📍 Job Overview
Job Title: UX Designer IGT Systems
Company: Philips
Location: Best, Noord-Brabant, Netherlands
Job Type: FULL_TIME
Category: UX Design
Date Posted: 2025-06-16T00:00:00
Experience Level: Mid-Level (3+ years)
Remote Status: Hybrid (3 days in office)
🎨 Role Summary
- Define and shape the user experience for advanced Image Guided Therapy (IGT) systems, directly impacting patient care and clinical workflows.
- Specialize in the intersection of UX design and Artificial Intelligence within a complex, regulated healthcare environment.
- Lead design efforts through the entire human-centered design process, from initial research and analysis to concept validation and usability testing for medical devices.
- Collaborate closely with multidisciplinary teams, including engineers, clinicians, and product managers, to deliver intuitive and effective design solutions for healthcare professionals.
🖼️ Primary Responsibilities
- Conduct comprehensive user research and analysis to deeply understand the needs, behaviors, and workflows of clinicians and medical staff interacting with IGT systems.
- Translate complex clinical requirements and technical constraints into user-focused design strategies, innovative concepts, and tangible solutions.
- Develop detailed interaction designs, information architecture, and user flows for medical device interfaces, ensuring clarity, efficiency, and safety.
- Create interactive prototypes and conduct usability testing with target users to validate design concepts, gather feedback, and iterate on solutions for optimal performance in clinical settings.
- Collaborate effectively with engineering teams during implementation, providing design specifications, assets, and guidance to ensure the final product aligns with design intent and usability standards.
🎓 Skills & Qualifications
Education: Bachelor or Master's degree in Design, Design Research, Human-Computer Interaction, or a related discipline. Equivalent professional design training and experience will also be considered.
Experience: Minimum of 3+ years of professional UX design or design research experience, preferably within relevant companies, agencies, institutions, or through independent consultancy. Experience designing for complex systems in regulated environments, particularly healthcare or medical devices, is highly preferred. A strong portfolio demonstrating experience in user research, interaction design, prototyping, and usability testing is essential.
Required Skills:
- Proficiency in applying human-centered design principles and methodologies throughout the product development lifecycle.
- Demonstrated ability in user research techniques, including contextual inquiry, interviews, and usability studies, with the ability to synthesize findings into actionable design insights.
- Strong interaction design skills, including creating user flows, wireframes, and interactive prototypes using industry-standard tools.
- Experience with UX design for Artificial Intelligence (AI) applications, including understanding associated interaction design paradigms and ethical considerations in healthcare AI.
- Excellent communication and collaboration skills, with the ability to effectively articulate design decisions and rationale to multidisciplinary teams and stakeholders.
Preferred Skills:
- Experience designing for medical devices or complex professional systems in a regulated industry (e.g., healthcare, aerospace, finance).
- Familiarity with Agile methodologies, Scrum, or SAFe (Scaled Agile Framework) for product development.
- Experience with visual design principles and their application in complex user interfaces, aligning with design language systems and brand guidelines.
🎨 Portfolio & Creative Requirements
Portfolio Essentials:
- Present 3-5 case studies that clearly demonstrate your end-to-end design process, from problem framing and research through ideation, prototyping, testing, and final implementation/impact.
- Include examples of your work on complex systems or interfaces, highlighting your approach to information architecture and interaction design challenges in demanding environments.
- Showcase your experience designing for AI-driven features or systems, explaining the specific interaction patterns and design considerations you addressed.
- Provide evidence of usability testing and validation activities, detailing the methods used, insights gained, and how feedback informed your design iterations.
Process Documentation:
- Clearly articulate your approach to the research and discovery phase, including how you identified user needs, defined problem statements, and gathered requirements for complex systems.
- Illustrate your ideation and iteration methods, showing sketches, wireframes, and prototypes that demonstrate your design exploration and refinement process.
- Detail your validation and testing approaches, explaining how you conducted usability studies, analyzed results, and incorporated findings into your design solutions for medical applications.
💵 Compensation & Benefits
Salary Range: €55,000 - €75,000 per year. This estimate is based on industry standards for a Mid-Level UX Designer in the Netherlands, considering the cost of living in the Best/Eindhoven region and the specialized nature of designing for regulated healthcare systems. Specific compensation will depend on experience, skills, and negotiation.
Benefits:
- Comprehensive health insurance coverage.
- Retirement savings plan with company contributions.
- Paid time off, including vacation days and public holidays.
- Opportunities for professional development and training, potentially including conferences or courses related to healthcare design, AI in medicine, or advanced UX methodologies.
- Employee wellness programs.
Working Hours: Full-time position, typically 40 hours per week. Requires working in the office at least 3 days per week to facilitate collaboration with multidisciplinary teams involved in hardware and software development for IGT systems.
🎯Team & Company Context
🏢 Company & Design Culture
Industry: Healthcare Technology. Philips is a global leader in health technology, focused on improving health outcomes through meaningful innovation. The Image Guided Therapy Systems (IGT-S) business unit specifically focuses on advancing minimally invasive surgery, a critical area with complex design challenges and high impact on patient lives.
Company Size: 10,001+ employees globally. As a large, established corporation, Philips offers stability, extensive resources, and opportunities for large-scale impact, but may involve navigating more complex organizational structures and processes compared to smaller companies.
Founded: Philips was founded in 1891. This long history indicates a mature company with established processes and a significant legacy in innovation, particularly in electronics and healthcare.
