Electrical Engineer, Robotics

About Neuralink:At Neuralink, we are pioneering the development of devices that facilitate a bi-directional interface with the brain. Our innovative technology aims to restore mobility to those who are paralyzed, restore vision to the blind, and transform the way individuals engage with their digital environments.Team Overview:The Surgery & Robotics Hardware Team is on the lookout for passionate Electrical Engineers who are eager to push the boundaries of healthcare solutions through technology. Recognizing the challenges posed by rising healthcare costs, limited access, and a shortage of neurosurgeons worldwide, we are committed to designing and implementing cutting-edge autonomous robotic systems, human-assistive surgical tools, and comprehensive surgical suites to enhance the patient experience.Our team is focused on the development of our surgical robot system, which aims for the complete automation of Neuralink implant procedures. This entails the design and integration of multi-axis robotic arms, advanced perception systems featuring custom imaging hardware, optical coherence tomography, power electronics, and safety systems such as 3D spatial mapping and object avoidance sensors. Robotics plays a crucial role in a broader ecosystem of tools we create, utilizing pre-operative MRI scans to generate detailed patient anatomy data for precise surgical site registration.Beyond research and development of state-of-the-art surgical technology, we take responsibility for bringing these innovations to market. We conduct comprehensive lifecycle testing for all devices we design and ultimately manufacture them for human surgeries. Our designs have already benefited over 20 individuals, and we anticipate reaching thousands in the years to come.Position Responsibilities:As an Electrical Engineer on the Surgery & Robotics Hardware Team, you will have the autonomy to design, validate, and oversee the transition of various custom electronic systems into production. You will have the opportunity to take ownership of creative decisions and lead impactful projects, including robotics stage designs, motor drives and controls, custom camera designs, manufacturing automation, and related firmware development.

At Shift Robotics, we are revolutionizing urban mobility by making the world a more walkable place. Our innovative approach enhances personal mobility, allowing individuals to choose walking over sitting in traffic. Our flagship product, Moonwalkers, represents the fastest robotic shoes globally, providing intelligent locomotion assistance that augments natural walking. We believe that with the power of Moonwalkers, a more human-scale future is within everyone's reach.Featured in prominent media outlets such as Wired, CNET, Gizmodo, and PCMag.The RoleWe are on the lookout for a talented Robotics Software Engineer to join our Embedded Systems team as we develop the next generation of Moonwalkers. In this dynamic role, you will be instrumental in designing, prototyping, and testing cutting-edge hardware and software systems that drive our mobility solutions.

Join Apptronik as a Robot Platform Software Engineer, where you will play a vital role in developing cutting-edge robotic systems. Collaborate with a dynamic team of engineers to design, implement, and optimize software solutions that push the boundaries of robotics technology.

ICON seeks an Electrical Engineer II to join the Titan Team in Austin, Texas. This position centers on designing and developing the Titan print system, supporting its progress from early concept through to serial production. Reporting to the Manager of Titan Electrical Engineering, this engineer collaborates with cross-functional teams on advanced construction robotics projects. Key Responsibilities Partner with engineers across disciplines to design and develop a robotic construction platform, emphasizing motion control and integration of dynamic fluid systems. Prototype electrical systems, specify instrumentation, and contribute to R&D for experimental platforms. Guide systems from prototype stage to commercial production, ensuring electrical panel designs and fabrication comply with UL508A, NFPA 79, UL2011, and NFPA 70 (NEC) standards. Troubleshoot technical issues, refine processes, and support manufacturing in an AGILE setting. Create design solutions grounded in sound engineering principles and maintain detailed documentation using SolidWorks and SolidWorks Electrical Schematic. Lead lean manufacturing efforts as the specifying engineer for Design for Manufacturing (DFM) projects. Work flexibly between design and field tasks as project demands change. Ensure all work aligns with company Objectives and Key Results (OKRs) to advance strategic goals. Work Location This position is based onsite at ICON's office in Austin, Texas.

