Sr. Software Engineer

Medtronic•Newton, MA

13h•Onsite

About The Position

Responsible for the development and maintenance of advanced clinical software used in cardiac ablation mapping systems. Work primarily with Python and C/C++ programming languages, Qt QML framework, and Linux operating system to build performance and maintainable code for both front-end user interfaces and back-end computation systems. Develop real-time 2D and 3D visualization tools using OpenGL and GLSL to render cardiac anatomy and catheter positions in real time, optimize rendering performance, and apply techniques in real-time graphics to enhance clarity and responsiveness in critical clinical environments. Design and implement user interfaces that scale, capture, record, and display intuitively on different setups at clinical sites using QML, OpenGL, and multimedia frameworks such as ffmpeg. Investigate and analyze clinical HDF5 database and json data to determine optimal data storage methods, accuracy of stored data, replay case events, and detect defects in software data recording. Design and maintain internal tooling using recorded clinical data to support software reliability and clinician workflows including creating tools for data mgmt., clinical case reconstruction, automated User Interface (UI) testing, and software diagnostics. Design, implement, and maintain software localized in European language markets, leveraging software engineering principles to reduce overhead of maintaining multiple software versions and allow different versions to be used together. Integrate software on embedded systems and hardware interfaces including working with low-level device data, developing software that operates in constrained resource environments, and ensuring seamless communication between the mapping system software and other peripheral devices using messaging frameworks over Ethernet such as Robot Operating System (ROS). Leverage Agile software development processes, including regular sprint planning, backlog grooming, and team retrospectives. Utilize version control tools such as Git to ensure robust collaboration, change tracking, and release management. Design, develop, test, debug and implement operating systems components, software tools and utilities. Determine and generate systems software design requirements, standards, and procedures. Understand computer security to ensure the secure handling of patient data, cryptographic validation, and secure file storage, using techniques found in cryptography and number theory.

Requirements

Master’s degree in Computer Science or Software Engineering or related technical or engineering field and two (2) years of experience as a software engineer or related occupation; OR Bachelor’s degree in Computer Science or Software Engineering or related technical or engineering field and four (4) years of experience as a software engineer or related occupation.
Minimum of two (2) years of experience with Python.
Minimum of two (2) years of experience with C/C++.
Minimum of two (2) years of experience with Qt QML.
Minimum of two (2) years of experience with Linux Operating System.
Minimum of two (2) years of experience with Computer graphics, OpenGL, GLSL, real-time rendering software development and optimization in both 2D and 3D contexts.
Minimum of two (2) years of experience with scaling, capturing, recording, and displaying user interfaces on varied settings using QML, OpenGL, and multimedia frameworks such as ffmpeg.
Minimum of two (2) years of experience analyzing json and HDF5 data for storage, replay, and software defect investigations.
Minimum of two (2) years of experience using case data for designing diagnostic, recovery, and reconstruction tools for software applications, automation, and testing.
Minimum of two (2) years of experience enabling localization, maintaining, and allowing cross compatibility between software released in foreign language markets.
Minimum of two (2) years of experience integrating desktop applications with multiple embedded devices over Ethernet using ROS.
Minimum of two (2) years of experience with Agile software development.
Minimum of two (2) years of experience with software version control systems.
Minimum of two (2) years of experience designing and updating software requirements, standards, and procedures.
Minimum of two (2) years of experience with computer and data security, leveraging methods in cryptography and number theory.

Responsibilities

Develop and maintain advanced clinical software for cardiac ablation mapping systems.
Build performance and maintainable code for front-end user interfaces and back-end computation systems using Python, C/C++, Qt QML, and Linux.
Develop real-time 2D and 3D visualization tools using OpenGL and GLSL for rendering cardiac anatomy and catheter positions.
Optimize rendering performance and apply real-time graphics techniques for clarity and responsiveness.
Design and implement scalable user interfaces for capturing, recording, and displaying data on various setups.
Analyze clinical HDF5 database and JSON data to determine optimal storage, accuracy, replay events, and defect detection.
Design and maintain internal tooling for software reliability and clinician workflows (data management, case reconstruction, automated UI testing, diagnostics).
Design, implement, and maintain localized software for European language markets, reducing overhead and ensuring cross-compatibility.
Integrate software on embedded systems and hardware interfaces, working with low-level device data and constrained resources.
Ensure seamless communication between mapping system software and peripheral devices using ROS over Ethernet.
Leverage Agile software development processes (sprint planning, backlog grooming, retrospectives).
Utilize version control tools like Git for collaboration, change tracking, and release management.
Design, develop, test, debug, and implement operating system components, software tools, and utilities.
Determine and generate systems software design requirements, standards, and procedures.
Understand computer security for secure handling of patient data, cryptographic validation, and secure file storage using cryptography and number theory.