Careers | Neuralink

As a Firmware Engineer Intern at Neuralink, you will develop and optimize embedded software for robotic surgery applications, refine and retire legacy code, and participate in rigorous testing and peer reviews. You'll work on cutting-edge robotics and neuroscience projects.

As a Field Clinical Engineer at Neuralink, you will work directly with study participants to support device use, training, and optimization in clinical and home settings. You'll collaborate with surgeons, investigators, and internal teams to ensure seamless clinical execution and high-quality data collection, translating real-world use into actionable insights for product development.

As an intern on the Internal Apps team, you'll build full-stack tools that accelerate Neuralink's mission of creating brain-computer interfaces. You'll own projects from conception to deployment, working directly with engineers and scientists to solve problems and drive impact.

As an intern, you'll design and verify mixed-signal ICs for brain-computer interfaces, from circuit design to layout. You'll work on high-efficiency analog circuits and collaborate with a cross-functional team to push silicon boundaries.

As a Clinical Program Manager at Neuralink, you will architect and execute groundbreaking human clinical trials for brain-computer interface technology. You'll own end-to-end delivery, manage high-stakes partnerships, and build scalable frameworks to advance neurotechnology while ensuring regulatory compliance and participant safety.

You'll join a **team building brain-computer interfaces** at Neuralink, shaping processes that ensure **regulatory compliance and quality**. Your work will directly enable **rapid iteration and innovation** for life-changing medical devices.

You'll design and scale complex mechanical assemblies for Neuralink's surgical robot system, aiming to automate brain implant procedures. Your work will directly enable safer and more accessible neurosurgery, impacting thousands of patients. You'll collaborate with neurosurgeons and cross-functional teams to bring cutting-edge surgical technology from concept to production.

You'll join Neuralink's Strategic Finance team, partnering with engineering to drive the financial strategy for groundbreaking brain-machine interfaces. Your work will directly impact commercialization by translating technical specs into actionable cost models. **You'll own unit economics** for the N1 implant and R1 surgical robot, **serving as the key financial partner** to engineering stakeholders.

You'll write, test, and deploy software for **neural interfaces** and **data acquisition systems** to decode brain activity. Your work will directly advance **next-generation brain-computer interfaces** aimed at restoring movement and sight to those with neurological conditions.

You'll own **component industrialization** for a portfolio of parts at external suppliers, ensuring manufacturing processes meet Neuralink's high standards. Your work directly enables **more devices to reach patients safely**. This generalist role spans machined parts, molded plastics, electronics, optics, and more, with hands-on site presence.

You'll **produce thin-film microelectrode arrays** at an in-house cleanroom facility, collaborating with engineers to maintain equipment and improve throughput. Your work directly supports Neuralink's mission to create brain-computer interfaces.

As a Software Engineer on the Data Engineering Team at Neuralink, you will build end-to-end data systems, low-latency pipelines, and dashboarding platforms to support neural signal recording and brain histology data. You will own projects from stakeholder requirements to delivery, working cross-functionally with neuroscientists and engineers to drive experimentation.

You'll deliver **system and board designs** for implantable brain-computer interfaces, owning all phases from definition to verification. You'll debug **mixed-signal circuits** under strict power and size constraints. This role offers the chance to work on groundbreaking **neurotechnology** at a mission-driven company.

You'll operate **advanced Siemens MRI and CT scanners** for clinical and preclinical studies at Neuralink's Texas imaging facility. Your work enables **high-fidelity data acquisition** for brain-machine interface research, directly supporting surgical planning and safety validation. You'll collaborate with **neurosurgeons, radiologists, and engineers** to push the boundaries of neural interface technology.

You will work on projects spanning surgical robotics, implant communication, manufacturing automation, cloud infrastructure, and BCI software, with the opportunity to own technology that changes lives.

You'll **set up and operate surgical robots** for **Neuralink's brain-computer interface devices**, collaborating with engineering and surgical teams to enhance robotic capabilities. Your work directly supports testing and **developing standard operating procedures** for robot operation.

You will develop custom optics and imaging systems for Neuralink's surgical robot, impacting everything from sub-micron imaging to laser scanning. Work with mechanical, electrical, and software engineers to design, prototype, and build optical systems from conception through implementation.