LocationOn-site — Austin, TXEmployment TypeFull‑TimeJob TitleRobotics Engineer (Junior, Senior, Lead/Principal)Company OverviewJoin a pioneering startup, 9-mothers, focused on the development of cutting-edge autonomous machines for defense applications. Our flagship product is engineered to neutralize small and agile FPV suicide drones, akin to those utilized in contemporary conflict zones such as the Russia-Ukraine crisis. Our robots are designed with advanced perception and decision-making capabilities. If you are passionate about transforming innovative machine learning concepts into operational realities, this is the perfect opportunity for you.Currently, our primary focus is on defensive technologies, with the potential to expand our portfolio into offensive systems in the future.Position SummaryWe are in search of a highly skilled Robotics Engineer to become a vital member of our agile team. You will be responsible for designing and executing the control systems—essentially the “body”—of our interceptor platforms. Your contributions will be pivotal, as precise control theory is paramount for the effectiveness of high-speed maneuvers in combat scenarios. Proficiency in coding and experience with robotic components (actuators, controllers, computing systems, sensors, etc.) is essential.Essential DutiesDevelop and implement high-bandwidth control loops and sophisticated control algorithms (e.g., PID control) to guarantee vehicle stability and facilitate high-speed, accurate maneuvers amidst variable loads.Craft efficient, high-quality code (primarily in Rust, C, or C++) to manage actuators, motor drivers (via CAN bus), and sensors on a real-time operating system (RTOS).Integrate and process sensor data from cameras and IMUs (using techniques such as EKF/UKF) on embedded systems (e.g., NVIDIA Jetson) to ensure reliable, real-time state estimation.Serve as the final link in the autonomy chain, converting tracking outputs from the computer vision system into dependable motor commands that accurately guide the interceptor.Establish, develop, and maintain Python tools for calibration, logging, and CI/CD to ensure rapid iteration and deployment.RequirementsStrong understanding of control theory and embedded systems engineering.Experience in designing and implementing high-performance control systems.Proficiency in programming languages such as Rust, C, or C++.Familiarity with sensor integration and data fusion techniques.Ability to work collaboratively in a fast-paced, innovative environment.

Join Apptronik as a Senior Staff Electrical Engineer in our Compute division, where you will play a pivotal role in designing and developing advanced electrical systems for robotic applications. Your expertise will contribute to innovative solutions aimed at enhancing our product offerings and pushing the boundaries of technology.

Are you passionate about robotics and software development? Join us at Diligent Robotics as a Software Engineer specializing in Robotic Applications. You will have the opportunity to design, implement, and test software solutions that enhance our robotic systems, making a significant impact in the field of automation and artificial intelligence.

Apptronik seeks a Principal Electrical Engineer in Austin, TX to guide the design and development of compute and sensing systems for robotics and automation. This role takes responsibility for system architecture, emphasizing high performance and reliability across the full product lifecycle. Key Responsibilities Direct the architecture and development of compute and sensing solutions for robotics projects Integrate emerging technologies to achieve strict performance and reliability targets Manage projects from initial concept through implementation Collaborate with cross-functional teams to ensure technical direction matches product goals Mentor junior engineers and encourage their professional development Play a role in strategic decisions that influence the technology roadmap Team and Approach The team at Apptronik values collaboration, technical depth, and a forward-looking approach to robotics and automation. Work centers on advanced compute and sensing, with a focus on building reliable, high-performance products.

Join our innovative team at 9-mothers as a Lead Robotics Engineer in Austin, Texas. In this pivotal role, you will spearhead the design, development, and implementation of cutting-edge robotic systems. Your expertise will drive our projects forward, enhancing operational efficiency and pushing the boundaries of automation technology.

Apptronik develops AI-powered robots that aim to improve everyday life. The company’s flagship product, Apollo, is a humanoid robot designed to work alongside people in manufacturing and logistics, with plans to expand into healthcare and home settings. The team applies embodied AI and robotics expertise to address practical, real-world problems. Role overview This Lead Mechanical Engineer position focuses on robotic hand design for the Apollo humanoid platform in Austin, TX. The main goal: develop a dexterous, human-like robotic hand capable of complex manipulation in unpredictable environments. The work extends beyond typical end effectors, aiming for advanced, lifelike movement and nuanced interaction. What you will do Lead the structural design and overall architecture of a robotic hand for a humanoid robot. Serve as the technical authority on hand structures, guiding the mechanical design of multi-degree-of-freedom (multi-DOF) systems. Balance strength, compliance, weight, and tactile feedback throughout the design process. Apply principles from biomechanics, precision engineering, and robotics to create a hand for versatile and safe interactions. Work closely with a multidisciplinary team to prepare Apollo for commercialization and mass production, emphasizing safety and scalability. The team This role is part of a group focused on scaling Apollo for practical use. The team tackles challenges in safety, commercialization, and large-scale manufacturing to bring advanced robotics to daily applications.

