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.

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.

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 the RoleBonsai Robotics is seeking a dedicated and skilled Robotics Operations Engineer to play a crucial role in the scaling and operational reliability of our advanced robotic fleet. This position necessitates close collaboration with both engineering and field teams to troubleshoot system issues, establish robust automation infrastructure, and efficiently manage hardware and software configurations.Key ResponsibilitiesConduct in-depth root cause analysis of intricate field issues using logs, telemetry data, and comprehensive system diagnostics.Design, implement, and sustain monitoring infrastructure aimed at detecting anomalies and ensuring optimal fleet health.Create and enhance automation tools and scripts to facilitate issue triage, software updates, and operational reporting.Collaborate cross-functionally with engineering and operations teams to address recurring issues and enhance system reliability.

Archer is an innovative aerospace firm located in San Jose, California, dedicated to creating an all-electric vertical takeoff and landing aircraft. Our goal is to enhance sustainable air mobility, designing, manufacturing, and operating an aircraft capable of transporting four passengers with minimal noise production.We aim high and tackle challenging problems, believing that a diverse workforce fosters smarter solutions, deeper insights, and collective success. Archer is committed to nurturing an inclusive and equitable environment that values differences and supports every member of our team.What you will do:Manage Archer's integrated lab environments to support validation and verification processes, including quality assessments, human factors evaluations, and test pilot training.Work collaboratively across internal teams and with suppliers to integrate, instrument, and maintain the configuration of simulation models within a real-time hardware-in-the-loop environment.Develop simulation models of various systems and integrate them into the overarching framework.Create and implement graphical user interfaces to facilitate control of the real-time simulation environment.Support the execution of test plans and automation of testing procedures.

Location: On-site in San Jose, California or Trondheim, NorwayAbout UsBacked by leading venture capitalists in Silicon Valley, Trener Robotics is at the forefront of revolutionizing robotics. Our approach merges cutting-edge AI for intuitive programming with pre-trained skill models, ensuring expertise in industrial tasks. With offices in San Jose (USA) and Trondheim (Norway), our software empowers users with exceptional ease of use and unparalleled capabilities, enabling robots to think, adapt, and execute complex tasks efficiently.About the RoleWe are on the lookout for a dedicated Software-Focused Integration Engineer to join our dynamic robotics team. In this pivotal position, you will enhance and deploy the software architecture that drives our robotic systems. Your primary responsibilities will include integrating sensors, peripherals, and control systems through robust software solutions, facilitating seamless communication between hardware components and our AI-driven robotics platform.Key ResponsibilitiesDesign and implement software integration strategies for robotic systems, including sensor suites, cameras, and peripheral devices.Develop and maintain drivers and interfaces for various peripherals such as machine tools, conveyor systems, sensors, and PLCs.Integrate and calibrate vision systems into robotic workflows.Set up robot workcells and conduct rigorous software validation testing.Review robot scripts to ensure proper functionality.Provide comprehensive technical documentation and support for software integration processes.Diagnose and resolve software integration issues and performance challenges.

Archer Aviation is a pioneering aerospace company located in San Jose, California, dedicated to the development of an innovative all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to revolutionize sustainable air mobility, providing an exceptional travel experience while minimizing environmental impact.At Archer, we are driven by high aspirations and challenging objectives. We recognize that a diverse workforce enhances creativity and innovation, leading us to greater success. We are committed to fostering an inclusive and equitable workplace that embraces our unique perspectives and celebrates the contributions of every team member.Key Responsibilities:Design and develop advanced flight simulation physics models for eVTOL aircraft.Conduct vehicle-level trade studies to inform design decisions.Enhance the fidelity of system electrical, thermal, and performance models using data from lab and flight tests to facilitate vehicle certification.Collaborate with both internal and external suppliers to integrate their systems into our comprehensive vehicle simulation framework.Assist in design and analysis activities to ensure compliance with business and regulatory requirements at a high confidence level.

