Senior Robotics Software Engineer

Company Overview:Dyna Robotics is a pioneering force in the robotics industry, developing versatile robots that leverage our proprietary embodied AI foundation model. This technology allows our robots to adapt and enhance their capabilities across diverse environments, delivering commercial-grade performance that is unmatched in the sector. Our robots are already making significant impacts across various industries, demonstrating exceptional generalization and performance with our groundbreaking frontier model.Founded by visionary entrepreneurs Lindon Gao and York Yang, who successfully sold Caper AI for $350 million, alongside former DeepMind researcher Jason Ma, Dyna Robotics has secured over $140 million in funding from prominent investors like CRV and First Round. We aim to redefine robotic automation and invite you to join us in shaping the future of AI-driven robotics!Discover more about our innovative journey at dyna.coPosition Overview:As a Senior Robotics Software Engineer at Dyna Robotics, you will take a lead role in the design and development of advanced software solutions that interface seamlessly with our state-of-the-art robotic systems. Your expertise will guide the creation of software for robot control, sensing, and teleoperation, while also crafting tools for remote operation, data collection, and processing. You will collaborate closely with our AI research and hardware teams to bolster the intelligence and reliability of our robotic innovations, contributing significantly to our mission of achieving long-term general intelligence in robotic systems.

About the RoleJoin our team as a Senior Robotics Software Engineer, responsible for developing and managing the essential platform infrastructure for our cutting-edge autonomous robots. We are looking for a versatile robotics engineer with a strong background in software development across middleware, device integration, embedded systems, build and deployment pipelines, and cloud infrastructure.ResponsibilitiesTake ownership of the robotics platform stack from middleware to embedded software across various robot configurations.Develop infrastructure for sensor integration, data capture, system observability, and comprehensive diagnostics for our fleet.Enhance developer workflows by creating tools that increase team productivity and efficiency.Design and manage CI/CD processes, build, and deployment pipelines, along with fleet management systems for embedded targets.Lead architectural discussions on system design, messaging protocols, and cross-team integrations.

Job Title: Robotics Software Engineer II - SimulationDepartment: Software EngineeringJob Level: L4FLSA: ExemptJob Summary:At Bear Robotics, we are on a mission to revolutionize the future of robotics. We are currently looking for a passionate and skilled Robotics Software Engineer II specializing in simulation to join our dynamic team in Redwood City, CA. In this pivotal role, you will be responsible for designing, building, and optimizing scalable simulation infrastructure that evaluates our robotics software stack effectively. You will tackle complex technical challenges and develop high-performance simulation tools and services that enhance the productivity of our internal teams—specifically Robotics Software, Product, and Systems Engineering. Your contributions will be critical in maintaining superior simulation quality, efficiency, and performance across both local and cloud environments.If you are enthusiastic about scalable systems, captivated by the field of robotics, and thrive in fast-paced, collaborative environments, we want to hear from you!Key Duties/Responsibilities:Design, develop, and sustain large-scale simulation infrastructure for robotics applications.Ensure the reliability, latency, and cost-effectiveness of simulation platforms.Enhance simulation performance in local and distributed/cloud environments.Work closely with cross-functional teams to integrate simulation capabilities into development workflows.Assess and adopt open-source simulation tools and frameworks.Create tools and pipelines to optimize simulation operations and boost developer productivity.Perform other related duties as assigned.Supervisory Responsibilities:NoneRequired Skills/Abilities/Qualifications:Strong programming proficiency in Python and/or C++.Solid grounding in data structures, algorithms, and software design principles.Hands-on experience with simulation tools such as Gazebo, Isaac Sim, or CARLA.Familiarity with workload/workflow management systems.Preferred Skills/Abilities/Qualifications:Experience with cloud computing platforms (e.g., AWS, GCP, Azure).Proficiency in containerization tools like Docker and orchestration platforms like Kubernetes.Experience with CI/CD pipelines and automated build systems.Knowledge of distributed computing or data processing frameworks (e.g., Spark, MapReduce).Prior experience in robotics, autonomous systems, or high-growth startups.Advanced degree (Master’s or PhD) in Computer Science, Robotics, or a related field.Education/Experience:Bachelor’s Degree in Computer Science, Software Engineering, or a related field.

