Firmware Validation Engineer

About Matic RoboticsAt Matic Robotics, we are redefining the landscape of home automation. Each year, approximately 2.5 trillion hours are consumed in domestic chores. Our mission is to reclaim that time by innovating cutting-edge home robotics.Our flagship product, Matic, is an advanced floor-cleaning robot reminiscent of Wall-E, featuring full self-driving capabilities within the home. It utilizes real-time 3D mapping, adaptive path-tracking, and a sophisticated semantic understanding of domestic environments. Through breakthroughs in spatial AI, Matic operates efficiently in real-world homes, leveraging only RGB cameras and integrated neural networks.Privacy FirstYour privacy is paramount. Our robots are designed to ensure that all data processing occurs on-device, safeguarding your personal information.Our VisionSimilar to the evolution of consumer devices before the iPhone, we believe in the progressive development of home robotics. We start with specialized robots and gradually enhance their capabilities.Our CultureMatic Robotics thrives on a collaborative culture where dedicated individuals work together to create products that our customers love. We are passionate problem solvers committed to improving lives by saving precious time and energy.About the RoleAs a Firmware Systems Engineer, you will play a pivotal role in bridging software and hardware. You will facilitate communication between our hardware and software teams, ensuring seamless integration and functionality. This position requires a systems-level mindset with a focus on product outcomes.Key ResponsibilitiesThe firmware scope at Matic encompasses a diverse range of projects, including:Implementing and supporting hardware modifications (both electrical and mechanical). For instance, enhancing a sensing mechanism to detect bag fullness during mopping, which involves updating device drivers, conducting assembly tests, and adjusting robot behaviors accordingly.Designing and refining control algorithms and behavioral logic for Matic’s physical systems.Analyzing robot logs and performance data to optimize system functionality.

Become a Pioneer in Home RoboticsAt sunday, we are at the forefront of developing personal robots designed to liberate individuals from monotonous tasks, allowing families to regain valuable time. Our vision is to democratize robotics, making advanced technology accessible to every household.Having dedicated the last 18 months to building a skilled team, securing funding, and validating our groundbreaking technology, we are now on the lookout for enthusiastic talents to help propel our mission forward. If you are eager to contribute your expertise to the rapidly evolving field of robotics, we invite you to connect with us.Your Role and ResponsibilitiesAs an integral member of the Electrical Engineering & Firmware team, you will have a unique opportunity to shape the firmware development for various components of our home robotics platform, including sensor integration, networking, motor control, and power management.You will work closely with mechanical and software engineers to seamlessly integrate firmware into our robotic systems, laying the groundwork for innovative home solutions.Your Contributions Will IncludeOverseeing firmware development from inception to deployment for our wearables and robotics systems, collaborating with cross-functional teams including mechanical and electrical engineering, as well as machine learning specialists.Designing and developing motor control firmware tailored for both brushed and brushless actuators.Leading the firmware initialization processes for key system components.Qualifications and Skills RequiredBachelor's or Master's degree in Computer or Electrical Engineering, or a related technical field, or equivalent hands-on experience.Minimum of 3 years of experience in real-time embedded software development, encompassing architecture design, microcontroller programming, and working with drivers and libraries.Strong coding proficiency in C/C++ and Python, particularly in production environments.In-depth knowledge of motor control principles, including Field-Oriented Control (FOC), Pulse Width Modulation (PWM), and both sensored and sensorless BLDC control.Familiarity with established control techniques for robotic actuators, such as PID tuning and torque management.Experience in collaborating with electrical engineering teams, with the capability to interpret schematics and layouts effectively.Hands-on experience with hardware validation processes, debugging, measurement methodologies, Continuous Integration/Continuous Deployment (CI/CD), and Hardware-in-the-Loop (HIL) testing.

Logos Space develops a Low Earth Orbit (LEO) satellite network designed to provide high-performance, resilient connectivity for both commercial and government clients. The system brings cloud and data center access to a wide range of terminals, fixed, seaborne, and airborne, around the globe. The engineering team brings deep experience in networking and satellite technology, working together to deliver reliable and fast communications. Team Focus The Product and Data Link Security group manages the security and authentication protocols that protect space-based communications. This team supports Layer 2, 2.5, and 3 service models, which enable isolated data flows and end-to-end encryption. Collaboration covers both ground and spacecraft systems to ensure consistent protection across the network. Role Responsibilities Guide the security architecture for onboard satellite systems, covering both bus and payload compute elements. Design secure boot processes and implement attestation mechanisms to verify system integrity. Define and enforce trust boundaries for all onboard components. Work closely with hardware, firmware, and systems teams to uphold platform integrity throughout the lifecycle. Who Succeeds in This Role This position suits engineers who turn broad design concepts into practical, testable architectures and secure solutions. Adaptability and a hands-on approach to problem solving are valued traits within the team. Location This role is based in Mountain View or San Diego.