You will ensure the surgical robot is rigorously tested and reliable for human surgeries. You will design test infrastructure, debug complex systems, and resolve key reliability issues.

As a Robot Manufacturing Intern, you will contribute to the production and scaling of Neuralink's advanced surgical robotic systems. You'll gain hands-on experience in a high-precision manufacturing environment, focusing on process improvement, tooling design, and quality assurance.

You will design, develop, and optimize manufacturing processes and hardware for brain interfaces, focusing on creating efficient, scalable systems from the ground up. Responsibilities include scoping projects, detailed CAD design with DFX, rapid prototyping, vendor management, and implementing test systems.

You'll design FPGA-based hardware and real-time processing systems for **Neuralink's surgical robot**, enabling fully autonomous implantation of brain-computer interfaces. Your work will directly impact **high-speed image processing pipelines** and real-time motor control systems.

You will own the design and production of hardware solutions for brain-computer interface devices, collaborating with cross-functional teams from early concept to production, and tackling diverse engineering challenges.

You will gain hands-on training, work alongside accomplished mentors, and contribute to real-world projects developing high-performance, safety-critical embedded systems for brain-computer interfaces. You'll collaborate with chip designers, electrical engineers, algorithms engineers, and software engineers on a small, agile team to implement features that impact product capabilities.

You will produce microelectrode arrays, collaborate with engineers to maintain equipment and processes, and work to improve array quality and throughput. This role is instrumental in ramping production and accelerating Neuralink's mission to create brain-computer interfaces.

You will develop and improve implant SDKs, build tooling, manufacturing software, and monitoring systems for Neuralink's brain-computer interface devices, working on the end-to-end software stack that manages implant communication and verification.

You will design and produce hardware solutions for brain-machine interface devices, including surgical robotics and automation. Own projects from concept to production, collaborating with neuroscientists and engineers to build systems quickly and effectively.

You will develop safety-critical software for a surgical robot, taking ownership of a project integral to robot functioning, from design to implementation. You'll collaborate across engineering disciplines to ensure safe and effective implantation of the N1 device.

You will develop thin-film microelectrode arrays for Neuralink's brain-computer interfaces, working in a cleanroom to design, fabricate, and characterize devices. You'll drive design improvements through data analysis and collaborate with external vendors, contributing to preclinical and clinical studies.

As a Mechanical Engineering Intern at Neuralink, you will support the design and production of hardware solutions for brain-computer interface devices, contributing to projects from concept through production. You'll collaborate with cross-functional teams to define system requirements and ensure timely completion.

As an Electrical Engineering Intern at Neuralink, you'll own meaningful projects designing, verifying, and transitioning custom electronics systems to production for our surgical robot. You'll work across diverse domains such as board design, motor drivers, camera hardware, and FPGA systems.

You will design and produce hardware solutions for Neuralink's assistive robotic arm, working with clinical trial participants and cross-functional teams. Your work will involve integrating mechanical and electrical components with a focus on usability and safety, and owning projects from concept to production.

On the BCI team, you will develop state-of-the-art neural decoders and encoders using signal processing and machine learning. Your work will directly impact products like Telepathy and Blindsight, enabling people with paralysis to type or control robotic arms, and restoring vision to the blind.

You'll design and build the software backbone for neurosurgical robot production, working directly with engineers to track, assemble, calibrate, and verify every robot. This role offers direct ownership of the manufacturing software stack as the company scales from early production to clinical demand.

In this role, you'll create new embedded systems from scratch, optimize software for robotic surgery, refine legacy code, and rigorously test systems to meet safety and reliability standards. You'll collaborate cross-functionally to advance automated surgical implantation.

You will work on high-performance, safety-critical embedded systems for next-generation brain-computer interfaces. You'll own complex challenges from definition to solution, collaborating cross-functionally with chip designers, electrical engineers, and software engineers in a fast-paced environment.

You will design, implement, and continuously improve software-focused design control systems with regulatory compliance embedded into their architecture, supporting the full software lifecycle for medical device software at Neuralink.

As a Software Engineer on the Brain Interfaces Software Team, you will architect and implement elegant software solutions with autonomy, writing software to interact with Neuralink's implant and building systems for manufacturing and testing the device, directly contributing to the development of brain-computer interfaces that restore movement and sight.