We are on the lookout for an experienced Senior Robotics Software Engineer to spearhead software development for our off-road autonomous systems. The ideal candidate will possess a diverse background in various aspects of autonomy, driving the potential of Bonsai's Visionsteer technology and ensuring the delivery of safe, reliable systems that provide significant value to our customers.Your Responsibilities:Develop advanced autonomy algorithms that facilitate precise and robust navigation for outdoor vehicles in challenging terrains and degraded GNSS conditions.Collaborate with hardware teams to integrate sensors, ensuring the selection and calibration of optimal systems for off-road applications.Design, test, and maintain components of the autonomy stack focused on route following, obstacle avoidance, and safety-critical functionalities.Conduct simulations and field tests for validation, swiftly analyzing and addressing issues to enhance system performance.

Job OverviewBonsai Robotics is seeking a motivated Robotics Software Intern to join our innovative team, dedicated to advancing autonomous systems in the agricultural sector. The perfect candidate will possess a hands-on approach, a thirst for technical knowledge, and a passion for implementing robotics solutions in real-world, challenging environments.What You'll Work OnAs an intern, you will engage in short-term projects (3–6 months) tailored to your skill level. Your contributions may include:Developing comprehensive, high-performance robotic vehicle applicationsCreating tools for sensor data collection and analysisDesigning software components for both on- and off-board robotic platformsCollaborating with Robotics, Vision, and Cloud teams to ensure seamless integration with clean and consistent interfaces

About UsAt Gecko Robotics, we are dedicated to empowering the world’s vital organizations by enhancing the availability, reliability, and sustainability of critical infrastructures. Our innovative and integrated solutions utilize advanced wall-climbing robots, cutting-edge sensors, and an AI-driven data platform, offering our clients unprecedented insights into the present and future conditions of their physical assets. This approach facilitates real-time decision-making, bolsters operational efficiency and safety, and safeguards our environment and communities against the risks of infrastructure failure.Your RoleAs a Senior Robotics Software Engineer focusing on manipulation, you will contribute to the development of high-performance robotic manipulation systems that incorporate intelligent inspection capabilities within active manufacturing environments. Your primary responsibilities will include designing and implementing ROS2-based control, perception, and motion planning systems for 6-axis articulated manipulators in real-world industrial applications. These systems will leverage a variety of Non-Destructive Testing (NDT) methods to optimize inspection throughput, enhance product quality, and support informed decision-making in downstream manufacturing processes.Due to the nature of our impactful government projects, candidates must be eligible for U.S. security clearance.Key ResponsibilitiesArchitect and refine Gecko’s ROS2-based control frameworks and planning systems for articulated manipulators.Develop perception-driven motion planning using visual and diverse sensor data.Design and implement closed-loop inspect → analyze → rework workflows.Optimize robotic inspection throughput in active manufacturing lines.Lead system-level integration of robot control stacks, industrial hardware, and Gecko’s inspection software.Assist in system deployment and validation in production environments.Technologies We UtilizeOur robotic solutions are built on a ROS2 framework and integrate motion planning technologies from MoveIt for versatile control of 6-axis articulated manipulators.Core Technologies: ROS2, Python, C++Planning & Simulation Tools: MoveIt, RoboDK, Roboguide, RobotStudioHardware Platforms: Fanuc CRX, ABB Industrial ManipulatorsUtilization of both commercial sensors and custom-designed sensing payloads for NDT

Join Our Innovative Team as a Robotics Software Engineer!Location: San Francisco, CA (full-time, in-person)Company OverviewAt Cosmic Robotics, we aim to revolutionize the construction of essential infrastructure on Earth while developing advanced technologies to facilitate humanity's expansion beyond our planet. Our flagship project, Cosmic-1, is designed to install solar panels at a speed 10 times faster than current methods, propelling us toward a sustainable energy future and laying the foundation for autonomous construction in the years to come.Your RoleAs a Robotics Software Engineer, you will be instrumental in coding, testing, and deploying software for our robots engaged in live field projects. You will be a pivotal member of our team, influencing the future of autonomous construction.Why Join Us?Tackle significant challenges that will shape the future of energy and infrastructure.Collaborate with an elite team hailing from renowned organizations like NASA, SpaceX, Google, and Built Robotics.Experience rapid personal and professional growth within a fast-expanding company.Key ResponsibilitiesDesign, develop, and implement software for robotic manipulation, navigation, and path planning systems.Contribute across the entire software stack, from low-level motor control and sensor integration to high-level application logic.Ensure the safety and reliability of mission-critical systems through comprehensive testing and adherence to best engineering practices.Collaborate with hardware teams to initiate new systems and resolve technical issues.Travel to customer sites for on-site testing and deployment of robotic solutions.Maintain high code quality through reviews, automated testing, and thorough documentation.QualificationsA minimum of 2 years of professional engineering experience.Proficiency in C++, Python, and Linux development.Solid foundation in algorithms, software architecture, planning, and execution.Strong communication and project management abilities.