Company Overview: Allen Control Systems (ACS) is an innovative defense startup founded by two former Navy electrical engineers with extensive expertise in robotics and software development. We are on a mission to create a cutting-edge, autonomous gun turret that utilizes advanced computer vision and control systems to accurately identify and neutralize small drones and loitering munitions. Our pioneering approach involves tackling significant technical hurdles, resulting in a thrilling and dynamic environment for seasoned engineers. At ACS, we foster an engineering-first culture that prioritizes technical excellence and innovation. Our founders have achieved remarkable success, resulting in two previous ventures being acquired for a total of $180 million in 2022. We are dedicated to ensuring that the groundbreaking technologies we develop will have a tangible impact on the world. Position Overview: We are in search of an accomplished electrical engineer who possesses robust skills in schematic design, electrical simulation, printed circuit board (PCB) design, and firmware development in C++. The ideal candidate will play a vital role in crafting high-performance electrical systems that integrate smoothly with our electromechanical components, ensuring that our products meet stringent military-grade standards. You will also be instrumental in the design, optimization, and implementation of embedded software for real-time control of our dynamic robotic systems.

About Neuralink:At Neuralink, we are pioneering the creation of advanced devices that facilitate a bi-directional interface with the human brain. Our innovative technologies aim to restore mobility to those who are paralyzed, regain vision for the blind, and transform the way humans engage with their digital environments.Team Overview:Our robotics team integrates actuated devices with microelectromechanical systems alongside groundbreaking surgical techniques. This role emphasizes high-precision, high-repeatability mechanical motion, along with robustness and fail-safe designs. As a Software Engineer, you'll be responsible for developing software that operates on actual surgical robots, not just in simulations.Neuralink fosters a meritocratic culture where honest and transparent communication is paramount. We believe that the best ideas come from collaborative inquiry, and we encourage high-performing individuals to take on more responsibilities as they excel. If you resonate with this vision, we invite you to be part of our extraordinary team.

Join Diligent Robotics as a Systems Software Engineer focusing on our innovative robotic platform. In this role, you will be instrumental in developing software solutions that enhance robotic capabilities and improve operational efficiency. Collaborate with a talented team of engineers and researchers to push the boundaries of robotics technology.

RIVR is a groundbreaking Swiss robotics firm specializing in Physical AI and innovative robotic solutions aimed at transforming last-mile delivery. We empower individuals by enhancing their capabilities, allowing one person to achieve what traditionally would require the effort of a thousand. By leveraging advanced artificial neural networks alongside cutting-edge robotic designs featuring both wheels and legs, RIVR is committed to promoting efficiency, sustainability, and scalability in the last-mile delivery sector. Originally established as Swiss-Mile, we proudly rebranded to RIVR in 2025 to align more closely with our visionary mission of advancing intelligent robotics.As a Robotics Field Engineer, you will play a crucial role on-site, responsible for the installation, maintenance, troubleshooting, and repair of our robotic systems. Your expertise will provide essential technical support to clients, ensuring that our robotics systems function optimally in real-world applications. When not in the field, you will engage in designing, developing, and maintaining the software systems that govern our robots. This includes writing algorithms, crafting control systems, and creating user interfaces tailored for robotics applications. Additionally, you will design and execute tests in both simulated environments and on actual hardware.