Role Overview Anduril Industries is hiring a Staff System Modeling Engineer for Warfighter Systems in Mountain View, California. This role centers on applying advanced modeling methods to improve military systems and support mission success. Work here shapes the effectiveness of defense solutions and has a direct impact on operational outcomes.

At Reliable Robotics, we are pioneering cutting-edge technology that enhances safety in aviation, ultimately saving lives. Our vision is to transform air transportation into a safer, more efficient, and revolutionary means of moving goods and people globally. Our dedicated team comprises mission-driven engineers with expertise in aerospace, robotics, and autonomous vehicles, all working diligently to make this vision a reality.As a Senior System Integration Engineer, you will collaborate with a dynamic team of mechanical, electrical, and software engineers, reporting directly to the System Integration Engineering Manager. This role is integral to a small, highly motivated team focused on designing, testing, and flying advanced automated systems. You will find joy in integrating mechanical and electrical hardware safely and efficiently onto aircraft.ResponsibilitiesIn your capacity as a Senior System Integration Engineer, you will take ownership of vehicle-level projects throughout the planning, design, and testing phases. Your projects will encompass primary flight control hardware, data acquisition systems, hardware-in-the-loop testing, ground station development, and seamless integration with software and human-machine interface teams. You will guide the scheduling and prioritization of substantial integration projects, ensuring critical aircraft functions are integrated and tested effectively.

Waymo is at the forefront of autonomous driving technology, dedicated to becoming the most trusted driver globally. Originating from the Google Self-Driving Car Project in 2009, Waymo is committed to developing the Waymo Driver—The World’s Most Experienced Driver™—which aims to enhance mobility access while significantly reducing traffic-related fatalities. With over ten million rider-only trips completed, the Waymo Driver has autonomously navigated over 100 million miles on public roads and undergone extensive simulation across more than 15 states in the U.S.Our Hardware Engineering team is a dynamic and collaborative group of electrical, mechanical, reliability, software, and vehicle engineers. We create and refine the essential products that act as the sensory systems for Waymo's autonomous technology, integrating these innovations into various vehicle platforms. We are looking for inquisitive and skilled individuals to join our team and drive our mission forward.This position follows a hybrid work schedule and reports directly to the Electrical (Systems Engineering) Manager. Your Responsibilities Include:Collaborating with the Waymo Product team and OEM partners to establish requirements for Low Voltage systems and interfaces across our vehicle platforms. You will work closely with Functional Systems Engineers (e.g., Networks, Infotainment, Thermal, Security, Motion Controls, Body Controls) to define Low Voltage systems, including communication networks and architecture design, along with functional safety requirements.Drafting detailed specifications for Waymo’s embedded software and hardware interactions necessary for Low Voltage systems and functions, ensuring seamless integration with the vehicle platform and Self-Driving System.Focusing on power electronics systems engineering for our vehicle platforms, which includes requirement setting with OEM partners and internal teams, developing power system architecture, and conducting verification and validation against program milestones.Producing safety-related work products such as safety concepts, Fault Tree Analysis (FTA), and Failure Modes Effects and Diagnostic Analysis (FMEDA).Assisting in the creation of Verification and Validation (V&V) plans, analyzing test results for Low Voltage systems and platform communications across various prototypes. Planning and executing tests, assessing test data, and addressing field issues will be integral to this role.