Archer Aviation Inc., located in San Jose, California, is revolutionizing the aerospace industry with our all-electric vertical takeoff and landing aircraft. Our mission is to enhance sustainable air mobility by designing, manufacturing, and operating a state-of-the-art aircraft capable of carrying four passengers while ensuring minimal noise output.At Archer, we aspire to achieve remarkable heights, tackling challenging problems while fostering a diverse and inclusive workplace that drives innovation and collective success. We are committed to creating an equitable environment that values our differences and supports every team member.What You’ll DoExecute Worst Case Circuit Analysis (WCCA) and margin analysis on critical control and measurement circuits, including microcontrollers, resolver interfaces, PMICs, power trees, voltage/current sensors, and digital communication protocols (CAN, SPI, etc.).Conduct circuit simulations using SPICE and MATLAB to evaluate designs under varying component tolerances, temperature extremes, and voltage fluctuations.Lead Design Failure Mode and Effects Analysis (DFMEA) for control and sensor boards, collaborating with Safety and Reliability teams to identify and mitigate potential risks.Analyze the impact of single-event upsets and latch-ups on essential system functionalities.Perform electrical stress analysis and component derating assessments.Assist the design team with analytical validation of power management architectures, sensor interfaces, and MCU-based control circuits.Work closely with hardware, controls, firmware, safety, and reliability teams to ensure compliance with aerospace performance and certification standards.Generate technical documentation and analysis reports to support design reviews and adhere to DO-254/DO-160 compliance.

About Lumilens Lumilens builds photonics infrastructure for AI supercomputing. The team develops technology from chip-to-chip optical interconnects to scalable photonic engines, aiming for faster, cooler, and more efficient computing. Backed by Mayfield and led by experienced industry leaders, Lumilens operates as a well-funded startup. The company focuses on rethinking the optical layer from the silicon up. Engineers at Lumilens work closely together to address complex challenges in optics, systems, and scalability. The company is in an early growth phase, offering the chance to shape foundational technology. Role Overview: Software Engineer – Computer Vision & Robotics This position centers on developing advanced systems for intelligent automation within Lumilens’s manufacturing and photonics platforms. The role combines robotics, AI, and high-performance software to build frameworks that help machines perceive, learn, and interact with complex physical environments. The engineer will design and implement manufacturing automation systems, integrate computer vision and AI algorithms into real-world applications, and optimize performance for simulation, training, and edge deployment. Collaboration with hardware, manufacturing, and systems teams is essential to move intelligent automation from prototypes to scalable production. What You Will Do Develop and deploy software for manufacturing automation using computer vision and AI. Integrate vision and robotics algorithms into production systems. Optimize software for simulation, model training, and deployment on edge devices. Work closely with hardware and manufacturing teams to scale automation solutions. What We Look For Strong experience in computer vision and robotics software development. Hands-on expertise with ROS (Robot Operating System) and distributed systems. Track record of building reliable, real-time software for robotics, autonomous vehicles, or automated manufacturing. Location San Jose

About the RoleWe are on the lookout for an experienced Senior Computer Vision Engineer to join our dynamic team. In this role, you will be responsible for designing, developing, and enhancing our proprietary Computer Vision and Machine Learning (CVML) algorithms tailored for our advanced robotics systems. A robust understanding of ML modeling, particularly in object detection and segmentation, as well as classical computer vision algorithms and multi-view geometry, is essential. Proficiency in programming languages such as C++ and Python is required to succeed in this position.What You'll DoEngineer, implement, and refine computer vision and machine learning algorithms for robotics applications.Train, evaluate, and deploy tailored ML models on embedded systems.Collaborate with interdisciplinary teams to integrate models and algorithmic technology into our innovative products.Stay abreast of the latest advancements in computer vision and create custom algorithms.Develop and maintain comprehensive code documentation and unit tests.

