System Support Intern jobs at Philips in China, Suzhou City

Your role:

• Develop software tools to improve process efficiency, such as the MR Bay reservation management tool, material management systems etc.
• Complete project development using agile methodology through iterative processes.
• Participate in software development using React and Python.
• Interest or experience in AI tools (such as cline) is a plus and can accelerate code development.

You're the right fit if:

• Currently pursuing a bachelor's degree or higher in Software Engineering or a related field.
• Proficient in React and Python programming.
• Interest or experience in AI tools is preferred.
• Good communication skills and the ability to collaborate closely with the team.
• Available to intern 3-5 days per week forat least 6 months.

1. Define and Lead Software Architecture

• Develop the overall software architecture for imaging systems, ensuring modular, maintainable, and scalable solutions.
• Translate clinical requirements from radiologists and clinicians into technical architectures that align with product goals and regulatory standards.
• Drive the end-to-end software design process, including real-time processing systems, AI model integration, and 3D visualization workflows.

2. CT Console, Image Processing and AI Integration

• Lead the integration and optimization of medical image processing algorithms , such as iterative reconstruction, spectral CT techniques, and contrast enhancement.
• Collaborate with data scientists to implement AI/ML capabilities like disease detection, tissue segmentation, and automated measurements.
• Ensure seamless integration between AI-based models , CT image reconstruction, and visualization platforms to deliver robust clinical tools.

3. Foster Clinical Workflow Optimization

• Collaborate with clinical teams to assess real-world workflows and identify software features to improve efficiency, usability, and diagnostic accuracy.
• Propose and implement features to streamline radiological workflows , adapt to clinical scenarios, and minimize manual intervention.

4. Ensure Performance and Scalability

• Optimize the performance of CT imaging systems by ensuring GPU/CPU efficiency for intensive image processing tasks (e.g., 3D reconstruction, multi-planar rendering).
• Conduct profiling and benchmarking to guarantee software scalability for large datasets and multi-modality imaging systems.

5. Drive Regulatory Compliance and Documentation

• Architect software solutions in alignment with global medical device regulations, including IEC 62304 , ISO 14971 , and DICOM requirements.
• Maintain comprehensive documentation for architectural decisions, software design specifications, and test cases to support regulatory submissions.

6. Team Leadership and Collaboration

• Mentor and guide engineering teams, fostering technical excellence in software development and ensuring alignment with architectural best practices.
• Work in close collaboration with cross-functional teams, including radiologists, algorithm developers, UI/UX designers, and regulatory specialists, to fulfill clinical and technical requirements.

7. Innovation and Research

• Stay up-to-date with advancements in CT imaging technology, AI applications, and image processing techniques.
• Proactively propose innovative features to enhance system capabilities, improve diagnostic accuracy, and address emerging market needs.

Education

• Master’s degree in Computer Science , Biomedical Engineering , Medical Physics , or a related field.
• Preferred: Advanced degree (Master’s/PhD) with a focus on medical imaging, image processing, or software systems.

Experience

• Minimum 10+ years of experience in software development, with at least 5 years as an architect in medical imaging, AI, or similar fields.
• Hands-on experience in CT imaging technologies , algorithm integration, and large-scale medical device software development.

Technical Skills

• Core Programming Proficiency :
  • Expertise in C++ , C#, Python , and software development frameworks.
  • Knowledge of GPU programming tools like CUDA , OpenCL , and parallel processing frameworks.
• Medical Imaging Expertise :
  • Hands-on familiarity with CT console, image processing , including multi-energy/spectral imaging and image reconstruction techniques.
  • Experience with visualization technology and advanced noise reduction or contrast enhancement.
• AI/ML Skills :
  • Experience in integrating AI-driven models into imaging systems for segmentation, detection, and classification. Expertise in frameworks like TensorFlow or PyTorch .
• System Optimization :
  • Proven experience in real-time CT image processing, multi-threaded programming, and system performance profiling.
• Standards and Compliance :
  • Strong knowledge of DICOM , PACS , HIS/RIS integration, and interoperability standards to build clinically compliant software platforms.

Other Skills

• Problem-Solving : Exceptional ability to develop innovative and practical solutions for complex technical challenges.
• Team Leadership : Proven capacity to mentor and lead multi-disciplinary teams in fast-paced, high-pressure environments.
• Communication : Strong articulation of technical plans and concepts to non-technical stakeholders and global teams.
• Adaptability to evolving clinical/technological trends and ability to apply them to development strategies.

Indicate if this role is an office/field/onsite role.
We are a health technology company. We built our entire company around the belief that every human matters, and we won't stop until everybody everywhere has access to the quality healthcare that we all deserve. Do the work of your life to help the lives of others.
• Learn more about .
• Discover .
• Learn more about .

In this role, you have the opportunity to

• Be the system design owner of Philips CT product(s)

• Executes the system design and implementation within the R&D group, overseeing the process from design initiation through commercial launch, while ensuring compliance with regulatory standards and company policies, working under general supervision.

• Drive key interfaces definition/design betweencomponents/subsystemsaccording to product portfolio strategy/roadmap.

• Leverage system design technologies from other product(s) or modalities, close alignment with global architects.

• Lead to investigate and resolve issues from install bases.

