Healthcare Robotics Engineer
Há 3 dias
São Paulo São Paulo, SP, Brasil
Rex.zone
Remoto
Tempo integral
US$ 62.400 - US$ 104.000 Contrato
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Healthcare Robotics Engineer (São Paulo) — Remote
Join Rex.zone to build, integrate, and validate healthcare robotics and medical automation systems used in clinics, hospitals, and home care. This role focuses on production-grade robotics features, safety, reliability, and verification/validation aligned to real-world medical device constraints.
What You Will Work On
- Design and integrate robotics subsystems for hospital automation, assistive robotics, and rehabilitation robotics
- Implement perception pipelines: computer vision, depth sensing, and sensor fusion for patient/environment awareness
- Develop motion planning and control: trajectory generation, impedance/admittance control for safe HRI
- Build ROS 2 nodes, interfaces, and message contracts for reliable robot software architecture
- Implement SLAM and localization for navigation in dynamic clinical environments
- Create verification and validation plans, test protocols, and automated regression tests tied to safety requirements
- Collaborate with clinical, hardware, QA, and product partners to translate use cases into measurable metrics Required Qualifications
- Mid-to-senior experience delivering robotics features into production or field deployments
- Strong programming skills in C++ and/or Python with solid software engineering practices
- Hands-on ROS/ROS 2 experience and debugging distributed robot middleware systems
- Familiarity with perception/autonomy concepts: sensor fusion, SLAM, motion planning, and computer vision
- Control systems fundamentals with practical tuning and validation experience
- Embedded Linux experience and interfacing with sensors/actuators
- Ability to write clear technical documentation and traceable test evidence in safety-critical contexts Preferred
- Medical/healthcare robotics experience (assistive devices, hospital logistics, medical automation)
- Safety engineering: risk analysis, hazard identification, FMEA, and V&V workflows
- Simulation and hardware-in-the-loop testing (e.g., Gazebo/Ignition, Isaac Sim)
- Edge AI inference optimization for perception workloads Tools & Workflow ROS 2, C++/Python, Git-based CI/CD, Linux, Docker, simulation environments, automated testing frameworks, sensor SDKs, and requirements tracking. Emphasis on reproducible builds, log-driven debugging, telemetry, and test-first validation. Pay Competitive hourly rate: $30–$50/hr (USD). These listings are explicitly marked Remote while remaining aligned to São Paulo coverage for collaboration time zones as applicable.
- Design and integrate robotics subsystems for hospital automation, assistive robotics, and rehabilitation robotics
- Implement perception pipelines: computer vision, depth sensing, and sensor fusion for patient/environment awareness
- Develop motion planning and control: trajectory generation, impedance/admittance control for safe HRI
- Build ROS 2 nodes, interfaces, and message contracts for reliable robot software architecture
- Implement SLAM and localization for navigation in dynamic clinical environments
- Create verification and validation plans, test protocols, and automated regression tests tied to safety requirements
- Collaborate with clinical, hardware, QA, and product partners to translate use cases into measurable metrics Required Qualifications
- Mid-to-senior experience delivering robotics features into production or field deployments
- Strong programming skills in C++ and/or Python with solid software engineering practices
- Hands-on ROS/ROS 2 experience and debugging distributed robot middleware systems
- Familiarity with perception/autonomy concepts: sensor fusion, SLAM, motion planning, and computer vision
- Control systems fundamentals with practical tuning and validation experience
- Embedded Linux experience and interfacing with sensors/actuators
- Ability to write clear technical documentation and traceable test evidence in safety-critical contexts Preferred
- Medical/healthcare robotics experience (assistive devices, hospital logistics, medical automation)
- Safety engineering: risk analysis, hazard identification, FMEA, and V&V workflows
- Simulation and hardware-in-the-loop testing (e.g., Gazebo/Ignition, Isaac Sim)
- Edge AI inference optimization for perception workloads Tools & Workflow ROS 2, C++/Python, Git-based CI/CD, Linux, Docker, simulation environments, automated testing frameworks, sensor SDKs, and requirements tracking. Emphasis on reproducible builds, log-driven debugging, telemetry, and test-first validation. Pay Competitive hourly rate: $30–$50/hr (USD). These listings are explicitly marked Remote while remaining aligned to São Paulo coverage for collaboration time zones as applicable.