Dyna Robotics

You'll ensure **safe operation of robotic systems** during live testing and deployment at client sites. Your core impact is maintaining **safety standards** and supporting experimental operations in real-world environments. This role offers the chance to work with **cutting-edge AI-driven robotics**.

You'll ensure the safe and reliable operation of robotic systems at client sites, monitoring and intervening in real-time during testing. You'll play a critical role in **maintaining safety standards** and supporting engineering and research teams. This on-site role in San Jose offers the chance to work with **cutting-edge AI-driven robotics**.

You'll work on **research projects** at the intersection of geometry and robotics for **real-world robot deployment** at Dynamo Robotics. You'll contribute to **cutting-edge technology** that operates in diverse environments.

You'll **monitor and control robotic systems** live at client sites, ensuring safe operation during testing and deployment. Your role is critical in **maintaining safety protocols** and protecting personnel and hardware. You'll work closely with engineering teams to **refine robot behavior** in real-world environments.

You'll develop electronics and embedded applications for **general-purpose robots** powered by an embodied AI foundation model. Your work will directly improve **robot performance** and reliability across customer deployments. This role is crucial for achieving long-term general intelligence in robotic systems.

You'll drive **rapid prototyping** of advanced robotic platforms and validate **cutting-edge AI research** concepts. Collaborating with research and data teams, you'll build functional prototypes, integrate **full-stack hardware**, and provide actionable feedback to global engineering teams.

You'll own scheduling and coordination for a high-growth robotics startup, ensuring a seamless candidate experience. Your work directly impacts hiring velocity as you manage complex interview loops and ATS hygiene. This role allows you to **build scalable processes** and **collaborate across teams** in a fast-paced environment.

You'll own **cross-functional programs** that turn task requirements into measurable robot capability for **internal milestones** and **customer deployments**. You'll drive end-to-end execution across research, engineering, and operations, defining success criteria and ensuring consistent progress through iteration cycles.

You'll **monitor robotic systems** to ensure safety during live testing at client sites, stepping in to **intervene during unsafe events** and record performance data. You'll work closely with engineering teams to refine robot behavior in real-world environments.

You'll stand up **deployment sites** and own **incident response** for a robotics startup that deploys AI-powered general-purpose robots. Debug across the stack from GPU thermals to customer networks, and be the on-site face for customers.

You'll build and lead Dyna's engineering organization across hardware, software, and AI systems. Your core impact is turning research breakthroughs into **reliable customer deployments** by creating team structure and execution discipline. This role offers a chance to shape the **next frontier of AI-driven robotics** at a well-funded startup.

You'll serve as the **final quality checkpoint** by reviewing and live auditing data collection episodes. Your work will **identify deviations and document issues** to help maintain data accuracy and consistency. You'll provide **actionable feedback to operators** to ensure compliance with SOPs.

You'll shape the **external narrative** for a cutting-edge **AI-driven robotics company** building general-purpose robots with a proprietary embodied AI foundation model. Your work will directly impact how the robotics ecosystem understands our technology and vision for the future of automation.

You'll execute structured test plans for **software releases** on Dyna Robotics' **general-purpose robots** powered by embodied AI. Your work ensures reliability before customer deployment. This onsite role offers hands-on experience with cutting-edge **robotics and VR teleoperation systems**.

You'll partner directly with the Founder & CEO to drive execution, structure strategic planning, and scale the business across multiple functions. You'll connect strategy to execution by supporting internal planning, KPI reviews, and cross-functional initiatives while stepping into high-impact projects wherever needed. This role is ideal for someone who has thrived at an early-stage startup and is comfortable **operating in ambiguity** and **wearing multiple hats**.

You'll define data requirements that drive model improvement for **general-purpose robots** at **Dyna Robotics**. Your core impact is establishing frameworks and feedback loops to ensure data actually improves our embodied AI models. This role focuses on strategy, not day-to-day execution.

You'll build and organize our hardware inventory system from scratch using **Sortly** for a **robotics startup**. You'll set up digital structures, labeling, and physical organization to enable efficient tracking of parts and equipment.

You'll own **deployment execution** and **customer success** for Dyna Robotics' AI-powered robot rollouts. You'll manage on-site operations, customer communication, and internal coordination from kickoff through stabilization. This role bridges the gap between messy real-world deployments and internal teams.

You'll architect the software stack connecting frontier AI models to physical actuators for **general-purpose robots** deployed across industries. Your work ensures **AI research translates into reliable, commercial-grade robotic performance**. You'll own end-to-end delivery from teleoperation interfaces to debugging sensor fusion on hardware.

You'll **teleoperate robotic arms** to generate high-quality training data for Dyna Robotics' **embodied AI foundation model**. Your work directly improves the performance of general-purpose robots deployed across industries. This on-site role offers a chance to shape the future of AI-driven robotics.

You'll architect the training engine for **general-purpose robots** powered by an **embodied AI foundation model**, ensuring ML teams iterate at lightning speed. Your focus is maximizing intelligence-per-watt by optimizing every millisecond of training and inference pipelines.

You'll annotate **video data** for robotic manipulation tasks, directly improving AI system performance. Your work ensures high-quality labels for training our robotic arms. You'll collaborate with world-class researchers and engineers at a well-funded robotics startup.

You'll architect the interactive systems that bridge raw sensor streams to production ML models at Dyna Robotics, building the **data infrastructure** for human-in-the-loop workflows. Your work will directly improve a **proprietary embodied AI model** that powers general-purpose robots. This is a high-impact role with a team backed by top investors.

You'll design and implement advanced robot learning algorithms at a well-funded AI robotics startup. Your work will bridge research and production, deploying models on physical robots to achieve commercial-grade performance. **Embodied AI** and **general-purpose robots** define this frontier role.

You'll ensure the reliability and quality of robotic systems at **Dyna Robotics**, a startup building general-purpose robots with an embodied AI foundation model. You will independently drive hardware builds, diagnostics, and validation efforts while improving lab processes.

You'll own the robot's **spatial intelligence**, fusing LiDAR, Camera, IMU, and odometry for **robust SLAM in complex environments**. You'll bridge sensor data and AI reasoning, shipping production-grade estimation to **real-world customer deployments**.

You'll design whole-body control frameworks for AI-driven semi-humanoid robots at Dyna Robotics. Your work will bridge the gap between learned policies and real-world physics, enabling **stable, high-bandwidth motion** for commercial-grade platforms. This role offers the chance to shape the next frontier of **AI-driven robotics** at a well-funded startup.

You'll build and lead the QA function for **AI-driven robotics**, testing across cloud inference servers to Linux-based IoT devices. Your core impact will be defining testing standards, hiring a QA team, and balancing automation with **physical hardware validation**. You'll aggressively use **AI tools** to multiply team output.

You'll build the deployment platform for **general-purpose robots** powered by **embodied AI**, partnering with Ops to make each site rollout faster and more reliable. You'll design internal tools and close the loop between fleet data and model research.

You'll act as a **force multiplier** across business and operations at an **AI-driven robotics startup**, driving key initiatives and bridging gaps between teams. Your core impact will be ensuring execution matches ambition in a fast-scaling company.