Mechanical Engineering Internship in Materials at Neuralink | Fremont, CA

About Neuralink:At Neuralink, we are pioneering innovative devices that establish a bi-directional interface with the brain. Our groundbreaking technology aims to restore movement to paralyzed individuals, provide sight to the visually impaired, and transform human interaction with the digital landscape.Team Description:Become a vital member of Neuralink's M…

About Neuralink:At Neuralink, we are pioneering innovative devices that facilitate a bi-directional interface with the human brain. Our mission is to restore movement to those who are paralyzed, provide vision to the blind, and transform the way humans engage with the digital universe.Team Overview:The Convoy team is a dedicated unit within our Robotics Mechanical Engineering department, focused on developing an unprecedented brain-controlled assistive robotic arm (ARA). Our aim is to harness advanced neural control for hardware, particularly in robotic arms and hands. Our team collaborates closely with clinical trial participants and engages with cross-functional experts in hardware, software, electrical, and BCI engineering. We are committed to restoring physical independence to users with unmet medical needs through our groundbreaking work.Position Summary and Responsibilities:As a Mechanical & Robotics Engineer at Neuralink, you will be tasked with designing and producing innovative hardware solutions for our assistive robotic arm. Your role may also extend to working on brain-computer interface devices, surgical robotics, automation, microfabrication, and beyond. You will take ownership of projects from initial concept through to production, utilizing your mechanical engineering expertise in the demanding fields of brain interfaces and human-robot interaction. Your key responsibilities include:Designing and integrating mechanical and electrical components of robotic systems with a strong emphasis on usability and safety.Working collaboratively with clinical trial participants, neuroscientists, biologists, and engineers to define design criteria.Rapidly and effectively constructing systems to achieve project objectives.Employing analytical techniques, including calculations and simulations, to optimize structural and mechanical designs.Leading all phases of device launch, from prototyping to manufacturing release.

About Neuralink:At Neuralink, we are pioneering the development of innovative devices that facilitate a bi-directional interface with the human brain. Our mission is to restore mobility to the paralyzed, restore vision to the blind, and revolutionize human interaction with technology.Team Overview:The Robotics & Surgery Engineering Team is at the forefront of creating our next-generation surgical platform, aimed at making our advanced brain implants accessible to those who need them. Our focus is on minimizing surgical time and invasiveness while maximizing safety and precision.Role Overview and Responsibilities:As a Mechanical Engineering Intern at Neuralink, you will engage in designing and developing hardware solutions for our brain-machine interface devices. This includes working on surgical robotics, automation, microfabrication, and much more. You will take ownership of projects from inception to production, leveraging your mechanical engineering expertise in the dynamic field of brain-machine interfaces. Collaboration with neuroscientists, biologists, and engineers will be essential as you establish design criteria and build effective systems.

About Neuralink:At Neuralink, we are pioneering innovative devices that facilitate a bi-directional interface with the human brain. Our mission is to restore mobility to the paralyzed, enhance sight for the visually impaired, and transform the way humans engage with their digital environments.Job SummaryWe are on the lookout for a skilled Signal Processing Engineer who will be instrumental in the design, development, and optimization of cutting-edge digital signal processing (DSP) algorithms tailored for on-chip and embedded systems. In this dynamic position, you will engineer efficient, hardware-optimized algorithms that operate directly on custom System on Chips (SoCs), enabling real-time processing while adhering to stringent constraints regarding power consumption, latency, area, and throughput. Your collaborative efforts with the SoC, Firmware, and Machine Learning teams will be vital in translating high-level signal processing requirements into viable production-ready solutions.Key ResponsibilitiesDesign and implement signal processing algorithms to detect neural activity in the cortex (e.g., spike detection) and monitor the health of cortical electrodes.Create numerical algorithms for custom data compression to enhance radio throughput.Develop fixed-point or quantized versions of algorithms optimized for resource-constrained hardware.Implement and validate algorithms in high-level programming languages while transitioning them to hardware-friendly formats.Conduct algorithm-to-architecture mapping, analyzing trade-offs among accuracy, latency, power consumption, and resource utilization on SoCs.Work in tandem with the digital design team to define micro-architectures for bespoke on-chip processing pipelines, focusing on dataflow, pipelining, and parallelization.