You will develop and maintain software for Neuralink's brain-computer interface devices, working on implant communication, verification, manufacturing, and monitoring systems. This role involves building SDKs and full-stack platforms that enable critical functions for the company's mission to restore movement and sight.

You will design and build novel computing interfaces for brain-computer interfaces, collaborating with domain experts in neuroscience and machine learning to create fluid, precise interactions within a highly constrained space. Your work directly enables people with paralysis to use devices through thought alone.

You will design analog and mixed-signal chips for brain-machine interfaces, handling circuit design, layout, and verification. Your work directly contributes to devices that restore movement to the paralyzed and revolutionize human-computer interaction.

You will build, characterize, and calibrate optical and optomechanical systems used in surgical robots and consumables manufacturing systems at Neuralink. Your work will directly impact restoring movement and sight to patients through brain-computer interfaces.

You will lead the design of HVAC, plumbing, and process utility systems for Neuralink's cutting-edge facilities, including cleanrooms and labs. Working closely with cross-functional teams, you'll bring conceptual designs to life and ensure code-compliant, cost-effective solutions.

You will write and ship software for a surgical robot, focusing on high-precision motion control and reliability. Your code will run on actual hardware, not just in simulation, and you will collaborate with a team of top engineers to solve complex robotics problems.

You will deliver micro-architecture and RTL implementation of digital IPs and systems for high-throughput low-power DSPs and general-purpose hardware accelerators, pushing the frontiers of brain-computer interfaces.

As an Electrical Engineer on the Surgery Robot Hardware Team, you will design, verify, and oversee the transition to production of custom electronics systems for surgical robotics. You'll have substantial autonomy to own creative decisions and execute impactful projects like robotics stage designs, motor drives, and custom cameras.

You will collaborate with clinical trial participants to understand their needs and engineer brain-computer interface software systems, developing innovative applications and implementing new features to enhance functionality.

You will design and build lab spaces for engineering and manufacturing teams, provide hands-on prototyping support using additive and subtractive manufacturing, and ensure lab operations comply with safety standards. Your work will directly enable the development of groundbreaking brain-computer interface devices.

As a Software Engineer on the Pathology and Digital Imaging Team, you'll own the software stack powering Neuralink's pathology and histology operations. You'll build scalable systems for tracking specimens, high-performance slide viewers, and AI annotation pipelines, working directly with pathologists and scientists in a tight feedback loop.

As a Neuroengineer on the Next Gen team, you will design novel brain-computer interfaces, develop computational models for electrical stimulation, and run experiments to restore movement and sight. You'll work across hardware and software to create bi-directional brain-machine interfaces.

You will deliver micro-architecture and RTL implementation of digital IPs and systems for high-throughput low-power DSP and hardware accelerators, enabling state-of-the-art brain-computer interfaces. Collaborate with firmware and verification engineers to bring silicon to life and optimize performance.

You will manage and optimize lab spaces to empower engineering and manufacturing teams at Neuralink, a company creating brain-computer interfaces. You'll collaborate on space design, maintain equipment and inventory, and provide hands-on technical support to drive innovation in medical devices.

You will ensure that construction projects meet technical requirements and specifications, identify and resolve roadblocks, lead inspections and quality control, manage contracts and vendors, and collaborate with cross-functional teams to deliver purpose-built facilities that enable Neuralink's scaling.

You will participate in micro-architecture design, RTL implementation, and verification of low-power digital signal processors, hardware accelerators, and wireless communication blocks for brain-computer interface SoCs. Collaborate with chip, electrical, algorithms, and software engineers on an agile team.

You will design and build lab spaces to support engineering and manufacturing teams, manage lab operations and equipment, and provide hands-on prototyping support using various fabrication methods. You will ensure compliance with safety regulations and drive efficiency and collaboration in R&D lab environments.

You will manufacture neural implant devices and accessories, performing tasks like flip-chip bonding, electronics potting, and assembly testing. Your work supports the creation of brain-computer interfaces that aim to restore movement and sight.

You will collaborate with clinical trial participants to understand their needs and engineer brain-computer interface software systems. You'll take the lead in creating innovative applications, implementing new features, and resolving issues to enhance functionality, working with a multidisciplinary team.

