Robotics Engineer for Life-Saving Endovascular Tech

Magnendo Corp.; Newton (MA); On-site; USD 110,000 - 170,000; Full time

Job summary

Magnendo Corp. is seeking a Robotics Engineer to design, build, and test our robotic magnetic navigation platform. You’ll work across robotics, computer vision, perception, and simulation, collaborating with principal engineers to advance a high-reliability medical device startup.

This hands-on role offers growth across multiple domains, with opportunities to influence design reviews, risk analysis, and system integration while delivering life-saving technology in a fast-paced environment.

Qualifications

• 2-8 years of robotics engineering experience with exposure to robotic path planning and controls, computer vision and ML, or simulation tooling.
• Experience in high reliability environments or regulated settings is a plus.
• Strong collaboration and clear communication skills are essential.
• Motivation to apply advanced tech to a life-saving medical context is valued.

Responsibilities

• Design and build software in robotic path planning, motion control, computer vision, ML-based perception, or 3D robotics simulation.
• Support design decisions with engineering analysis, simulation, prototyping, and hands-on testing.
• Define and execute test plans and acceptance criteria for owned components.
• Collaborate with systems and hardware engineers to integrate work into the broader system.
• Participate in design reviews, risk analysis, and root-cause investigations across simulation, algorithms, and system integration.
• Deepen expertise over time while maintaining familiarity with other system areas.

Skills

Robotics engineering

Path planning

Controls

Computer vision

Machine learning

Simulation

Python

Linux

Git

Tools

ROS

MoveIt

RVIZ

Gazebo

Isaac Sim

Drake

C++

Job description

Magnendo Corp. is seeking a Robotics Engineer to design, build, and test our robotic magnetic navigation platform. You’ll work across robotics, computer vision, perception, and simulation, collaborating with principal engineers to advance a high-reliability medical device startup.

This hands-on role offers growth across multiple domains, with opportunities to influence design reviews, risk analysis, and system integration while delivering life-saving technology in a fast-paced environment.