Neuralink develops advanced devices that connect directly with the brain. The company’s work focuses on restoring movement for people with paralysis, enabling sight for the visually impaired, and changing how humans interact with technology. The Information Technology team supports Neuralink’s research, development, and production efforts across assembly lines, neural recording training, and other essential functions. This group builds and maintains the systems and processes that drive progress on high-priority projects. Role overview The Network and Systems Engineer will design, build, and operate data center environments at Neuralink’s Fremont, California location. This position manages the full lifecycle of compute and network infrastructure, from site buildout and hardware procurement to deployment, automation, and daily operations. The role requires both hands-on work in the data center and technical expertise at the keyboard. Success depends on building scalable, reliable systems in a demanding setting. What you will do Design, build, and maintain data center environments, including power infrastructure (PDUs, UPS, generators), cooling systems (CRAC/CRAH, liquid cooling), and scalable racking solutions. Procure, rack, cable, and commission server and network hardware; perform BIOS and firmware tuning and integration testing. Manage the server lifecycle: hardware selection, vendor coordination, deployment, maintenance, and decommissioning. Administer HPC clusters, storage systems, and high-speed networks; automate server provisioning with PXE/HTTP boot, scripting (Bash, PowerShell, Python), and configuration management tools (Terraform, Ansible, Puppet). Administer Linux and Windows server environments, including OS deployment, patching, and performance optimization. Deploy, maintain, and monitor campus network infrastructure (switching, routing, wireless, NAC); respond to incidents to maximize uptime. Plan and coordinate maintenance windows, upgrades, and expansions; maintain 24/7 on-call availability. Ensure compliance with HIPAA, PII handling requirements, and cybersecurity standards (ISO, NIST). Create and maintain documentation such as network topology, systems design, runbooks, and SOPs.

About Neuralink:At Neuralink, we are pioneering the development of advanced devices that facilitate a bi-directional interface with the human brain. Our groundbreaking technology aims to restore mobility to individuals with paralysis, provide vision to those who are blind, and redefine human interaction with the digital landscape.About the Team:The Brain-Computer Interface (BCI) team is at the forefront of creating software and systems that decode neural signals into meaningful actions, such as cursor movement, typing, and robotic arm control. We also innovate by encoding real-world data, like video feeds, into neural data to project visuals directly into the brain's visual cortex. Our close collaboration with users allows us to gather crucial feedback, enhancing the user experience and interface of our BCI technology.About the Role:As a Machine Learning Engineer on the BCI team, you will harness signal processing and machine learning to facilitate communication with the brain. You will work with state-of-the-art neural interface hardware and contribute to the development of cutting-edge neural encoders and decoders. We value innovative solutions that are grounded in fundamental principles, and no prior neuroscience knowledge is required.All hardware is designed in-house, from custom ASICs to thin-film arrays, allowing for complete flexibility in technical design. Your insights will significantly influence the architecture of next-generation devices.Job Responsibilities:Telepathy Product: Enhance models that decode neural data, empowering individuals with paralysis to type at speeds of 35 words per minute or control robotic arms for daily activities.Blindsight Product: Develop research questions that guide the creation of neural networks and signal processing algorithms aimed at restoring vision for the blind.Utilize your expertise in neural networks and data science to build foundational models for machine learning applications in BCI.Lead by example, setting high standards for system design and operation.Inform our hardware roadmap by understanding user needs and pinpointing impactful product features.About You:Proficient in production-level C/C++/Rust and Python programming.Demonstrated experience in designing, building, and deploying real-time machine learning products.Solid understanding of signal processing, algorithms, and software engineering principles.Bachelor’s degree in a relevant field.

About Neuralink:At Neuralink, we are pioneering groundbreaking devices that facilitate bi-directional communication with the brain. Our innovations aim to restore movement to those with paralysis, enhance vision for the visually impaired, and transform human interaction with the digital realm.Team Description:The Next Gen team at Neuralink is at the forefront of creating the next generation of brain-computer interfaces. Our mission is to establish intuitive, high-dimensional, and bidirectional connections between the human brain and machines, focused on aiding individuals with various neurological challenges. Our team comprises dedicated scientists and engineers collaborating closely to define the engineering requirements essential for these future technologies. As a Mechanical Engineering Intern, you will engage in diverse projects, ranging from the design of innovative benchtop experimental setups for testing the next evolution of implants. Ideal candidates will be adaptable, applying both their technical and creative abilities to solve multifaceted problems while demonstrating a strong sense of urgency.Job Description and Responsibilities:In your role as a Mechanical Engineering Intern, you will design and construct versatile benchtop testing setups to evaluate advanced brain-computer interface (BCI) implants. These systems will facilitate rapid algorithm iterations and comprehensive system-level validations. You will work closely with the Next Gen team to outline requirements and implement best practices for scalable, reusable testing hardware. Your specific responsibilities will include:Designing and building custom benchtop fixtures and electrical/mechanical assemblies to test implant prototypes and associated hardware.Developing setups that replicate neural environments, including spiking-activity emulators, saline or tissue-like baths, and controlled noise sources to simulate in-vivo signal conditions.Establishing and documenting standard operating procedures (SOPs) for assembly, calibration, and routine testing to guarantee repeatability and reliability.Integrating electrical and mechanical components to enable algorithm development, automated data collection, and noise characterization.Collaborating across disciplines to translate experimental requirements into robust solutions.Iterating and generalizing test platforms for future implant designs and evolving experimental needs.