You'll design and test implantable electrical systems for high-bandwidth brain-computer interfaces at Neuralink. Your work will enable **restoring movement and sight** to those with paralysis or blindness. You'll contribute to **size-constrained board design** and **cross-functional system integration**.

You'll own the day-to-day technology experience for every employee at Neuralink, providing expert support across macOS, Windows, and Linux. You'll manage **endpoint devices** and **identity access** at scale while ensuring **security policy compliance**.

You'll design and optimize **on-chip DSP algorithms** for custom SoCs, enabling real-time neural signal processing. You'll collaborate with SoC, Firmware, and ML teams to **translate high-level needs into production-ready solutions**. This role offers **direct impact on brain-computer interface technology**.

You'll support the development, design, and execution of **clinical evidence strategy** for **Neuralink's BCI technology**. You'll translate product and research objectives into clinical study designs and ensure scientific rigor across programs. This role offers the chance to pioneer new approaches in neuroscience.

You'll support Study Directors in GLP-regulated preclinical studies for Neuralink's brain-computer interface devices. You'll handle day-to-day coordination, scheduling, and data compilation to keep studies on time and compliant. This role offers **direct impact on revolutionary neurotechnology** and **growth potential in a fast-moving startup**.

You'll own the full simulation-to-test loop for implant mechanical reliability at Neuralink. You'll build explicit dynamics FEA models, design and run physical tests, and validate predictions. This role works at the **intersection of physical testing and computational modeling** to drive design decisions for **next-generation brain-computer interfaces**.

You'll craft state-of-the-art **mixed-signal IC layouts** for a brain-computer interface SoC. You'll **collaborate with chip designers** to advance neural recording and stimulation technology. This role offers a chance to **work at the frontier of silicon technology** for a groundbreaking neurotech company.

You'll own the end-to-end lifecycle of **compute and network infrastructure** at Neuralink, from data center buildout to day-to-day operations. Your core impact will be building **reliable, scalable systems** that enable groundbreaking brain-computer interface research. This role offers **hands-on work with HPC clusters and high-speed networks** in a fast-paced environment.

You'll provide critical administrative and compliance oversight for the Institutional Animal Care and Use Committee at Neuralink, supporting **ethical and regulatory compliance** of all animal research activities. Your work ensures the highest standards of **animal welfare** while advancing brain-machine interface technology.

You'll develop **novel neural decoders** to increase control speed and accuracy of Brain-Computer Interfaces. You'll work with neuroscientists and engineers to deliver a **product that restores movement and speech** for paralyzed individuals.

You'll contribute to **designing computational models** for neural stimulation and **developing encoding strategies** for sensory neural stimulation, integrating machine vision with VR environments. You'll execute experiments and present results in a collaborative setting.

You'll **develop foundational infrastructure** for Neuralink's brain-computer interface, working on **cloud and on-prem systems**. You'll build tooling and services that enable teams to operate safely and at light speed.

You'll provide **T1/T2 Helpdesk support** across macOS, Windows, and Linux at **Neuralink's Fremont campus**. You'll handle device imaging, user onboarding/offboarding, and troubleshoot connectivity issues while collaborating on **infrastructure projects**. This internship offers hands-on experience in a fast-paced biotech environment.

You'll design and implement scalable software design control systems for Neuralink's brain-computer interface devices. Your work will **ensure regulatory compliance** embedded in engineering workflows, enabling **rapid and safe development** of medical device software.

You'll join Neuralink's Regulatory Team to enable global access to brain-computer interface technology. You'll **develop regulatory strategies** for groundbreaking medical devices and **prepare submissions to global authorities**. This role offers the chance to shape compliance frameworks for cutting-edge neurotechnology.

You'll build and maintain scalable EDA compute infrastructure for chip design at Neuralink. Your work will **accelerate circuit verification** and **enhance developer experience** for engineers creating brain-computer interfaces. This role spans cloud and on-prem systems, supporting both technical and non-technical teams.

You'll design and scale the **CI/CD platform** at Neuralink, enabling teams to ship safely across brain implant, surgical robot, and app verticals. Your work directly reduces developer cycle time and ensures **reliable build pipelines** for cutting-edge neurotechnology. This role spans on-prem and cloud, touching hardware-in-the-loop fixtures.