Be a Pioneer in Home RoboticsAt Sunday, we are at the forefront of developing personal robots designed to liberate individuals from the burden of monotonous chores. Our ambitious mission is to make versatile robots widely available, empowering households to reclaim precious moments.After dedicating the last 18 months to assembling a skilled team, securing funding, and validating our technology, we are eager to welcome passionate individuals to join us on this exciting journey. If you are ready to contribute your expertise to the cutting-edge world of robotics, we want to hear from you!Your Role in Our VisionIn our quest to create home robots, we are addressing a significant challenge in robotics: achieving dexterous and safe mobile manipulation in unpredictable environments. To accomplish this, we are innovating across the entire robotics stack. We are training advanced AI models that utilize our extensive, high-quality, real-world data collection system. Simultaneously, we are developing a novel consumer hardware product that will be integrated into homes, delivering tangible value to our customers. As a foundational member of a compact, cross-disciplinary team, your contributions will be vital in advancing both our technology and product, pushing the boundaries of embodied AI and providing our customers with the freedom to enjoy more of what they love.As a Robotics Systems Integration Engineer, you will be instrumental in ensuring that our home robots are reliable, safe, and capable of being produced at scale. You will collaborate closely with mechanical, electrical, and software engineers to identify and resolve issues with our current robots. Your insights will help refine our manufacturing and quality assurance processes and inform the system architecture for future design iterations. This role offers substantial responsibility and the opportunity to mold cutting-edge technology into a cohesive and trustworthy product.Key ResponsibilitiesIntegrate and test robotic systems, encompassing both actuation and perception hardware.Diagnose and debug interdisciplinary challenges across mechanical, electrical, firmware, and software domains.Initiate, test, and assess essential components, such as sensors and actuators.Maintain motor and sensor drivers, as well as associated software tools, using Python and C++.Establish clear processes for robot assembly, bringing up systems, quality assurance testing, and troubleshooting.Assist in defining component and subsystem performance requirements and develop testing protocols to ensure dependable robot operation.

Reliable Robotics develops automated aviation systems aimed at making air transportation safer and more efficient. The team combines experience in aerospace, robotics, and autonomous vehicles to advance how people and goods travel. Role overview The Senior Production Systems Engineer joins the Production team in Mountain View, CA. This group delivers high-quality products and services, supporting the company’s mission to move automated aviation systems from concept to production. The position provides technical leadership and shapes strategy for production capabilities, business systems, and factory infrastructure. What you will do Design and manage production systems that support manufacturing processes, quality standards, and regulatory compliance. Plan, develop, and lead the rollout of new features and modules in partnership with SaaS vendors and internal teams. Conduct trade studies to inform decisions about business systems and infrastructure. Set up, automate, and monitor key performance indicators (KPIs) to drive improvements in design, product, and process. Key focus areas Oversee integration and performance of Manufacturing Execution Systems (MES), Enterprise Resource Planning (ERP), and Material Requirements Planning (MRP) tools. Lead enhancements using AI, develop and refine production processes, and install factory infrastructure such as printers and inspection equipment. Create real-time analytics tools to support operations in a safety-critical environment.

Join Waymo as a Systems Integration Engineer where you'll play a crucial role in enabling the integration of cutting-edge technology within our autonomous vehicles. Collaborate with interdisciplinary teams to ensure systems work seamlessly together to create a safer and more efficient transportation solution.

Waymo is at the forefront of autonomous driving technology, dedicated to becoming the most trusted driver in the world. Launched in 2009 as the Google Self-Driving Car Project, we have since developed the Waymo Driver—The World’s Most Experienced Driver™—to enhance mobility and prevent traffic-related fatalities. Our technology has facilitated over ten million rides while autonomously navigating more than 100 million miles on public roads across 15+ states in the USA.The Waymo Onboard Infrastructure team is pivotal in managing low-level software and infrastructure across various components of our self-driving system. Our expertise spans low-level system software, high-bandwidth data logging, inter-process communication (IPC), performance analysis, and comprehensive system debugging. We collaborate closely with teams specializing in Hardware, Compute, Sensor, Perception, Behavior, and Machine Learning to create the most efficient and responsive self-driving solutions in the industry.We are currently looking for a seasoned Android System Software Engineer to join our team, focusing on the development of our In-Vehicle Infotainment (IVI) platform for our next-generation, in-house System-on-Chip (SOC). This role demands a solid understanding of low-level operating system principles, embedded software, and a proactive attitude towards validating hardware against critical software performance metrics.In this role, you will:System Bring-up & Integration: Implement and integrate low-level software, including bootloader configurations, device trees, and kernel porting during the initial hardware bring-up phase.OS/Kernel Development & Optimization: Customize and optimize the Linux Kernel and relevant aspects of the Android Open Source Project (AOSP) for the partner SOC, ensuring robust and efficient operation.Hardware Abstraction Layer (HAL) Implementation: Develop and maintain reliable Vendor HALs to interface with unique in-house hardware IP (e.g., security modules, power management units, display controllers) within the Android framework.Performance Engineering: Lead system-level performance optimization initiatives, focusing on boot time reduction, scheduling adjustments, thermal management, and power efficiency tailored to the SOC's architecture.Ambiguity Resolution: Proactively clarify technical requirements for features still being defined, ensuring rapid documentation and stabilization of interfaces for the broader software team.

