Jobs at Mind Robotics

The Motor Designer will own the design of custom motors, optimizing for torque density and compact packaging. Responsibilities include electromagnetic simulation, mechanical design, prototype testing, and collaboration with engineering partners.

Lead hands-on development of a real-time robotics runtime and middleware platform for industrial robots. Design low-latency communication, QoS, multi-process execution, sensor synchronization, and onboard model inference serving. Make architecture and hardware decisions, optimize model deployment, conduct design and code reviews, and collaborate directly with research teams. The role also requires taking real-time systems from prototypes to reliable operation on physical hardware while balancing experimentation speed, determinism, fault tolerance, and safety.

Own end-to-end IT operations for a robotics company, including internal support, identity and endpoint management, multi-OS troubleshooting, lab and compute infrastructure, networking, hardware procurement, and facility readiness. Build AI-native automations using LLMs, MCP, APIs, and coding tools to streamline ticket triage, provisioning, access management, onboarding, and system reconciliation. Support office and robotics lab environments through hands-on infrastructure setup and scaling.

Design and build dynamometer systems, fixtures, and test stands for actuator, gearbox, and driveline validation. Run characterization tests measuring torque, speed, efficiency, thermal performance, stiffness, friction, bandwidth, lifecycle, backlash, and sensor accuracy. Develop repeatable procedures and scalable data pipelines, analyze unit variation and wear, identify outliers, and document teardown findings. Support electromechanical integration and produce precise CAD drawings with GD&T.

Build and lead supplier industrialization for PCBAs, electronics, and tactile sensing components from supplier selection through production ramp. Establish PPAP, qualification, quality, and readiness processes; conduct supplier audits; drive DFM/DFA/DFT reviews; lead NPI, SMT line bring-up, testing, yield improvement, tooling, capacity planning, and corrective actions. Partner with engineering and sourcing teams while developing the future supplier industrialization organization.

Own system integration across robotic platforms from requirements decomposition through field deployment. Collaborate across hardware, firmware, controls, mechanical, electrical, safety, reliability, and manufacturing teams. Define measurable requirements, interfaces, validation strategies, system test plans, and readiness reviews. Prototype and characterize components, lead calibration and tuning, debug hardware-software interactions, analyze logs and failure modes, and support DFMEAs, HARAs, and post-launch monitoring.

Build and productionize edge and teleoperation software for field data capture and operator tooling. Develop device management, sensor orchestration, real-time data pipelines, annotation workflows, and deployment/configuration tooling. Support live systems onsite, instrument for observability, and collaborate with product, research, and operations to scale deployments across manufacturing sites.

Lead and grow the electrical engineering team while owning end-to-end electrical architecture for robotic systems. Design and review schematics and PCB layouts, set EE standards, integrate high-speed sensors and distributed EtherCAT actuation, and drive system bring-up, fault isolation, DFM/DFA, and production ramp with manufacturers.

Lead structural CAE for robot systems from concept to production: build and analyze FEA models, perform static and dynamic analyses, derive loads via MBD, predict stiffness/deflection, correlate models with test data, and establish CAE standards and load-case libraries.

The Senior Safety Engineer will manage the safety lifecycle for a humanoid robot, overseeing hazard analysis, component selection, certification, and collaboration with various engineering teams.

Lead end-to-end hardware development from architecture and prototyping through validation, industrialization, and production ramp. Create and manage program plans, track cost/mass/reliability/performance metrics, mitigate technical and supply-chain risks, align cross-functional teams, coordinate with suppliers and contract manufacturers, enforce configuration/change control and BOM accuracy, and support DVT/PVT and production validation testing.

Build and operate scalable cloud and on-prem infrastructure for robotics and ML: IaC, CI/CD, Kubernetes, monitoring, deployments to development and production robot fleets, simulation and testing pipelines, cost optimization, security, and incident response to improve reliability and developer productivity.

Design and optimize middleware and runtime systems for robotic platforms, ensuring system stability and user experience through CI/CD and deployment pipelines.

The Electrical Design Engineer will develop complex electrical systems, execute PCB design, collaborate with other engineers, and validate products through testing.

Research Scientists and Engineers are needed to develop and implement robotics solutions, integrating research ideas with practical systems for real-world applications.

The role involves building large-scale data systems for robotics AI training, focusing on data pipelines, storage, and workflows.

The role involves building systems for large-scale model training, focusing on distributed training, ML infrastructure, and GPU performance optimization.

Design, implement, and maintain production firmware for robotic systems using C/C++ or Rust. Develop real-time control loops, integrate sensors and actuators, manage microcontroller peripherals, and implement embedded communication protocols. Collaborate with electrical engineers on board bring-up and hardware-software interfaces. Build validation tooling, debug hardware/software interactions, and support field deployment.

Design, implement, and tune control algorithms and dynamic models for robot joints and whole-body motion. Build simulation infrastructure, analyze real-world data, collaborate with firmware/mechanical/electrical teams, and validate control performance across the robots operating envelope.

Design and own tactile sensor electronics from transducer interface through digitization to deliver synchronized, low-noise, time-stamped data. Tasks include analog front-end and ADC selection, multiplexing and scanning architectures, high-density flex/rigid-flex PCB design, EMI/ESD mitigation, electrical characterization and bench bring-up, firmware-adjacent driver work, and scaling designs for volume manufacturing while collaborating with mechanical, firmware, controls, and ML teams.