Remedy Robotics

Remedy Robotics

Senior Mechanical Engineer

San Francisco · Senior

Sponsorship not specifiedDetected 47 days ago
Machine LearningComputer VisionSolidWorksRoboticsMechanical DesignResearch

About the role

  • Remedy Robotics https://www.remedyrobotics.com/ is a medical technology company developing robotic systems for endovascular intervention. Its proprietary technology combines robotics, machine learning, and advanced computer vision to help physicians perform highly precise endovascular procedures and expand access to life-saving stroke and cardiovascular
  • care. Initially focused on neurovascular intervention, Remedy is addressing the limited availability of specialized treatment for time-critical cardiovascular emergencies, with the long-term goal of enabling expert intervention regardless of patient location. Headquartered in San Francisco, Remedy is backed by DCVC, Blackbird, and Tony Fadell's Build

Responsibilities

  • Design mechanisms for a surgical robot and single-use surgical tools.
  • Participate in the entire design cycle, including the development of conceptual and detailed designs for prototypes, pilot machines, and production machines.
  • Generate specifications, component drawings, assembly drawings, and interface control documents.
  • Leverage experience and engineering judgement to rapidly design and produce proof of concept hardware for fast-moving research and development projects.
  • Strong mechanical design, integration and mechanism analysis skills using 3D modeling (e.g., OnShape, Solidworks)
  • Headquartered in San Francisco, Remedy is backed by DCVC, Blackbird, and Tony Fadell's Build Collective, among others.
  • We're looking for a motivated, senior mechanical engineer to design key components of a novel, life saving surgical robot.

Benefits

  • Remedy Robotics https://www.remedyrobotics.com/ is a medical technology company developing robotic systems for endovascular intervention.

This listing is sourced directly from Remedy Robotics's careers page and normalized into a canonical job model.