Waymo is at the forefront of autonomous driving technology, dedicated to becoming the most trusted driver worldwide. Born from the Google Self-Driving Car Project in 2009, our goal has been to develop the Waymo Driver—The World’s Most Experienced Driver™—to enhance mobility access and prevent the thousands of lives lost in traffic accidents. The Waymo Driver powers our fully autonomous ride-hail service and can be integrated into various vehicle platforms and applications. With over ten million rider-only trips and more than 100 million miles driven autonomously on public roads, along with extensive simulation across 15+ U.S. states, our technology is continuously evolving.Our Hardware Engineering team is a dynamic and innovative collective of electrical, mechanical, reliability, software, and vehicle engineers. We design, develop, and refine the products that serve as the sensory interface of Waymo's autonomous driving technology, integrating these solutions into vehicle platforms. We invite curious and skilled individuals to join us in this pivotal journey.This position offers a hybrid work schedule, reporting to the Systems Engineering Manager.

About Us:Aeva is at the forefront of revolutionizing perception technology across various sectors, including automated driving, industrial robotics, consumer electronics, healthcare, and security. Our innovative integration of LiDAR components onto a silicon photonics chip enables us to deliver compact yet powerful 4D LiDAR sensors. These sensors not only provide precise 3D positioning but also detect instantaneous velocity, empowering autonomous devices such as vehicles and robots to make safer and smarter decisions.Role Overview:We are looking for a skilled Senior Systems Engineer to play a pivotal role in the development and lifecycle management of our cutting-edge Lidar sensor products. This position demands expertise in applying comprehensive systems engineering methodologies to ensure compliance with stringent automotive standards. You will take charge of creating and maintaining work products that meet ASPICE, Functional Safety (ISO 26262), and Cybersecurity (ISO/SAE 21434) standards, ensuring thorough requirements traceability and robust analysis. Ideal candidates will possess a solid background in sensor technology, proficiency with systems engineering tools, and a firm understanding of automotive systems standards.

Senior IT Systems and Automation Engineer Job Code: GAQ127R160 About the Role In the position of Senior IT Systems and Automation Engineer at Databricks, you will play a pivotal role as a key technical contributor to the IT Digital Employee Experience team. Your primary responsibilities will include owning and advancing automation platforms and endpoint security initiatives that aim to streamline operations across the organization. This role calls for a robust automation mindset, extensive technical knowledge of IT systems, and the capability to deliver exceptional, scalable solutions in a dynamic environment. The Impact You Will Have Lead the evolution of our IT automation platform, serving as the subject matter expert and driving the design, implementation, and enhancement of automation workflows across IT and Security. Oversee and maintain the Mobile Security program, including MDM configuration and policy enforcement. Design and implement comprehensive automation solutions for onboarding/offboarding and security compliance workflows. Collaborate with cross-functional teams including IAM, Security, Infrastructure, and Engineering to deliver impactful projects yielding tangible business outcomes. Facilitate technical integrations during M&A activities by leveraging your automation expertise to expedite onboarding processes. Document solutions and provide training and mentorship to junior engineers regarding the platforms you manage. What We Are Looking For Core Qualifications 5+ years of experience in IT systems engineering and automation. Demonstrated success in delivering complex, multi-system automation projects that have a measurable impact on business performance. A strong automation mindset: you not only execute tasks but also architect scalable automated solutions. Proven ability to work independently, take ownership of ambiguous projects, and consistently deliver high-quality results under pressure. Automation & Integration Expertise Hands-on experience with enterprise IT automation platforms (Tines preferred) or equivalent. Skilled in building and troubleshooting integrations between identity, endpoint, ticketing, and security platforms. Experience in designing and implementing automation for IT processes such as onboarding/offboarding, access provisioning, license management, and security compliance. Endpoint & Mobile Device Management Proficient with Jamf MDM platforms for managing macOS, iOS, Windows, and Android devices at scale. Experience with zero-touch provisioning, device imaging, configuration management, and security policy enforcement.

Join Databricks as a PhD Systems Software Engineer where you will leverage your advanced academic training to contribute to innovative software solutions. You will collaborate with a team of talented engineers and researchers to push the boundaries of technology and deliver high-quality systems that meet our clients' needs.

