Stelvio Inc.
Company Overview
Our organization is pioneering the future of surgical ophthalmology by developing a novel, AI-driven, and imaging-guided surgical robotic system. The mission is to expand access to care, provide superior capabilities to surgeons, and enhance patient outcomes. Microsurgery and ophthalmology are fields in which robotic systems can dramatically improve results by enabling superior dexterity, precision, accuracy, and visualization beyond human capabilities.
Core Values
Commitment to Excellence:
Delivering superior patient outcomes and surgeon experiences.
Passion for Creativity and Innovation:
Pushing the boundaries of what’s possible through new ideas.
Teamwork and Collaboration:
Achieving the best results through shared effort and trust.
Openness to Critical Feedback:
Encouraging constructive criticism to strengthen our work.
Personal Accountability:
Taking responsibility for our commitments and actions.
What We Offer
An opportunity to design and build autonomous, image‑guided, AI‑driven surgical robotic systems shaping the future of accessible, high‑quality healthcare.
Collaboration with clinicians, engineers, and global leaders in AI, imaging, and robotics.
Competitive compensation and a comprehensive benefits package.
Role: Robotics and Controls Engineer In this role, you will contribute to the safety and precision of a next‑generation surgical robotic system by developing, implementing, and validating mission‑critical control algorithms. Because this platform is intended for eye surgery, it demands an exceptional focus on accuracy, safety, and the nuances of the surgical environment.
You will develop key features such as collision avoidance, path planning, and motion accuracy optimization. The ideal candidate has a strong background in robot kinematics, dynamics, nonlinear optimization, and algorithm development.
Required Qualifications & Abilities Education
Master’s or Ph.D. in Robotics, Mechanical/Electrical Engineering, Computer Science, or a related discipline.
Technical Skills
Strong proficiency in modern C++ (C++11 or newer).
Hands‑on experience developing robotics software for physical hardware.
Deep understanding of rigid body dynamics and kinematic chains.
Experience with collision‑aware trajectory generation or constrained nonlinear optimization.
Proven ability to document code and author unit tests.
Familiarity with ROS2 framework.
Experience
5+ years in robotic algorithm development and deployment on physical systems.
5+ years of experience with modern C++ development.
3+ years of experience with rigid body dynamics and kinematics.
Prior work with path planning algorithms.
Experience in medical device development is a plus.
Python experience is an asset.
Knowledge
Solid understanding of linear algebra and optimization techniques for solving linear and nonlinear problems.
Familiarity with state estimation and signal filtering methods (e.g., Kalman, Particle filters).
Experience working in simulation environments is a plus.
Soft Skills
Strong analytical, problem‑solving, and organizational abilities.
Excellent communication skills for cross‑functional collaboration.
Ability to excel in a fast‑paced, dynamic environment.
Other Requirements
Comfortable working in lab or workshop settings alongside surgical robotic systems.
Ability to work on‑site for hands‑on integration and testing.
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Core Values
Commitment to Excellence:
Delivering superior patient outcomes and surgeon experiences.
Passion for Creativity and Innovation:
Pushing the boundaries of what’s possible through new ideas.
Teamwork and Collaboration:
Achieving the best results through shared effort and trust.
Openness to Critical Feedback:
Encouraging constructive criticism to strengthen our work.
Personal Accountability:
Taking responsibility for our commitments and actions.
What We Offer
An opportunity to design and build autonomous, image‑guided, AI‑driven surgical robotic systems shaping the future of accessible, high‑quality healthcare.
Collaboration with clinicians, engineers, and global leaders in AI, imaging, and robotics.
Competitive compensation and a comprehensive benefits package.
Role: Robotics and Controls Engineer In this role, you will contribute to the safety and precision of a next‑generation surgical robotic system by developing, implementing, and validating mission‑critical control algorithms. Because this platform is intended for eye surgery, it demands an exceptional focus on accuracy, safety, and the nuances of the surgical environment.
You will develop key features such as collision avoidance, path planning, and motion accuracy optimization. The ideal candidate has a strong background in robot kinematics, dynamics, nonlinear optimization, and algorithm development.
Required Qualifications & Abilities Education
Master’s or Ph.D. in Robotics, Mechanical/Electrical Engineering, Computer Science, or a related discipline.
Technical Skills
Strong proficiency in modern C++ (C++11 or newer).
Hands‑on experience developing robotics software for physical hardware.
Deep understanding of rigid body dynamics and kinematic chains.
Experience with collision‑aware trajectory generation or constrained nonlinear optimization.
Proven ability to document code and author unit tests.
Familiarity with ROS2 framework.
Experience
5+ years in robotic algorithm development and deployment on physical systems.
5+ years of experience with modern C++ development.
3+ years of experience with rigid body dynamics and kinematics.
Prior work with path planning algorithms.
Experience in medical device development is a plus.
Python experience is an asset.
Knowledge
Solid understanding of linear algebra and optimization techniques for solving linear and nonlinear problems.
Familiarity with state estimation and signal filtering methods (e.g., Kalman, Particle filters).
Experience working in simulation environments is a plus.
Soft Skills
Strong analytical, problem‑solving, and organizational abilities.
Excellent communication skills for cross‑functional collaboration.
Ability to excel in a fast‑paced, dynamic environment.
Other Requirements
Comfortable working in lab or workshop settings alongside surgical robotic systems.
Ability to work on‑site for hands‑on integration and testing.
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