Join us in pioneering life-changing technology

The Role
We are hiring a Neuroengineer – Neural Systems & Clinical Translation to own signal validation, preclinical execution, and the path from early data to clinical and commercial impact.

This role is responsible for translating device and biointerface designs into quantitative, system-level performance data, and ensuring that what we build produces and generates; recording and stimulating signals that are interpretable, reproducible, and clinically meaningful.

You will own the strategy for demonstrating that our system works, and for structuring the evidence required for regulatory and go-to-market success.

‍What You’ll Do
- Own experimental design across in vitro and in vivo systems
- Lead in vivo electrophysiology studies 
- Define and implement signal validation frameworks (SNR, stability, repeatability, functional relevance)
- Analyze neural data and translate it into actionable system-level insights
- Drive the iteration loop across teams: device → interface → implant → signal → redesign
- Identify failure modes across biology, device, and signal, and design experiments to systematically de-risk them
- Establish reproducible preclinical protocols and data pipelines
- Define the preclinical → clinical translation strategy, including what data is required to advance
- Support and participate in FDA-facing strategy and interactions, including framing study design and results
- Ensure all experiments generate decision-driving data
- Interface with external partners (CROs, surgeons, advisors) to execute studies and refine approach
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What We’re Looking For
- Strong background in neural engineering, bioengineering, or applied neuroscience
- Hands-on experience with in vivo electrophysiology (recording and/or stimulation)
- Experience designing and executing animal studies (rodent required; large animal a plus)
- Ability to think in terms of systems and signal chains.
- Ability to connect signal → function → clinical outcome
- Experience with neural signal processing, statistical inference, and development of decoding/encoding algorithms (Python, MATLAB, or similar)
- Strong experimental rigor with focus on quantitative validation and reproducibility
- Ability to operate across disciplines and collaborate with biology, materials, and hardware teams
- Strong communication skills for documenting, presenting, and framing results for technical and non-technical audiences
- Strong intuition for extracting meaningful biological and functional insights from noisy neural datasets

PhD in Neural Engineering, Biomedical Engineering, Neuroscience, or related field, or equivalent industry experience preferred

‍Nice to Have
- Experience with implantable neural devices 
- Experience with closed-loop or bidirectional neural systems
- Familiarity with computational modeling for neural stimulation
- Familiarity with regenerative medicine and/or novel genetically-targeted techniques
- Exposure to translational or clinical programs
- Exposure to FDA or regulatory processes, including preclinical study design, translational planning, GLP, GCP, or ISO 14155 environments
- Experience working with CROs or external research partners
- Surgical experience or close collaboration with surgical teams

Salary/Pay Range
Competitive salary + equity + benefits. Individual pay is determined by several factors, including job-related skills, experience, and relevant education or training.

Benefits
- Competitive salary and equity
- Medical, dental and vision
- Flexible vacation and company-paid holidays
- Healthy meals and snacks provided for non-remote employees
- Paid parental, jury duty, bereavement, family care and medical leave
- 401(k)

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.

The Role
We’re seeking a mission-driven Electrical Engineer to build core data acquisition and test electronics and firmware for our next gen neural interface systems. You will own the bring-up and firmware development of analog acquisition hardware, stimulation circuits, wireless data transfer, and power delivery – working closely with biologists and microfabrication engineers. This role is based in Palo Alto and offers the opportunity to shape foundational technology in a fast-moving, multidisciplinary team.

What You’ll Do
- Build and optimize wireless data and power transfer systems
- Lead PCB schematic, layout, fabrication, assembly and bring-up of custom boards
- Architect unit and system-level testing and debugging across electronics and biointerfaces
- Collaborate cross-functionally with biology and engineering teams 
- Design and build automated electrical test systems for characterizing implant performance under simulated physiological conditions (saline environments, temperature cycling, accelerated aging)
- Develop comprehensive test protocols for neural recording/stimulation electronics, power systems, and wireless telemetry in biologically relevant conditions
- Create scalable test fixtures and benchtop setups that enable rapid iteration and parallel testing of multiple device variants
- Build automated test reporting and data analysis pipelines to track device performance over time