About the RoleBonsai Robotics is on the lookout for a talented Senior Robotics Software Engineer specializing in simulation. In this key role, you will be responsible for developing and managing our sophisticated simulation infrastructure. The successful candidate will design high-fidelity virtual environments that facilitate quick development, testing, and validation of our autonomy stack, thereby minimizing reliance on physical field testing and speeding up iterations across perception, planning, and control systems.What You'll DoDevelop and maintain simulation environments that accurately replicate real-world conditions, including orchards, row crops, uneven terrain, and varying lighting and weather.Create SIL/HIL testing frameworks that ensure comprehensive testing of the full autonomy stack.Establish and sustain high-fidelity sensor models (cameras, GPS/RTK, IMUs, LiDAR) that are calibrated against actual hardware.Develop tools for automated scenario generation, regression testing, and CI integration.Work collaboratively with perception, controls, and platform teams to define simulation needs and bridge the sim-to-real gap.Model vehicle dynamics and terrain interactions for a variety of robotic form factors.

Founding Robotics Engineer in AI & SoftwareAre you an innovative engineer with a strong enthusiasm for robotics and AI, thriving in collaborative, cross-functional teams? Join us at Foundry Robotics, a pioneering seed-stage startup dedicated to developing advanced robotics solutions tailored for the manufacturing sector. We are seeking a Founding Engineer to become part of our core team, someone who excels in a dynamic environment, takes significant ownership, and is eager to tackle intricate mechanical and manufacturing hurdles.About UsAt Foundry Robotics, we are transforming the manufacturing landscape through state-of-the-art robotics. Our mission is to rejuvenate the American manufacturing industry with an AI-first approach, focusing on assembly and dual-use contract manufacturing. We strive to empower manufacturers with intelligent, efficient, and adaptable robotic systems that redefine productivity and quality. As a founding member of our engineering team, your contributions will have a direct and meaningful impact on our products, culture, and overall success. This position requires full-time, in-person work at our office located in the Mission District of San Francisco.The RoleIn the role of Founding Engineer, you will play a crucial part in the design, development, and deployment of AI and software infrastructure for our autonomous robotic systems. This position requires a hands-on approach, a deep understanding of computer vision and VLA models, as well as proficiency in ROS. You will be responsible for creating high-quality, high-performance software that meets the demanding requirements of a manufacturing environment.Key ResponsibilitiesDesign, develop, and implement innovative AI and software solutions for autonomous robotics in manufacturing.Lead the advancement of computer vision algorithms and VLA models to enhance robotic perception and control.Architect and construct robust, scalable, and high-performance software systems optimized for superior reliability.Leverage ROS2 (Robot Operating System) for diverse robotic applications.Collaborate closely with hardware engineers, product managers, and other stakeholders.Take full ownership of critical software components from conception through deployment.Serve as the primary technical liaison with vendors, partners, and customers, representing the company in external interactions.Contribute to the company's overall technical strategy and roadmap.

Join Our Mission to Revolutionize Autonomy in ConstructionAt Bedrock Robotics, we are pioneering the integration of AI in real-world applications. Our innovative team comprises industry experts who contributed to the success of Waymo, facilitated Segment's $3.2B acquisition, and propelled Uber Freight to $5B in revenue. We are at the forefront of deploying autonomous systems in heavy construction machinery nationwide, significantly enhancing the efficiency of multi-billion-dollar infrastructure projects while prioritizing safety on job sites. With an impressive $350M in funding, we are rapidly addressing the escalating demand for housing, data centers, manufacturing facilities, and the pressing labor shortage in the construction sector.This is where groundbreaking algorithms converge with the realities of the construction field. You will partner with seasoned construction professionals and elite engineers to tackle complex challenges that go beyond simulation capabilities. If you are eager to leverage cutting-edge technology to make a tangible impact alongside a talented team, we invite you to apply.Your RoleAs part of the Onboard Infrastructure team, you will be responsible for developing the foundational software and middleware that operates on our onboard computer, utilizing Rust from board bring-up to middleware.We are seeking a Staff Software Engineer to conceptualize and implement our onboard runtime framework. This framework is crucial for the safe and efficient operation of our autonomy stack, allowing our Machine Learning and Controls teams to accelerate their workflows and deliver with assurance.Your ResponsibilitiesDesign and develop the core application runtime framework, incorporating application lifecycle management, deterministic scheduling, and sophisticated configuration systems that manage complex subsystem dependencies.Create high-performance communication systems and zero-copy interfaces for low-latency, real-time sensor data, including cameras and lidars.Build onboard infrastructure to enhance system observability, diagnostics, and ensure deterministic logging and replay capabilities.Establish and uphold coding standards and code quality, promoting Rust best practices while mentoring junior engineers.Collaborate closely with Machine Learning and Controls teams to ensure the platform meets the stringent requirements of advanced autonomy.Required Qualifications10+ years of software engineering experience, with a focus on systems programming in Rust.Proven track record in developing high-performance, real-time systems.Strong understanding of middleware architectures and software design principles.Experience working in collaborative, cross-functional teams.