Minimum Qualifications:

• Master or PhD or equivalent level in a technical profession

• Experience as design engineer at least 7 year

• Experience in Diagnostic Imaging or Radiotherapy domain at least 3 years

Desired Qualifications:

• Has an in-depth understanding of CT products and applications

• Has an in-depth understanding of CT imaging principle, experience in CT physics and algorithm design

• Has an in-depth understanding of the product creation process and design methods, such as modelling, interface definition, MBSE etc.

• Drives discussions with stakeholders of other departments, such as marketing, customer service, operations, etc.

• System complexity: Focuses on a high complexity product or a multidisciplinary subsystem consisting of multi components, time horizon of at least 5 years

• Participates in design reviews and guides development activities in projects

• Leads/Participate innovation with internal partners, mainly on peer level and mostly between technical disciplines and suppliers

• Negotiations mainly on technical aspects and technical tradeoffs

• Negotiates integral tradeoffs with multiple internal stakeholders and external parties (suppliers, partners).

• Deep insight in engineering / research

• Knowledge and experience spanning multiple engineering disciplines (e.g. mechanical, electrical, software and systems engineering) is advantageous.

• Prior experience as a lead design engineer

• Evidence of practical knowledge of standards and regulations pertaining to the medical device industry, both domestic and international. This includes but is not limited to organizations such as FDA, IEC, ISO, CFDA, ACR, AAPM, COCIR, MITA and other directives such as RoHS and WEEE. Examples include: FDA 21CFR820.30, IEC 60601-1 and ISO 14971.

Skills:

• Demonstrating business acumen;

• Driving of divergence, convergence and consolidation

• Strong written, verbal, and interpersonal skills while communicating in both English and Chinese.

• Strong presentation skills, Analytical skills; System/Architectural thinking and creation; Switching from helicopter to detailed view;

• Influencing skills; Team player; Networking skills; Negotiation skills.

• Managing uncertainty and complexity.

Onsite roles require full-time presence in the company’s facilities.Indicate if this role is an office/field/onsite role.
• Learn more about .
• Discover .
• Learn more about .

In this role, you have the opportunity to

• Be the system design owner of Philips CT product(s)

• Executes the system design and implementation within the R&D group, overseeing the process from design initiation through commercial launch, while ensuring compliance with regulatory standards and company policies, working under general supervision.

• Drive key interfaces definition/design betweencomponents/subsystemsaccording to product portfolio strategy/roadmap.

• Leverage system design technologies from other product(s) or modalities, close alignment with global architects.

• Lead to investigate and resolve issues from install bases.

Minimum Qualifications:

• Master or PhD or equivalent level in a technical profession

• Experience as design engineer at least 7 year

• Experience in Diagnostic Imaging or Radiotherapy domain at least 3 years

Desired Qualifications:

• Has an in-depth understanding of CT products and applications

• Has an in-depth understanding of CT imaging principle, experience in CT physics and algorithm design

• Has an in-depth understanding of the product creation process and design methods, such as modelling, interface definition, MBSE etc.

• Drives discussions with stakeholders of other departments, such as marketing, customer service, operations, etc.

• System complexity: Focuses on a high complexity product or a multidisciplinary subsystem consisting of multi components, time horizon of at least 5 years

• Participates in design reviews and guides development activities in projects

• Leads/Participate innovation with internal partners, mainly on peer level and mostly between technical disciplines and suppliers

• Negotiations mainly on technical aspects and technical tradeoffs

• Negotiates integral tradeoffs with multiple internal stakeholders and external parties (suppliers, partners).

• Deep insight in engineering / research

• Knowledge and experience spanning multiple engineering disciplines (e.g. mechanical, electrical, software and systems engineering) is advantageous.

• Prior experience as a lead design engineer

• Evidence of practical knowledge of standards and regulations pertaining to the medical device industry, both domestic and international. This includes but is not limited to organizations such as FDA, IEC, ISO, CFDA, ACR, AAPM, COCIR, MITA and other directives such as RoHS and WEEE. Examples include: FDA 21CFR820.30, IEC 60601-1 and ISO 14971.

Skills:

• Demonstrating business acumen;

• Driving of divergence, convergence and consolidation

• Strong written, verbal, and interpersonal skills while communicating in both English and Chinese.

• Strong presentation skills, Analytical skills; System/Architectural thinking and creation; Switching from helicopter to detailed view;

• Influencing skills; Team player; Networking skills; Negotiation skills.

• Managing uncertainty and complexity.

Onsite roles require full-time presence in the company’s facilities.Indicate if this role is an office/field/onsite role.
• Learn more about .
• Discover .
• Learn more about .

【就業場所】中四国エリア 広島支店

広島県広島市中区東千田町2-9-57　広電タワービル　1階

【就業時間】9:00-17:30休憩時間：原則として12:00～13:00

【休暇】初年度有給休暇　最大20日間（2年度～5年度 20日／6年度以降 25日 付与）、Care Leave（年間10日間）、Sick Leave（年間最大30日間） ほか
【時間外労働】あり　みなし勤務時間制（事業場外労働制）

【その他】PhiliFlexポイント：72,000ポイント（1ポイント＝1円）

We are a health technology company. We built our entire company around the belief that every human matters, and we won't stop until everybody everywhere has access to the quality healthcare that we all deserve. Do the work of your life to help the lives of others.
• Learn more about .
• Discover .
• Learn more about .

We are a health technology company. We built our entire company around the belief that every human matters, and we won't stop until everybody everywhere has access to the quality healthcare that we all deserve. Do the work of your life to help the lives of others.
• Learn more about .
• Discover .
• Learn more about .