Join Our Team as a Quality Assurance EngineerLocation: On-site in San Jose, California or Trondheim, NorwayAbout UsBacked by leading venture capital firms in Silicon Valley, Trener Robotics is pioneering the field of robotics. Our innovative approach integrates advanced artificial intelligence for seamless programming with pre-trained skill models that excel in industrial tasks. Operating from our offices in San Jose (USA) and Trondheim (Norway), we empower our users with software that enhances the capabilities and ease-of-use of their robotic systems, enabling them to think, adapt, and perform intricate tasks just like skilled professionals.We aim to revolutionize industrial robotics by making them intelligent, accessible, and scalable for manufacturers, integrators, and operators alike. Our dedicated team of engineers, roboticists, and technology enthusiasts share a passion for bringing AI-driven automation to the forefront of the factory floor.About the RoleAs part of the Release Engineering & Quality Assurance team, you will play a crucial role in delivering high-quality software releases for Trener’s platform at a rapid pace. Your primary responsibility as a QA Engineer will be to execute and assess tests that validate the integrity of each release. In instances where tests fail, you will meticulously document the steps necessary to reproduce issues and collaborate with the engineering team to ensure resolutions. As our operations expand, you will leverage your software development expertise and growing knowledge of Trener’s platform to transform manual tests into automated ones, thereby enhancing our quality assurance processes.Key ResponsibilitiesConduct manual testing of Trener’s software, both in simulation and on actual robotics hardware workcells.Analyze and document software failures, assisting the engineering team in validating fixes.Convert manual test plans into automated tests to scale our quality assurance efforts.Aid the release engineering team in delivering swift and high-quality software releases.QualificationsBachelor’s degree in Computer Science, Robotics, Mechanical Engineering, Electrical Engineering, or a related discipline.Strong written communication skills with meticulous attention to detail, capable of clearly articulating deviations from expected behavior and accurately detailing reproduction steps for errors.Experience with software testing methodologies and tools, with a focus on both manual and automated testing.

Archer Aviation develops all-electric vertical takeoff and landing (eVTOL) aircraft for four passengers, with an emphasis on low noise and sustainable air travel. Based in San Jose, California, the company is committed to making environmentally friendly mobility more accessible. Archer values diverse perspectives and aims to create an inclusive workplace where everyone can thrive. Role overview The Staff Modeling & Simulation Engineer will advance vehicle modeling, simulation, and analysis for Archer's eVTOL aircraft. This role supports technical development and works across teams to help ensure vehicle performance and safety. Main responsibilities Vehicle performance & modeling: Develop and refine vehicle performance models, conduct trade studies at the vehicle level, and set and validate performance requirements. Handling & maneuvering: Assess flying and handling qualities, determine maneuvering parameters, and verify the aircraft meets responsiveness and safety standards. Dynamics & aeromechanics: Carry out system identification and linearization of complex vehicle dynamics. Analyze aeromechanics and aeroelasticity to support stability. Flight controls support: Support flight control system design, including notch filter development and defining operational envelopes. Simulation & hazard analysis: Characterize aircraft performance and capabilities through simulation, supporting Functional Hazard Analyses (FHAs) at the vehicle level. Data analysis & model validation: Analyze flight test data, identify sources of inaccuracies in models, and improve vehicle physics models. Systems integration: Collaborate with internal and external suppliers to integrate systems into vehicle simulations, including dynamics, powertrain, actuation, sensors, and environmental modeling.

Archer Aviation is a pioneering aerospace company located in San Jose, California, dedicated to the development of an all-electric vertical takeoff and landing (eVTOL) aircraft. Our mission is to enhance sustainable air mobility by creating aircraft that can transport four passengers with minimal noise and environmental impact.We are driven by ambitious goals and complex challenges, and we believe that a diverse workforce fosters innovation, enhances insights, and propels us toward collective success. Our commitment to an equitable and inclusive environment celebrates the unique contributions of each team member.What You Will Do:Conduct low, mid, and high-fidelity aerodynamic simulations for Archer's eVTOL aircraft.Develop linear and non-linear aerodynamic models to forecast aircraft behavior and performance across the flight envelope.Analyze experimental data from flight tests or wind tunnel experiments to identify model error sources, validate, and enhance aerodynamic models.Create efficient methodologies to integrate flight test data into aerodynamic simulation models of varied fidelity and complexity.Contribute to the advancement of Archer's aerodynamic software stack, optimizing methods and workflows.Collaborate with cross-functional teams and pilots for updates to flight simulator aerodynamic modeling and issue resolution.