About Neuralink:At Neuralink, we are pioneering groundbreaking technologies that create a bi-directional interface with the human brain. Our innovative devices aim to restore movement to those who are paralyzed, regain sight for the visually impaired, and transform human interaction with the digital realm.Team Overview:The Microfabrication Team, a vital part of the Brain Interfaces Hardware Department, is dedicated to the design, production, and validation of thin-film microelectrode arrays, crucial for recording and transmitting neural signals to implanted devices. Our team operates from a state-of-the-art cleanroom facility in Fremont, with future expansions planned for Austin.Role Overview and Responsibilities:As a Microfabrication Engineer at Neuralink, you will play a pivotal role in the development of micro-fabricated medical devices, particularly thin-film microelectrode arrays utilized in both preclinical and clinical investigations. Your responsibilities will encompass: designing and fabricating next-generation microelectrode arrays; developing advanced process integration techniques for thin-film fabrication in production; conducting benchtop experiments to explore the correlation between fabrication parameters and product performance (such as impedance and longevity); leveraging statistical analysis to inform product enhancements; overseeing in vivo studies to validate the physiological performance of innovative designs; creating comprehensive Standard Operating Procedures (SOPs) and technical documentation to standardize processes; providing technical training and mentorship to team members; managing data collection and retention strategies for high-quality reporting; contributing to study report finalization; and collaborating with external vendors to align product specifications.

About Neuralink:At Neuralink, we are pioneering the development of groundbreaking devices that create a bi-directional interface with the brain. Our mission is to restore movement to those who are paralyzed, bring sight to the visually impaired, and transform human interaction with the digital landscape.Team Overview:The BCI Applications Team is dedicated to developing Telepathy.app, an innovative software platform that empowers individuals with paralysis to interact with computing devices using only their thoughts. Our team encompasses a diverse set of disciplines, including neuroscience, machine learning, software engineering, and interface design.Position Overview:We are seeking a passionate Design Engineer Intern to conceptualize, prototype, and deliver cutting-edge computing interfaces specifically designed for Brain-Computer Interaction (BCI). The ideal candidate will exhibit the following attributes:A deep curiosity for exploring a multi-disciplinary environment where design decisions are influenced by neural architecture, model specifications, and radio bandwidth constraints. For example, minor adjustments in an animated spring coefficient can significantly affect perceptual response time, which in turn impacts label alignment and decoder performance. You will collaborate closely with both internal and external experts to navigate these constraints creatively.An intuitive understanding of the appropriate level of fidelity needed at various stages of development, whether it’s engaging in discussions, creating rough sketches, or developing testable prototypes.An eagerness to innovate within a completely new medium of interaction that lacks traditional sensory feedback associated with existing physical input devices.The ability to empathize with users whose sensory experiences differ from your own, alongside a commitment to crafting an experience that transcends mere functionality. You will strive to achieve fluidity and detail in user interactions, whether it involves optimizing a vertex shader or developing a custom property animator.A strong perspective that encourages open discussions, allowing for the exploration of unconventional ideas while remaining open to testing and learning from concepts that don’t succeed.Key Responsibilities:Design, prototype, construct, and launch innovative computing interfaces for BCI applications.Engage with study participants to...