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.

Job OverviewJoin our dynamic team at Fauna Robotics as a Robotics Platform Engineer, where you will be instrumental in enhancing and optimizing the core software platform that drives our innovative robots. This pivotal role involves developing the foundation of our robotics stack, including communication infrastructures, service orchestration, and the integration of perception, planning, and control modules for seamless operation. You will also refine components to ensure they operate efficiently on resource-constrained edge devices and establish interfaces with low-level firmware from our partners, such as NVIDIA.This position is central to our software architecture, connecting low-level embedded systems with advanced AI functionalities. Collaborating closely with various teams across the organization, you will ensure our platform remains high-performing and reliable as we introduce new features.

Become a Key Player in Revolutionizing Construction AutonomyAt Bedrock Robotics, we are pioneering the transition of artificial intelligence from research labs to real-world applications. Our team, composed of experienced professionals who have contributed to the successes of Waymo, Segment, and Uber Freight, is dedicated to deploying cutting-edge autonomous systems in heavy construction machinery across the nation. Our efforts are accelerating billion-dollar infrastructure projects while enhancing job site safety. With $350 million in funding, we are rapidly addressing the increasing demand for housing, data centers, and manufacturing facilities amid the construction industry's labor shortages.In this role, you will bridge the gap between theory and practice, collaborating with seasoned construction experts and top-tier engineers to tackle complex physical challenges that simulations cannot resolve. If you are eager to leverage advanced technology to solve real-world issues as part of a dynamic team, we invite you to explore this opportunity with us.We are on the lookout for a highly skilled Software Engineer to enhance our onboard testing capabilities. You will be responsible for developing comprehensive safety-critical test cases for our machines. Your work will involve close collaboration with our Robotics Platform and Cloud Infrastructure teams to design and implement validation frameworks that operate on actual machinery, in Hardware-in-the-Loop (HIL) settings, and through cloud-based end-to-end simulation. Your expertise will be crucial in integrating systems engineering, simulation, and onboard infrastructure to rigorously test the robot across hardware-software interfaces.The ideal candidate will demonstrate proficiency in creating reusable automation scripts, developing fault injection capabilities, building interfaces with cloud infrastructure, and collaborating with systems engineers to establish a robust testing framework for onboard AI. Your contributions will directly enhance system reliability and safety by identifying edge cases early, ensuring compliance with stringent safety standards.This position is perfect for software engineers who possess a systemic mindset, are aware of the implications of real-world deployments, and prefer developing intelligent solutions rather than merely executing scripts. Strong candidates will be hands-on engineers who are passionate about reliability and have a background in robotics. Some travel to our remote and Bay Area testing sites will be expected to observe and evaluate your tests in action.Join Bedrock Robotics in our mission to infuse autonomy into the construction industry! We are a dedicated group of professionals from the autonomous vehicle sector, committed to making a significant impact.

