Software Engineer - Embedded UI

Job Description

Joining Intuitive Surgical means joining a team dedicated to using technology to benefit patients by

improving surgical efficacy and decreasing surgical invasiveness, with patient safety as our highest

priority.

Primary Function of Position

As a Software Engineer Embedded UI, you will work with a group of talented and dedicated people

to improve and extend Intuitive robotic product lines. You will contribute broadly to the Future

Forward group, with a focus on the development of innovative and Intuitive digital interfaces. As a member of the Future Forward engineering team, you will join a small team of experts in the fields of robotics, imaging, and software. You will collaborate and contribute to the conceptualization, design, and evaluation of new digital interfaces to support a novel robotic system.

You will contribute across the entire development cycle, taking concepts from initial prototypes to

production software.

In this role, you will design and implement a variety of software components, as part of the Future

Forward Navigation software team. You will take on projects with broad technical scope, generating

delightful digital interfaces inclusive of 2D and 3D content. The ideal candidate is an independent

and fast-paced developer with excellent problem-solving skills, who can translate rough and

approximate requirements into working prototypes, so to arrive at high quality, complete solutions

through methodical iterations.

Quick learning and a desire to understand requirements from an engineering and user perspective

are essential to becoming a valuable contributor. A strong sense of shared responsibility and

shared reward is required.

Essential Job Duties

• Contribute to the development of world-class digital interfaces using Qt/QML and other tools in an embedded C++ environment to support physicians in the use of a novel robotic system
• Collaborate closely with designers, clinical engineers, and other software developers to integrate simple and elegant interfaces into user-friendly applications
• Contribute to the definition of requirements and assist in architecting software interfaces for a distributed robotic system
• Participate in failure mode analysis, to identify and implement robust hazard mitigation strategies
• Refine prototypes to production-quality software through rapid iterations

Qualifications

• delightful digital interfaces inclusive of 2D and 3D content
• The ideal candidate is an independent
• and fast-paced developer with excellent problem-solving skills, who can translate rough and
• approximate requirements into working prototypes, so to arrive at high quality, complete solutions
• Quick learning and a desire to understand requirements from an engineering and user perspective
• are essential to becoming a valuable contributor
• A strong sense of shared responsibility and
• shared reward is required

Responsibilities

• improving surgical efficacy and decreasing surgical invasiveness, with patient safety as our highest
• As a Software Engineer Embedded UI, you will work with a group of talented and dedicated people
• to improve and extend Intuitive robotic product lines
• You will contribute broadly to the Future
• As a member of the Future Forward engineering team, you will join a small team of experts in the fields of robotics, imaging, and software
• You will collaborate and contribute to the conceptualization, design, and evaluation of new digital interfaces to support a novel robotic system
• You will contribute across the entire development cycle, taking concepts from initial prototypes to
• In this role, you will design and implement a variety of software components, as part of the Future
• Forward Navigation software team
• You will take on projects with broad technical scope, generating
• through methodical iterations
• Contribute to the development of world-class digital interfaces using Qt/QML and other tools in an embedded C++ environment to support physicians in the use of a novel robotic system
• Collaborate closely with designers, clinical engineers, and other software developers to integrate simple and elegant interfaces into user-friendly applications
• Contribute to the definition of requirements and assist in architecting software interfaces for a distributed robotic system
• Participate in failure mode analysis, to identify and implement robust hazard mitigation strategies
• Refine prototypes to production-quality software through rapid iterations