About Neuralink:At Neuralink, we are pioneering the development of advanced neurotechnology devices that facilitate a bi-directional interface with the human brain. Our mission is to restore mobility to individuals with paralysis, provide sight to the visually impaired, and fundamentally transform the way humans engage with technology.Team Overview:The Robot Manufacturing Software team is crucial to Neuralink’s ability to produce neurosurgical robots on an unprecedented scale. Each robot that is sent out is meticulously tracked, assembled, calibrated, and verified through the innovative software that you will create. This serves as the core infrastructure that enables our transition from initial production to addressing genuine clinical requirements.As part of a small, highly collaborative team, you will assume the role of the primary architect of our robot manufacturing software stack. As our company expands, the complexity of the systems will increase, and you will be at the forefront of designing and building the solutions that will support this growth.We pride ourselves on maintaining a close-knit, high-trust environment. You will enjoy significant autonomy to tackle challenging problems while meeting high expectations.We are committed to rapid progress in meeting clinical demands and keeping pace with deployments. The work schedule can be intense, with 60-hour weeks being the norm at times. This role requires a strong commitment and may not be suitable for everyone.Job Responsibilities:As a Software Engineer in the Robot Manufacturing Team, you will collaborate directly with both robot engineers and surgical engineers to grasp their needs and deliver effective solutions. You will not be isolated from the problem; rather, you will be integral to the resolution process.Your tasks will vary from focused coding sessions to collaborative problem-solving with engineers to enhance calibration processes—ensuring that you are consistently close to the challenges and delivering timely solutions. Key projects include:Inventory and Warehouse Management Systems: Tracking every component in a neurosurgical robot, from raw materials to finished assembly.Lifecycle Management Software: Assisting engineers in the building, calibration, verification, and maintenance of robots throughout their entire lifecycle.Dynamic Development: Addressing a broad and evolving range of challenges as you take real ownership in shaping the direction of our software stack.

About Neuralink:At Neuralink, we are pioneering groundbreaking neurotechnology that establishes a bi-directional interface between humans and machines. Our innovative devices aim to restore mobility to those who are paralyzed, provide vision to the visually impaired, and transform human-computer interaction.Team Overview:The Brain Interfaces Embedded Systems Team, part of the Brain Interfaces Hardware Department, is responsible for developing high-performance, safety-critical embedded systems for next-generation brain-computer interfaces. As a vital member of our team, you will receive hands-on training, collaborate with experienced mentors, and contribute to impactful projects.Role and Responsibilities:We are seeking enthusiastic engineers ready to delve into the challenges of working in high-powered and latency-sensitive environments. Your role will involve developing firmware for the implant, allowing you to make significant contributions to the product's capabilities. You will work closely with chip designers, electrical engineers, algorithms engineers, and fellow software engineers on an agile team. Key responsibilities include:Collaborating cross-functionally to produce safety-critical systems while managing power, radio, and thermal constraints.Understanding product delivery processes from planning and design to execution and testing.Enhancing your knowledge of hardware while developing bare-metal firmware in C.Contributing to the organization of the codebase, prioritizing modular designs to facilitate effective hardware implementation.Identifying system enhancements to reduce latency and improve battery life, reliability, and safety.

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About Neuralink:At Neuralink, we are pioneering the development of innovative devices designed to create a seamless, bi-directional interface with the brain. Our mission is to restore movement for those who are paralyzed, restore sight for the blind, and transform how individuals engage with their digital environments.Team Overview:The Brain-Computer Interface (BCI) Applications Team is dedicated to designing and delivering cutting-edge products that empower individuals with paralysis to control computers, mobile devices, gaming consoles, and robotic arms using their thoughts. Our efforts also include restoring speech for individuals who are mute, facilitating natural, silent communication with AI agents. We collaborate closely with PRIME clinical study participants, enabling rapid feedback on new features and functionalities. Our multidisciplinary team consists of professionals from software engineering, design, machine learning, and neuro-engineering disciplines.Position Summary and Responsibilities:As a Software Engineer Intern in the BCI team, you will engage directly with our users, specifically clinical trial participants, to understand their needs and develop brain-computer interface software systems that provide exceptional user experiences. Your primary responsibilities will include:Developing, testing, and validating software systemsCollaborating with cross-functional teams to create new BCI features and intuitive user interfacesWorking with study participants to iterate and refine software solutionsDesigning and implementing algorithms to interpret brain activityCrafting user experiences that prioritize brain control

