Senior Systems Analyst - Robotic Control Algorithms

Intuitive Surgical

Job Description

A Systems Analyst is responsible for the implementation of algorithms that guarantee the safe and effective use of robotic assisted surgery products. This responsibility spans the initial development of these algorithms using functional prototypes through formal product testing.

Systems Analysts also provide analytic assistance to other engineering groups to help in the design of mechanisms, software architecture, and key component selection by combining physical and algorithmic insights to deliver safe, reliable and precise motion control performance and high-level behaviors in response to user inputs.

As a member of the Future Forward engineering team, you will be involved in designing, implementing, and integrating complex functionality into complete surgical robot solutions and seeing these through human use and product release.

The successful candidate must excel in a high-energy small, focused team environment, be able to drive to solutions from rough requirements and methodical prototype iterations while maintaining a commitment to high product quality that places patients first.

Quick learning and a desire to understand requirements from a user’s and engineer’s perspective are essential to the role of a Systems Analyst. A strong sense of shared responsibility and shared reward is required, as is the ability to make work fun and interesting. Supporting you will be a development and management team that knows and cares about what you are doing and wants you to succeed.

Essential Job Duties

  • Contribute to the design of new robotic manipulators and instruments through analysis and characterization of prototypes.
  • Participate to the architectural definition of the robotic control system, achieving complex behaviors through a combination of real-time and event-driven algorithms.
  • Lead mechanical, electrical, and software integration of new prototypes and new products, producing timely and methodical performance assessment for cross-functional hardware and software teams.
  • Lead the design of safety-critical and fault-detection algorithms.
  • Lead the safety analysis and testing of software and physical hardware.
  • Give analytical assistance for other engineering issues.
  • Refine and evolve system performance as it matures from design engineering to manufacturing.
  • Document and communicate intellectual property.
  • Improve group workflow through tool building and robust cross-functional interactions.
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Confirmed 18 hours ago. Posted 4 days ago.

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