About Charge Robotics:Charge Robotics is an innovative Series A startup dedicated to revolutionizing the solar energy sector by creating advanced robots that facilitate the construction of solar farms.As the demand for solar projects surges—accounting for a remarkable one-fifth of the total solar installations in the U.S. last year—traditional construction companies are struggling to keep pace due to a shortage of labor resources.Recognizing this challenge, we are committed to developing robotic solutions that effectively address these labor bottlenecks, thereby accelerating the global shift towards renewable energy.At Charge Robotics, you will be part of a dynamic team that fosters continuous learning and professional growth. Your contributions will significantly influence the company’s trajectory, and our compensation will reflect your impact.Founded by MIT alumni and supported by leading investors in generalist and climate technology, including Lux Capital and Y Combinator (S21), we are on an exciting path of growth and innovation.If you are passionate about tackling complex problems with a tangible positive impact on the climate, you will thrive here! Explore more about Charge at these links:Fast Company – Solar Building Robots to Solve One of Climate's Biggest ProblemsMIT News – Making solar projects cheaper and faster with portable factoriesYouTube – Full video of our Gen1 robots building a solar farmAbout this Role:As a Senior Full-Stack Robotics Software Engineer at Charge Robotics, you will play a crucial role in the deployment of gigawatts of clean energy.Your Responsibilities Include:Designing, building, documenting, testing, and refining software for our robotic factory installation systems.Developing new features for our customer-oriented web platform, Sunrise Studio.Contributing to low-level software that powers the robotics within our factories and delivery vehicles, with a strong focus on correctness and safety.Managing industrial automation hardware, including linear actuators, motors, and hydraulic systems.

Our Mission:At Sunrise Robotics, we are committed to enhancing human capabilities through cutting-edge robotics. Our mission is to revolutionize the manufacturing landscape by deploying intelligent, adaptive robots that not only complement human skills but also optimize existing machinery, paving the way for a new era of production characterized by superior quality, reduced waste, and lower costs.Our Vision:We envision a future where every facet of manufacturing, from design to assembly, is seamlessly integrated with smart automation. Our aim is to embed versatile robotic solutions, utilizing standard hardware and sophisticated software/AI capabilities, into manufacturing environments, especially within small and medium-sized enterprises, making automation feasible and accessible for all manufacturers. We are not just creating robots; we are developing essential components for the autonomous, intelligent agents of tomorrow.The Role:As a Robotics Software Engineer at Sunrise Robotics, you will play a pivotal role in developing the foundational software that powers our flexible industrial automation systems, enabling them to execute real-world production tasks. This position focuses on transforming advanced robotics functions—such as multi-robot coordination, perception, manipulation, and motion planning—into robust, production-ready software that can be deployed in diverse customer environments.You will be responsible for designing and implementing software across the robotics stack, from application logic to motion planning and control. Collaborating closely with the simulation and AI teams, you will ensure that new features integrate seamlessly into the platform and transition efficiently from development to production. Your contributions will be vital in enhancing the system’s capabilities and boosting the reliability, autonomy, and performance of robots in real industrial settings.What You’ll Do:Engage in research and development in robotics fields including motion planning, manipulation, perception, and multi-robot coordination.Design and construct reusable, production-grade robot behaviors that allow for autonomous reconfiguration to execute various industrial processes.Develop comprehensive robotics software spanning application logic to motion planning and control.Integrate perception, planning, and control components into a cohesive, reliable robotics system.Enhance the robustness of the robotics stack to ensure continuous operation and minimize downtime in production environments.Create solutions that function consistently in both simulated and real robotic environments, facilitating a smoother transition from simulation to practice.

Job DescriptionFauna Robotics is on the lookout for passionate and skilled Senior/Staff Software Engineers to lead the design and development of sophisticated software solutions for innovative, human-centered robotic systems. In this role, your expertise will be crucial in crafting software modules that enable robots to function autonomously in dynamic and unpredictable real-world conditions.If you have a fervor for robotics, full-stack development, or low-level controls, this position presents a unique opportunity to confront thrilling technical challenges and deliver transformative solutions. You will work collaboratively across various disciplines, partnering closely with research, hardware, and operations teams to pioneer advancements and influence the progression of intelligent robotics.Key ResponsibilitiesDesign, develop, and maintain software systems for robotic applications, focusing on perception, navigation, motor control, reasoning, and human-robot interaction.Create high-quality, production-ready code that supports robotic functions, including software development kits (SDKs) for external developers.Collaborate with research and machine learning teams to integrate cutting-edge AI models into robotic systems.Establish systems that enhance the development workflows of a multi-disciplinary team of engineers and researchers.Coordinate with hardware and deployment teams to ensure seamless performance in real-world settings.Required Skills & QualificationsEducation: Bachelor’s or Master’s degree in Computer Science, Robotics, Engineering, or a related field, or equivalent practical experience.Work Experience: A minimum of 5 years of professional software development experience.Technical Expertise:Proficient in software development using Python, C++, and/or Rust.Strong understanding of software engineering principles, including system design, algorithms, and data structures.Preferred SkillsExperience in robotics, particularly with ROS/ROS2 or familiarity with robotic subsystems such as computer vision, signal processing, or motor control.Background in delivering developer-oriented products featuring robust SDKs and fault-tolerant systems.Knowledge of machine learning, particularly in the context of robotics.

