable components
Salary $150,000 — $215,000 USD What We Offer
An opportunity to work on exciting, cutting-edge projects to transform patients’ lives in a highly collaborative work environment.
Comprehensive benefits package.

Nice-to-haves

Bachelor's degree in Mechanical Engineering, Biomedical Engineering, or Materials Science (Master's or Ph.D. preferred).

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Platform: greenhouse
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Benefits

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401(K)