What We’re Looking For
- 5+ years experience developing implantable medical electronics or consumer electronics
- Proficiency with embedded system architecture and board-level bring-up, including RTOS-based firmware, low-power design, peripheral driver development, hardware/software debugging, and common wired/wireless communication protocols such as SPI, I²C, UART, USB, CAN, BLE, and Wi-Fi. 
- Track record of shipping production firmware in C/C++ and/or HDL designs in Verilog/SystemVerilog, from implementation and debugging through validation and deployment. 
- Proficiency in PCB design tools (e.g., Altium, KiCAD) 
- Experience with wireless power/data (e.g., inductive coupling, BLE, RF design)
- Strong understanding of electrical engineering fundamentals, signal integrity, EMI mitigation
- Comfortable with design of high speed digital interfaces
- Experience with testing automation
- Experience working with power and size constrained production products
- Comfortable leading the charge in a hands-on, fast-paced startup environment

Nice to Have
- Background in neurotechnology, bioinstrumentation, or medical device design
- Familiarity with industry standards related to medical devices e.g. IEC 60601
- Experience with electrophysiology recordings
- Expert with FPGA and HDL-based development ([System]Verilog)
- MS or PhD in Electrical Engineering or a related field

Salary/Pay Range
Competitive salary + equity + benefits. Individual pay is determined by several factors, including job-related skills, experience, and relevant education or training.

Benefits
- Competitive salary and equity
- Medical, dental and vision
- Flexible vacation and company-paid holidays
- Healthy meals and snacks provided for non-remote employees
- Paid parental, jury duty, bereavement, family care and medical leave
- 401(k)

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.

The Role
We're hiring a Device Engineer to build, test, and validate our implantable neural devices on-site in Palo Alto. You'll own hands-on assembly and electrochemical/reliability testing of implantable devices, while helping build the test infrastructure, SOPs, and tooling our growing team relies on.

This is a high-ownership role. You will help build, refine, and execute device fabrication, integration, and reliability workflows that directly feed into our neural interface platform. You will work closely with the microfabrication, electrical engineering, and biointerface teams to generate data, improve systems, and accelerate iteration.

What You’ll Do
- Hands-on fabrication and assembly of implantable devices with precision and consistency, maintaining detailed build records
- Integrate devices into test and implant hardware, building and maintaining the fixtures needed for assembly and testing
- Characterize device performance through electrochemical testing (EIS, CV, chronoamperometry, etc.) and mechanical/reliability testing
- Design, execute, and analyze Accelerated Life Testing (ALT) protocols as part of that reliability work; track and interpret failure modes
- Develop and maintain SOPs and lab tooling to improve throughput and repeatability
- Collaborate with Biology and EE teams on design feedback and device iteration
- Support and help refine microfabrication processes in the cleanroom

What We’re Looking For
- Must be authorized to work in the U.S.
- 2-5 years of hands-on experience building or testing hardware in a lab –  fabrication, assembly, and benchtop characterization
- Comfort working with small, delicate assemblies and precision instrumentation
- BS in Biomedical, Electrical, Mechanical Engineering, or a related field 
- Proficiency in CAD tools (Fusion 360, SolidWorks, or similar)
- Basic data analysis skills (Python, MATLAB, ImageJ, etc.)
- Ability to operate independently in the lab with minimal supervision
- Experience developing or adapting experimental protocols, not just following them
- Strong attention to detail and experimental rigor
- Comfortable working in a fast-paced, ambiguous startup environment

Nice to Have
- Experience with implantable neural or bioelectronic devices
- Experience with cleanroom processes and microfabrication
- Experience running Accelerated Life Testing (ALT) protocols
- Experience with FEA/FEM tools
- Advanced degree (MS, PhD, or equivalent) in Biomedical, Electrical, or Mechanical Engineering, or a related field

Salary/Pay Range
Competitive salary + equity + benefits. Individual pay is determined by several factors, including job-related skills, experience, and relevant education or training.

Benefits
- Competitive salary and equity
- Medical, dental, vision and life insurance
- Flexible vacation and company-paid holidays
- Healthy meals and snacks provided for non-remote employees
- Paid parental, jury duty, bereavement, family care and medical leave
- 401(k)

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.

The Role
We are looking for a Mechanical & Test Engineering Intern to lead hands-on work building, integrating, and testing our thin-film neural devices. This is a high-ownership role. You will not be following fully defined protocols. You will help build, refine, and execute device fabrication, integration, and reliability workflows that directly feed into our neural interface platform. You will work closely with the microfabrication, biointerface, neuroengineering, and pre-clinical teams to generate data, improve systems, and accelerate iteration.