At Intrinsic Robotics, a pioneering venture backed by Alphabet, we are on a mission to revolutionize industrial robotics. Our team is driven by the belief that breakthroughs in artificial intelligence, perception, and simulation will transform the landscape of industrial robotics, with software and data at the heart of this evolution. Our goal is to create intelligent, accessible, and user-friendly industrial robotics solutions for an expansive range of businesses, entrepreneurs, and developers. We pride ourselves on being a vibrant team of engineers, roboticists, designers, and technologists dedicated to unlocking the creative and economic potential of robotics.We invite you to apply if you're interested in software engineering positions but don't find a suitable match in our current listings. Our recruitment team will evaluate applications and connect with you if a relevant opportunity arises.Please note, if you apply to this posting, you may not receive a response.We particularly want to hear from you if:You believe in making robotics more accessible for the manufacturing sector.You are skilled in modern software development and have delivered a substantial volume of high-quality software.You thrive on tackling challenging problems in interactive full-stack software, AI, and robotics.You have experience (or a desire) in developing tools and user-friendly interfaces for robotic functionalities. Robot functionalities include, but are not limited to, APIs for creating, editing, and simulating robot workcells, scalable computing infrastructure for microservices, vision algorithms, multi-step task planning, motion and grasp planning, machine learning for complex tasks, and representations for Industry 4.0.

About Gecko RoboticsAt Gecko Robotics, we are dedicated to empowering essential organizations around the globe to maintain the availability, reliability, and sustainability of their critical infrastructure. Our innovative solutions integrate wall-climbing robots, state-of-the-art sensors, and an AI-driven data platform, offering our clients unparalleled insights into the present and future condition of their physical assets. This capability facilitates real-time decision-making, enhances operational efficiency and safety, fosters mission readiness, and safeguards both the environment and society from the consequences of infrastructure failures.Position OverviewJoin our Cloud Platform team, where our mission is to enable software engineers to work without hindrances, ultimately accelerating our ability to deliver outstanding products. We achieve this by streamlining software development processes, focusing on automation, shared libraries, and advanced DevOps tools, allowing engineers to concentrate on the unique challenges presented by Gecko Robotics.This position will take lead in refining our cloud architecture and automation, particularly within our government cloud environment. You will be responsible for ensuring the maintainability and usability of our intricate single-tenant deployments, which are inherently complex and compliance-oriented. Your role will involve simplifying this complexity through abstraction and automation, enabling product engineers to deploy and manage confidently without needing to become experts in government cloud compliance.Key ResponsibilitiesDevelop and own the strategic vision for maintaining and scaling our diverse single-tenant environments, currently hosted in Google Government Cloud and Azure, with potential future expansion to AWS.Automate and standardize the variances across our cloud environments to alleviate the burden of compliance regulations and unique requirements from our developers.Create robust Infrastructure as Code (IaC) modules and shared libraries that provide benefits across all environments, minimizing redundancy.Collaborate closely with fellow Cloud Platform team members to fulfill our goal of making software development at Gecko seamless and efficient. Current responsibilities include:Providing expertise on cloud technologies and acting as internal consultants.Ensuring a smooth, intuitive, and automated CI/CD pipeline.Managing customer authentication processes.Overseeing permissions management.

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.

About Rhoda AI Rhoda AI is building the next generation of humanoid robots. The team combines high-performance, software-defined hardware with advanced foundational models and video world models to power robotics that can handle real-world complexity. Rhoda AI partners with researchers from Stanford, Berkeley, Harvard, and other leading institutions. With over $400M raised, the company is investing heavily in research, hardware development, and manufacturing scale-up. Role Overview The Robot Software Engineer will design and validate simulation environments for Rhoda AI’s humanoid robotics platform. This position focuses on building physics-based models that faithfully represent real hardware and developing the software pipelines that bridge simulation with the physical robots. Work will span motion planning, control systems, and sim-to-real transfer for AI policy training. The role is part of a small, agile team working on core technology for Generation 0 and Generation 1 robots.