Senior Software Development Engineer С++

Join our Medical Software department as a Software Development Engineer С++.

Responsibilities:

• Design, develop, and maintain efficient, reusable, and reliable C++ code for developing an Industry-standard 3D medical image segmentation software
• Identify and resolve performance bottlenecks and bugs, ensuring robust and high-quality software deliveries.
• Uphold and improve code quality, organization, and automation processes across the development team.
• Collaborate in the development and support of cross-product platforms to foster integration and seamless functionality.
• Develop user interfaces using QT, focusing on creating intuitive and user-friendly experiences.
• Conduct code reviews and provide technical consultancy to team members, promoting best practices and continuous improvement.
• Create detailed design specifications that guide the development and implementation of new features and enhancements.
• Integrate desktop products with cloud services, enhancing connectivity and expanding functionality.
  

Requirements:

• Proven experience in software engineering with a strong focus on C++ development.
• Expertise in identifying and resolving software bottlenecks and bugs.
• Demonstrated ability to maintain high code quality and organization.
• Experience in cross-product platform development and support.
• Strong skills in code review and providing technical guidance.
• Ability to create clear and comprehensive design specifications.
  English language proficiency (at least B2 level, ability to communicate with colleagues in a multinational environment).

Will be a plus
Degree in Engineering, Math, Physics, or similar.
Knowledge of QT for user interface development.
Experience with cloud integration for desktop products.

Mimics software allows you to process and edit your 2D image data (CT, MRI, etc.) to construct 3D models with the utmost accuracy, flexibility, and user-friendliness. The powerful segmentation tools allow you to segment your medical CT/MRI images, take measurements, and engineer directly on your 3D model. From there you can export your 3D data to a wide range of output formats and engineering applications; such as FEA, design, surgical simulation, additive manufacturing, and more.