Role overview Welo Global is seeking a Senior Project Manager specializing in robotics for its San Jose, CA office. This position guides teams through every stage of robotics projects, from initial planning through to final delivery. The work centers on projects designed to move robotics technology forward. What you will do Lead cross-functional teams working on robotics projects, ensuring schedules and deliverables stay on track. Manage project budgets and timelines, keeping progress aligned with established goals and constraints. Promote clear communication and collaboration among engineering, product, and other key stakeholders. Team culture Creativity and teamwork are central to Welo Global’s approach. The robotics group values sharing ideas, supporting one another, and working together to solve challenges throughout each stage of a project.

Join Archer Aviation, a pioneering aerospace company located in San Jose, California, dedicated to revolutionizing sustainable air mobility through our innovative all-electric vertical takeoff and landing aircraft. Our mission is to provide efficient, eco-friendly air travel, capable of carrying four passengers with minimal noise.At Archer, we aim high and tackle complex challenges. We believe that a diverse workforce enhances creativity and leads to better solutions. We are committed to fostering an equitable and inclusive workplace that values our differences and supports every team member's growth.Responsibilities:Design and develop Flight Simulation Physics Models for VTOL aircraft powered by electric and hybrid electric powertrains.Conduct vehicle-level trade studies to assess various design alternatives.Refine kinematic multi-body flight physics models, including aerodynamics, powertrain, aircraft systems, electrical, thermal, and performance model fidelity, ensuring alignment with lab and flight test data for vehicle certification.Collaborate with internal and external suppliers to seamlessly integrate their systems into our comprehensive vehicle simulation.Perform vehicle-level simulations and performance analyses using Python and MATLAB/Simulink environments.Model potential vehicle failure modes and evaluate their impact on mission objectives.Assist in design and analysis tasks to ensure high confidence in meeting business and regulatory requirements.Conduct simulations for a variety of internal engineering applications, including aircraft loads, structural design, propeller dynamics, and powertrain duty cycles.Generate performance estimates for the aircraft to be incorporated into the aircraft flight manual, flight management systems, and airline operations.

Join Western Digital as a Mechanical Simulation Engineer, where you will have the opportunity to work on cutting-edge technology in a dynamic and collaborative environment. As part of our team, you will contribute to the development of advanced mechanical systems, utilizing simulation tools to optimize designs and ensure product performance.

Archer Aviation Inc. is developing all-electric vertical takeoff and landing (eVTOL) aircraft in San Jose, California. The company aims to advance sustainable air mobility by producing and operating a four-passenger aircraft designed to lower noise pollution. Archer values ambitious engineering, welcomes complex technical challenges, and fosters an inclusive, equitable workplace where every team member's input matters. Role overview The Staff Engineer, Flight Modeling & Simulation, will focus on developing and refining simulation models that support the design, certification, and operation of Archer’s eVTOL aircraft. Key responsibilities Develop advanced flight simulation physics models tailored for eVTOL aircraft. Conduct vehicle-level trade studies to inform design decisions. Enhance electrical, thermal, and performance model accuracy by incorporating lab and flight test data to support vehicle certification. Collaborate with internal teams and external suppliers to integrate their systems into the overall vehicle simulation framework. Contribute to design and analysis efforts to help meet both business and regulatory requirements with a high degree of confidence.

About the RoleJoin our dynamic team at Bonsai Robotics as a Senior MLOps Engineer, where you'll play a pivotal role in shaping the future of robotics. We seek an innovative engineer who excels in real-world environments and can oversee the complete machine learning lifecycle—from data ingestion and labeling to training, evaluation, and performance monitoring. Your contributions will support a sophisticated perception stack that includes 2D/3D object detection, semantic and instance segmentation, depth estimation, and multi-sensor fusion utilizing both camera and lidar technologies.This position is highly collaborative; you will work closely with perception engineers, autonomy specialists, field operations, and external labeling teams. Your work will be fast-paced, impactful, and will influence every vehicle deployed in the field.