About Logos Space Logos Space is building a proliferated Low Earth Orbit (pLEO) constellation to deliver high-performance connectivity for enterprise and government clients worldwide. The Navigation team leads the development of software and infrastructure for spacecraft timing, astrodynamics, orbit determination, and other navigation workflows that support both flight and ground systems. Role Overview The Spacecraft Timing System Engineer will join the Navigation team to design, implement, and validate timing systems that enable nanosecond-class onboard accuracy. This role focuses on creating reliable onboard time, improving calibration and observability, and providing dependable timing interfaces for flight and payload systems. The work spans timing and synchronization, FPGA and embedded systems, digital hardware, calibration, and validation. Depending on experience, the engineer will contribute to or independently manage parts of the timing stack, such as timing measurement and timestamping, clock control and steering, timing distribution, monitoring and telemetry, calibration workflows, and validation automation infrastructure. Success in this position requires the ability to turn partial requirements into actionable software and to collaborate across disciplines. Key Responsibilities Develop and maintain FPGA/RTL, embedded logic, and supporting software for spacecraft timing and synchronization. Design and implement timing system features, including measurement, timestamping, clock control, timing distribution, calibration, telemetry, and monitoring. Establish and implement hardware/software interfaces: registers, configurations, telemetry, fault and status signaling, and testing hooks. Work with electrical, embedded, GNSS, signal processing, flight software, and integration engineers on timing-system architecture, requirements, partitioning, and trade studies. Build simulation, testbench, replay, lab validation, and automation infrastructure to verify correctness, stability, and timing performance. Characterize timing performance metrics such as accuracy, stability, jitter, phase alignment, latency, deterministic behavior, holdover, reacquisition, and calibration drift. Location This position is based in Mountain View or San Diego.

Waymo is at the forefront of autonomous driving technology, striving to become the world's most trusted driver. Originating from the Google Self-Driving Car Project in 2009, Waymo has dedicated itself to developing the Waymo Driver—The World's Most Experienced Driver™—with the goal of enhancing mobility access and reducing traffic-related fatalities. The Waymo Driver powers our fully autonomous ride-hailing service and is adaptable to various vehicle platforms and applications. To date, our technology has facilitated over ten million rider-only trips, backed by extensive experience that includes more than 100 million miles driven autonomously on public roads and tens of billions of miles simulated across over 15 U.S. states.Our Systems Engineering team collaborates to integrate software and hardware systems in innovative ways. We set and uphold high-performance standards that ensure our vehicles operate seamlessly and prioritize passenger safety, while also designing and executing tests that validate those standards. We seek passionate and talented individuals who thrive in a team-oriented environment and are committed to achieving results.This position operates on a hybrid work schedule and reports directly to the Vice President of Systems Engineering.

Join Our Innovative TeamThe landscape of the workplace has dramatically shifted. Once characterized by predictable occupancy patterns, the modern office now reflects a dynamic and flexible environment. As a leader in workplace analytics, VergeSense empowers workplace, Commercial Real Estate (CRE), and facilities management professionals with the insights they need to make informed decisions about their spaces.VergeSense is proud to present the world’s first and only Occupancy Intelligence Platform, utilized by over 220 companies across 50 countries and managing 140 million square feet. Our platform leverages highly accurate occupancy sensors and diverse data sources to help clients optimize their facilities, ensure effective space planning and design, streamline cleaning operations, and enhance the overall employee experience.Role OverviewThe Firmware QA team is on the lookout for a dedicated and experienced Automation & Tooling Engineer to ensure VergeSense delivers exceptional solutions to our clients. This position combines firmware quality assurance with internal tool development, focusing on driving product excellence across our hardware offerings. You will be responsible for developing and executing test plans, debugging complex issues alongside developers, and enhancing internal tools that keep VergeSense operating smoothly.

Join Waymo, a leader in self-driving technology, as a Systems Test Engineer focused on sensing. In this pivotal role, you will engage in the testing and validation of advanced sensing systems that are critical to the safety and efficiency of autonomous vehicles. Your expertise will help shape the future of transportation and contribute to bringing self-driving technology to the public.You will collaborate with a multidisciplinary team, working closely with software engineers, hardware engineers, and product managers to ensure the highest quality standards in our sensing systems. Your responsibilities will include developing test plans, executing test cases, and analyzing results to ensure our technology meets stringent performance criteria.

Reliable Robotics is looking for a Software Engineer to join the Communication Systems team in Mountain View, CA. This role centers on developing and refining the communication solutions that enable autonomous systems to connect and function reliably. Role overview The work in this position shapes the way robotics technology communicates and operates in real-world settings. Projects will focus on the systems that support seamless information exchange between autonomous platforms. Location This position is based at the Mountain View, CA office.