C++ Software Designer - Medical Imaging

Philips International; Best; Hybrid; EUR 61,000 - 102,000; Full time

Benefits offered by this job

3% bonus

Job summary

Philips is seeking a Software Designer (C++) for image-guided therapy, focusing on display software for Azurion X-ray systems. You will design, implement and test software across the imaging chain, translating requirements into robust designs and interfaces.

Based in the Netherlands with international collaboration, you will work in a regulated medical-device environment, using C++11, C#, model-based design, TDD/BDD and AI-assisted approaches to improve quality and maintainability.

Qualifications

• Bachelor's or Master's degree in Computer Science, Software Engineering, Information Technology or equivalent.
• About five years of relevant software-development experience.
• You have strong hands-on experience with C++ and C, including legacy software, on Windows.
• You have experience with model-driven design, automatic code generation, and TDD/BDD.
• You have experience in regulated medical-device environments and a collaborative, continuous-improvement mindset.

Responsibilities

• Design, implement and test software for Philips X-ray imaging systems' display software (Azurion platform).
• Translate system needs into robust software designs, define interfaces and maintain documentation.
• Develop and modernize C++11 and C#, with legacy Windows code and model-based design.
• Collaborate in an Agile Release Train with software, system, hardware and quality stakeholders in the Netherlands and internationally.

Skills

C++

C

Windows development

TDD/BDD

Model-based design

Education

Bachelor's or Master's in Computer Science / Software Engineering

Tools

C#

Windows

Job description

Philips is seeking a Software Designer (C++) for image-guided therapy, focusing on display software for Azurion X-ray systems. You will design, implement and test software across the imaging chain, translating requirements into robust designs and interfaces.

Based in the Netherlands with international collaboration, you will work in a regulated medical-device environment, using C++11, C#, model-based design, TDD/BDD and AI-assisted approaches to improve quality and maintainability.