Senior Staff Electrical Engineer, Embedded Systems Company Overview: At Allen Control Systems (ACS), we are at the forefront of defense technology innovation, founded by two former Navy electrical engineers with extensive expertise in robotics and software development. Our mission is to create a state-of-the-art autonomous gun turret that utilizes advanced computer vision and sophisticated control systems to accurately target and neutralize small drones and loitering munitions. This role presents a thrilling opportunity for seasoned engineers to tackle complex technical challenges in a dynamic environment. Our engineering-first culture prioritizes technical excellence and encourages innovation. With a robust backing from our founders, who achieved notable successes with two previous ventures sold for a total of $180M in 2022, we are dedicated to making a tangible impact with the groundbreaking technologies we develop. Position Overview: We are in search of a highly proficient Senior Electrical Engineer specializing in embedded systems. The ideal candidate will possess extensive experience in schematic design, electrical simulation, printed circuit board (PCB) design, and firmware development in C++. You will be instrumental in developing high-performance electrical systems that integrate seamlessly with our electromechanical components, ensuring compliance with stringent military-grade specifications. Your contributions will be vital in both power and embedded design for our innovative robotic systems, as well as in optimizing and implementing embedded software for real-time control. Your Responsibilities: Design and Develop Electrical Systems: Produce detailed electrical schematics and PCB layouts that adhere to performance and durability standards for autonomous turret systems, including embedded and power circuits. Develop Real-Time Embedded Software: Create and implement embedded software in C++ and Python, focusing on real-time responsiveness and efficiency for defense applications. Simulation and Testing: Conduct simulations for signal integrity, thermal management, and electromagnetic compatibility (EMC) to ensure robust and reliable designs. Electromechanical Integration: Collaborate closely with mechanical and software teams to ensure seamless integration of electrical and mechanical components for optimal performance in challenging environments. PCB Design: Lead the development of high-quality printed circuit boards, following best practices in layout, signal integrity, power distribution, and EMC considerations according to military standards.

About Neuralink:At Neuralink, we are pioneering the development of devices that facilitate a bi-directional interface with the brain. Our innovative technology aims to restore movement to the paralyzed, restore sight to the blind, and fundamentally transform human interaction with the digital realm.Team Overview:Join our dynamic team at Neuralink, where we are reengineering the future of automated surgeries. Our focus is on the safe and efficient implantation of our revolutionary Neuralink implant. Collaborating closely with a diverse group of roboticists, engineers across various disciplines, and medical experts, you will help establish a surgical workflow grounded in first principles. This pivotal role merges the cutting-edge domains of robotics, software, and neuroscience.Key Responsibilities:In this foundational role, you will have the opportunity to develop new embedded systems from the ground up, while also enhancing existing solutions. As a Firmware Engineer, your responsibilities will include:Creating and optimizing embedded software for robotic surgical applicationsEnhancing our codebase by refining and, when necessary, phasing out outdated embedded softwareConducting rigorous testing and validation of software systems to ensure they meet stringent safety and reliability standardsEngaging in peer code reviews to uphold qualityDeveloping drivers and applications to expand the functionality of our robotic systemsDefining hardware and software specifications as we advance new hardware platformsCollaborating with team members to share your insights and progress

About Neuralink:At Neuralink, we are pioneering the development of groundbreaking devices that facilitate a symbiotic interaction with the human brain. Our innovative technologies aim to restore mobility for individuals with paralysis, enhance vision for those who are blind, and transform the way humans engage with their digital environments.Team Overview:The Robot Software Team is at the forefront of creating software that supports scalable neurosurgical procedures, enabling the safe implantation of the N1 device. Our work encompasses core control systems, sensor integration, autonomous functionalities, and surgical analytics, necessitating close collaboration with the hardware, surgery engineering, and BCI applications teams to ensure the successful and secure deployment of our technologies.At Neuralink, we foster a meritocratic culture characterized by open and honest communication, where we believe that the best ideas prevail. We are committed to building high-performing teams through rigorous inquiry and collaboration. If this ethos resonates with you, we invite you to join our mission.Internship Responsibilities:As a Software Engineer Intern on our Robot Software Team, you will play a crucial role in developing software that runs directly on our surgical robots, ensuring real-world functionality beyond mere simulation. You will work on integrating actuated devices with microelectromechanical systems and implementing novel surgical procedures, with a strong focus on precision, reliability, and fail-safe designs. Your key responsibilities will include:Creating safety-critical software for robotic systems, contributing directly to software that is ready for surgical applications.Taking ownership of significant projects from design through implementation, with guidance from experienced team members.Proactively resolving issues that arise during operations to support non-software teams in the seamless functioning of the robot.Collaborating across various engineering disciplines, integrating software with mechanical, electrical, biological, and neuroscience teams.