About Neuralink:At Neuralink, we are pioneering groundbreaking devices that facilitate a bi-directional interface with the human brain. Our innovations aim to restore mobility to those paralyzed, enable vision for the visually impaired, and transform the way people engage with their digital environments.Team Overview:The Robot Optics Team is dedicated to revolutionizing the surgical landscape. We handle all optical engineering components of Neuralink's surgical procedures, focusing on our surgical robotics, enhancing operating room tools, and crafting specialized consumables. Our primary focus is on the robotic system that executes implant insertions, incorporating essential subsystems such as 2D and 3D vision systems, optical coherence tomography, and surgical illumination.Our team manages the complete product lifecycle of optical subsystems across various robotic versions—from concept and design to production, testing, and maintenance. We also design hardware for the production and inspection of consumables like laser-machined needle cartridges. Our in-house manufacturing processes involve bring-up testing, the creation of hardware acceptance testers, and quality control. Role and Responsibilities:As a Robot Optics Intern at Neuralink, you will engage in building, characterizing, and calibrating optical and optomechanical systems integral to our surgical robots and consumables manufacturing systems. These systems encompass a range of technologies from sub-micron conventional imaging to laser scanning and optical power delivery. Your key responsibilities will include:Designing and simulating optical imaging systemsTesting, verifying, and maintaining vision systems in robotsTroubleshooting and repairing existing optical subassembliesTesting and validating optics consumablesDeveloping software for image acquisition and processingConducting preliminary evaluations of new imaging technologies for robotic applicationsCollaborating with engineering teams to identify and implement process enhancementsPreparing documentation and standard operating procedures (SOPs) related to robot optics

About Neuralink:At Neuralink, we are pioneering the development of advanced devices that facilitate bi-directional communication with the brain. Our innovative technology aims to restore movement to those who are paralyzed, provide vision to the blind, and transform human interaction with the digital world.Team Overview:The Brain Interfaces Soc Department is dedicated to designing chip architecture and implementing silicon solutions for neural recording and stimulation in high-bandwidth brain-machine interface applications. Our team consists of talented engineers committed to advancing the boundaries of technology and shaping the future. By collaborating with experts in electrical engineering, microfabrication, chip design, neuroscience, and mechanical engineering, you will play a key role in accelerating the development of human-ready brain-computer interfaces.Internship Responsibilities:We seek passionate Analog and Mixed-Signal IC Design Engineer Interns who are eager to design and implement cutting-edge solutions characterized by high energy efficiency and a compact silicon footprint. You will thrive in an environment that encourages creative problem-solving and autonomy in your work.At Neuralink, we prioritize a meritocratic approach, fostering honest and transparent communication to ensure that the best ideas prevail. We believe that exceptional solutions arise from assembling high-performing individuals with diverse skill sets and perspectives, engaging in rigorous inquiry. If this resonates with you, we invite you to join our team.The Analog and Mixed-Signal IC Design Engineer Intern will engage in all aspects of chip design, from circuit development to layout and verification.Design and implement innovative circuit architectures and transistor-level solutions to meet various challenges, including noise, mismatch, distortion, power consumption, and cost.Establish a verification plan for specific IP or chip components and conduct complex simulations and analyses (e.g., power, performance, linearity, yield) on designs.Develop, program, and execute complex tests, reviewing tests performed by team members; ensure accurate identification and analysis of bugs and issues.

About Neuralink:At Neuralink, we are pioneering groundbreaking technologies that facilitate a two-way communication interface with the human brain. Our innovative devices aim to restore movement to individuals with paralysis, reinstate vision for the blind, and transform the way humans engage with the digital landscape.Team Overview:The Brain Interfaces Soc Department is at the forefront of developing chip architecture and silicon implementations for neural recording and stimulation systems-on-chip (SoCs) tailored for high-bandwidth brain-computer interfaces. Our team consists of highly skilled engineers dedicated to pushing the limits of current technology and shaping the future of human-machine interaction.Role Overview:We are in search of proactive and inventive engineering interns passionate about next-generation chip design. You will work with advanced architectures and hardware accelerators with the objective of maximizing energy efficiency, information entropy, and scalability of our wireless brain-computer interfaces, striving for the pinnacle of silicon technology capabilities. Ideal candidates are those who thrive on building innovative solutions, possess strong analytical skills, and are enthusiastic about solving complex challenges.As a Digital IC Design Engineer Intern, your key responsibilities will include:Micro-architecture design and RTL implementation of:Low-power digital signal processorsLow-power general-purpose hardware acceleratorsLow-power graphics processing unitsLow-power radio MAC/PHYLow-power serial link MAC/PHYCollaborating with firmware engineers to design and implement hardware/software interfacesOptimizing application-specific architecture through:Complex system modeling for energy and performance benchmarksWorkload analysis and modelingBalancing design trade-offs with process technology and workload typesEnhancing energy efficiency and performance amidst manufacturing process variationsConducting complex system-on-chip verification including:Behavioral level modeling and equivalence checksFPGA emulationAnalog mixed-signal co-simulationDesign for testabilityCollaborating on silicon bring-up and debugging activities.