What You’ll Do
- Hands-on fabrication and handling of thin-film electrode arrays — assembly, bonding, and integration into test and implant hardware
- Build and run benchtop test setups to characterize electrode and device performance (e.g., impedance, mechanical, and accelerated-aging tests)
- Prototype fixtures, enclosures, and small mechanical parts in CAD, and fabricate them by 3D printing and basic machining
- Support in vivo studies in rodents — device preparation, surgical support, headcap handling, and explant analysis
- Help refine assembly, integration, and reliability protocols in a fast-moving environment, rather than just following fixed ones
- Document protocols and experimental results clearly to ensure reproducibility
- Work cross-functionally with the microfabrication, biointerface, and neuroengineering teams to support rapid iteration
‍
What We’re Looking For
- Must be authorized to work in the U.S.
- Minimum 12-week commitment, full-time.
- Hands-on experience building or testing hardware in a lab — fabrication, assembly, or benchtop characterization
- Comfortable working with animals (rodent handling or surgical support a plus).
- Ability to operate independently in the lab with minimal supervision
- Experience developing or adapting experimental protocols, not just following them
- Strong attention to detail and experimental rigor
- Comfortable working in a fast-paced, ambiguous startup environment

Nice to Have
- Experience with thin-film electrodes, flexible circuits, or microfabrication
- Familiarity with implantable or in vivo devices and biocompatibility considerations
- CAD proficiency and hands-on prototyping (3D printing, machining)
- Exposure to biointerfaces or neural interfaces
- Basic data analysis skills (Python, MATLAB, ImageJ, etc.)

What You'll Get
- Hands-on experience with cutting-edge research and development
- Mentorship from experienced engineers and scientists
- Exposure to next gen neural interface design and testing
- Opportunities to contribute to meaningful projects impacting real patients

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.

The Role
We are looking for a PhD-level Cell Engineering Intern to lead hands-on work in cell culture and in vitro biointerface development. This is a high-ownership role. You will not be following fully defined protocols. You will help build, refine, and execute cell culture and interface workflows that directly feed into our neural interface platform. You will work closely with the biointerface, neuroengineering, microfabrication, and pre-clinical teams to generate data, improve systems, and accelerate iteration.

What You’ll Do
- Independently run and maintain mammalian cell culture systems (primary cells, stem cells, or differentiated systems)
- Develop and refine cell culture protocols in a fast-moving environment
- Support development of biointerface systems, including cell–material interactions (e.g., coatings, hydrogels, ECM)
- Design and execute in vitro experiments to evaluate biological–electrical interface performance
- Characterize cell behavior relevant to integration, signaling, and stability
- Document protocols and experimental results to ensure reproducibility
- Work cross-functionally with device and neuroengineering teams to support rapid iteration

What We’re Looking For
- Must be authorized to work in the U.S.
- Minimum 12-week commitment, full-time.
- Current PhD student in Bioengineering, Neuroscience, Molecular Biology, or related field
- Strong hands-on experience with mammalian cell culture (primary cells and/or stem cells required)
- Ability to operate independently in the lab with minimal supervision
- Experience developing or adapting experimental protocols, not just following them
- Strong attention to detail and experimental rigor
- Comfortable working in a fast-paced, ambiguous startup environment

Nice to Have
- Experience with cell–material interfaces (hydrogels, ECM, coatings)
- Familiarity with electrically active cell systems or electrophysiology
- Experience with cell engineering techniques (e.g., viral transduction, CRISPR)
- Exposure to biointerfaces or neural interfaces
- Basic data analysis skills (Python, MATLAB, ImageJ, etc.)

What You'll Get
- Hands-on experience with cutting-edge research and development
- Mentorship from experienced engineers and scientists
- Exposure to next gen neural interface design and testing
- Opportunities to contribute to meaningful projects impacting real patients

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.

The Role
We’re always looking for exceptional students and early-career researchers who want to push the boundaries of neuroscience, biology, and engineering. If you’re excited to work at the intersection of living systems and advanced technology, we want to hear from you.

‍Eligibility Requirements
- Currently enrolled in or recently graduated from a degree program (BS, MS, or PhD)
- Field of study: biology, bioengineering, neuroscience, electrical engineering, mechanical engineering, computer science, or related
- Must be authorized to work in the U.S.
- Minimum 12-week commitment, full-time.

‍What You’ll Get
- Hands-on experience with cutting-edge research and development
- Mentorship from experienced engineers and scientists
- Exposure to next gen neural interface design and testing
- Opportunities to contribute to meaningful projects impacting real patients

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.

Didn’t find what you were looking for? Tell us what role you would be perfect for, and what you could achieve.

‍Why Join Us
At Axo Neurotech, you’ll be joining a team that believes in bold ideas, scientific rigor, and the power of interdisciplinary collaboration. We’re creating the tools that will define the future of neurotechnology - and we’re just getting started.