About Neuralink:At Neuralink, we are pioneering the development of revolutionary devices designed to establish a bi-directional interface with the brain. Our technology aims to restore mobility to the paralyzed, revive vision for the blind, and fundamentally transform human interaction with the digital realm.Team Overview:The Robot Reliability and Test Team plays a critical role in ensuring the surgical robot and its components undergo comprehensive testing throughout both design and production phases. This team is tasked with developing test infrastructure, creating detailed test descriptions, and ensuring the surgical robot meets high reliability standards for human surgical applications. By guaranteeing safe and efficient surgical procedures, Neuralink accelerates its mission to deliver life-changing technology to those in need.Role and Responsibilities:As a Robot Reliability and Test Engineer, you will oversee the transformation of our surgical robot from an experimental medical device into a highly reliable system capable of performing tens of thousands of surgeries. We seek engineers with experience in designing intricate hardware systems, developing validation tests and fixtures, or troubleshooting complex systems (ideally all three!). Your responsibilities will include identifying and addressing key reliability challenges while designing and implementing test infrastructure to bolster the engineering development and validation of the robot and its surgical tools. Additionally, you will be expected to:Lead resolution and proactive measures for non-conforming robots.Provide expertise on design controls and transition processes.Analyze data trends and troubleshoot hardware and software failures.Establish maintenance and calibration schedules.If you are eager to tackle new challenges daily and have a passion for test and fixture design, we would be thrilled to receive your application!

Join Team Royal!Why Choose Royal? At Royal Electric Company, we pride ourselves on delivering exceptional electrical design, construction, and service. We collaborate with builders, contractors, and facility owners who prioritize trust, relationships, and expertise, all aimed at achieving outstanding outcomes. Our mission is to transform the construction culture by fostering an inclusive environment where everyone feels valued. We proudly support initiatives like "Breaking Barriers," highlighting the significant contributions of women in our industry. Watch Breaking Barriers: Women At Work Episode 1Our commitment to our team is unwavering. We offer comprehensive wellness programs and continuous learning opportunities to invest in your growth and well-being. Discover Our Royal CultureWe are excited to announce an opening for a Project Engineer position, with the option to be based in Dallas, TX, Denver, CO, or Austin, TX. This role involves supporting airfield infrastructure projects at either Dallas–Fort Worth International Airport, Denver International Airport, or Austin-Bergstrom International Airport, depending on your selected location.The Project Engineer will play a critical role within the project management team, overseeing essential airfield operations, including taxiway and runway lighting, edge lights, and corresponding systems.Key Responsibilities:Oversee document control across job folders and PlanGrid.Conduct take-offs for lighting and power counts.Assist with job initiation, including securing a job site trailer and office supplies, identifying local vendors, and coordinating with accounting to establish new vendors as necessary.Understand project timelines, deliverables, and milestones, collaborating with the project team to develop these elements.Prepare commodity submittals, review long-lead submittals, manage RFIs and CORs, and track documentation of submitted and returned items.

About Shift RoboticsAt Shift Robotics, we are dedicated to transforming urban mobility, creating a world where walking is the preferred mode of transportation. Our innovative personal mobility solutions enhance the speed and efficiency of walking, encouraging individuals to leave their cars behind and embrace a healthier lifestyle. Our flagship product, Moonwalkers, are the fastest robotic shoes globally, designed to amplify natural walking through smart locomotion assistance. We believe that a more sustainable future is just a step away, allowing individuals to navigate their surroundings effortlessly.As we embark on developing the next generation of Moonwalkers, we invite passionate engineers to join our dynamic team. Here, innovation thrives at the intersection of hardware, software, and human motion, offering a unique opportunity to pioneer advancements in personal mobility.Role OverviewAs a Gait Control Engineer, you will spearhead the creation of locomotion control algorithms for our cutting-edge robotic footwear platform. Your expertise will be vital in designing, implementing, and deploying resilient control and estimation algorithms that facilitate safe and intuitive human-machine interaction.Your collaboration with mechanical, electrical, and firmware teams will be essential to develop algorithms that perform reliably on embedded systems, adeptly addressing the variability in human gait and environmental conditions.This position demands a profound understanding of human locomotion, control systems, and the intricacies of embedded algorithm implementation.Responsibilities:Design and implement advanced gait control algorithms tailored for wearable robotic systems.Formulate control strategies to assist walking across diverse user speeds, terrain types, and gait phases.Develop, validate, and optimize locomotion controllers on embedded hardware.State Estimation & Sensor FusionCreate real-time estimation algorithms utilizing IMU, force sensors, encoders, and other onboard sensors.Implement sensor fusion techniques for accurate gait phase detection and motion analysis.