About Neuralink:At Neuralink, we are pioneering groundbreaking devices that establish a bi-directional interface with the human brain. Our innovations aim to restore movement for individuals with paralysis, restore vision for the visually impaired, and transform the way humans engage with their digital environments.Team Overview:The Brain Interfaces System-on-Chip (SoC) Department is focused on delivering cutting-edge chip architecture and silicon implementations for neural recording and stimulation systems, tailored for high-bandwidth brain-machine interface applications. Our team comprises exceptional engineers dedicated to expanding the boundaries of current capabilities and shaping the future of technology.Job Responsibilities:The selected engineer will take charge of analog and mixed-signal chip design, encompassing everything from circuit design to layout and verification. Key responsibilities include:Designing analog circuit building blocks and subsystems at the transistor level to meet challenging specifications regarding noise, mismatch, distortion, power consumption, and cost.Collaborating with layout teams to supervise the block-level layout of various components.Planning and executing the analog verification strategy for portions of IP or chips, along with conducting complex simulations and analyses on designs.Creating, programming, and executing comprehensive tests, while reviewing the work of junior team members to ensure accurate bug identification and analysis.Consulting with both internal and external stakeholders, including third-party vendors, to guide implementation and ensure alignment with their objectives.

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About Neuralink:At Neuralink, we are pioneering the development of groundbreaking devices that facilitate a bi-directional interface with the brain. Our innovations aim to restore movement to individuals with paralysis, enhance vision for the visually impaired, and fundamentally transform human interaction with technology.Team Overview:The BCI Applications Team is dedicated to creating Telepathy.app, a revolutionary software that empowers individuals with paralysis to interact with computers effortlessly, using only their thoughts. Our diverse team encompasses expertise in neuroscience, machine learning, software engineering, and user interface design.Position Summary:We are in search of a talented UI Design Engineer to design, prototype, and implement cutting-edge computing interfaces specifically for brain-computer interaction (BCI). The ideal candidate will embody the following attributes:A fervent desire to navigate a dynamic, multi-disciplinary environment, where design decisions are shaped by factors such as neural architecture and model constraints. For example, subtle adjustments in an animated spring coefficient can significantly impact response times and visual alignment. You will engage closely with experts across various domains to navigate these challenges.An intrinsic understanding of the appropriate fidelity level required at different stages of the design process, whether it be dialogue, rough sketches, or functional prototypes.A strong enthusiasm for exploring uncharted territories of interaction mediums that lack the conventional sensory feedback associated with physical input devices.A deep empathy for users experiencing sensory differences, coupled with a commitment to creating a truly magical experience that transcends conventional usability. You will strive for excellence through optimized animation techniques and high-detail implementations.A confident perspective that is open to critique; you will pursue innovative ideas even when they diverge from team consensus, while being diligent about learning from unsuccessful attempts.

Neuralink builds devices that connect directly with the human brain, aiming to restore functions such as mobility and vision while opening new ways to interact with technology. The company focuses on creating bi-directional interfaces that can help people with paralysis and vision loss, and ultimately change how humans engage with the digital world. The Brain Interfaces Hardware Department designs and implements advanced chip architectures for neural recording and stimulation. This team develops custom systems-on-chip (SoC) for high-bandwidth brain-computer interfaces, working at the edge of what current silicon technology allows. What you will do Design layouts for mixed-signal and analog circuits, including amplifiers, filters, switched capacitor circuits, oscillators, data converters, and power management circuits. Work closely with circuit engineers to review layout floorplans and analyze high-fidelity circuits. Perform physical verification of custom IC mask layouts, including layout versus schematic (LVS), design rule check (DRC), and electrical rule check (ERC). What we are looking for Strong interest in next-generation chip design using advanced architectures and hardware accelerators. Ability to improve energy efficiency, information entropy, and scalability in wireless brain-computer interface chips. Analytical skills and a drive to solve complex engineering challenges. Enthusiasm for building innovative solutions in analog IC layout.