Team Structure:
- The UX Designer will likely be part of a dedicated Design team within the IGT-S business unit or a centralized design function supporting IGT-S.
- Expect to work closely within agile, multidisciplinary project teams alongside engineers, product managers, clinical specialists, and regulatory experts.
- Reporting structure may involve reporting to a Design Lead, Manager, or Head of Design within the business unit or central design organization.
Methodology:
- Philips Design generally follows a human-centered design process, emphasizing analysis, exploration, concept design, prototyping, and rigorous testing.
- Within IGT-S, design processes are integrated into a regulated development environment, likely involving formal requirements gathering, risk assessment, and stringent validation procedures.
- Given the mention of Agile, Scrum, and SAFe, the team likely operates within an agile framework, with iterative development cycles and continuous feedback loops.
Company Website: https://www.philips.com/a-w/about.html
📈 Career & Growth Analysis
Design Career Level: This role is positioned as a Mid-Level UX Designer ("UX Designer IGT Systems"). This typically implies responsibility for leading design efforts on specific features or components within a larger system, contributing significantly to the design process, and mentoring more junior designers if applicable.
Reporting Structure: The role likely reports to a more senior Design Lead or Manager within the IGT-S design team or a central Philips Design organization. This provides access to mentorship and guidance for professional development.
Design Impact: Design in this role has a direct and significant impact on the usability, safety, and effectiveness of medical devices used in critical procedures, directly influencing patient outcomes and clinical efficiency.
Growth Opportunities:
- Potential for advancement to Senior UX Designer or Lead UX Designer roles within the IGT-S business unit or other areas of Philips Design, with increasing responsibility for complex projects, team leadership, or strategic design initiatives.
- Opportunities to specialize further in areas like AI/ML design in healthcare, medical device usability engineering, or specific clinical domains.
- Access to internal training programs, workshops, and potentially support for external conferences or certifications to deepen expertise in healthcare design, regulatory requirements, or advanced design methodologies.
🌐 Work Environment
Studio Type: Hybrid work environment based in Best, Netherlands. The role requires working from the office at least 3 days per week, indicating a focus on in-person collaboration within project teams.
Office Location(s): Philips is located at the High Tech Campus in Best, near Eindhoven. This campus environment likely offers modern facilities and opportunities for interaction with professionals from various technology and healthcare domains.
Design Workspace Context:
- The office environment likely provides dedicated workspace for design activities, potentially including access to design studios, usability labs, or collaboration spaces equipped with prototyping tools and whiteboards.
- Working alongside cross-functional team members fosters close collaboration on design iterations, technical feasibility discussions, and clinical validation.
- Being on-site enables direct interaction with physical medical devices or simulators, which is crucial for understanding the context of use and conducting realistic usability testing.
Work Schedule: Full-time, standard business hours. The hybrid model offers some flexibility, but the requirement for 3 days in the office emphasizes structured collaboration during core working hours.
📄 Application & Portfolio Review Process
Design Interview Process:
- Initial screening call with HR or a Design Recruiter to assess basic qualifications and fit.
- Portfolio review round(s) with Design team members or Hiring Manager, focusing on your process, case studies, and relevant experience (especially in complex systems and AI).
- Interview rounds with the Hiring Manager and key team members (e.g., Product Manager, Engineer, Clinical Specialist) to discuss technical skills, collaboration style, and cultural fit.
- Potentially a design challenge or case study presentation where you walk through your approach to a relevant design problem, demonstrating your problem-solving skills and design thinking.
- Final interview(s) with senior design leadership or stakeholders.
Portfolio Review Tips:
- Tailor your portfolio presentation to highlight projects relevant to healthcare, complex systems, or AI if you have them.
- For each case study, clearly articulate the problem you were solving, your role and responsibilities, the design process you followed (including research, ideation, and testing), the final solution, and its impact.
- Be prepared to discuss your design decisions and rationale in detail, especially concerning usability, safety, and regulatory considerations in medical contexts.
- Showcase your ability to work within constraints and collaborate effectively with technical and clinical stakeholders.
Challenge Preparation:
- If given a design challenge, approach it systematically by first defining the problem and user needs based on the prompt.
- Structure your response to demonstrate your design process, showing how you would research, ideate, prototype, and test your solution within the given timeframe.
- Focus on articulating your design rationale and considering potential technical, clinical, and regulatory constraints relevant to medical systems.
ATS Keywords: User Experience, UX Design, Interaction Design, Information Architecture, Usability Testing, Human-Centered Design, Design Research, Prototyping, Figma, Sketch, Adobe Creative Suite, Usability, Agile, Scrum, SAFe, Healthcare, Medical Devices, AI in Healthcare, Artificial Intelligence, Complex Systems, Regulated Environment, Clinical Workflow, Stakeholder Management, Cross-functional Collaboration, Design Thinking, Wireframing, User Flows, Case Studies, Portfolio, Design Process, Validation, Iteration, Design Systems, Design Specifications, Handoff, User Interface (UI) Design, Visual Design, Empathy, Problem Solving, Critical Thinking, Communication, Teamwork, Best, Netherlands, Philips.
🛠 Tools & Technology Stack
Primary Design Tools:
- Figma: Expected proficiency for UI design, prototyping, and collaboration. Knowledge of advanced features like components, variants, and auto layout is beneficial.
- Sketch: Experience with Sketch is also listed as preferred, indicating flexibility in tool usage or potential legacy projects.
- MS Office: Required for documentation, presentations (PowerPoint), and general communication.
- Prototyping Tools: Experience with a range of prototyping tools (e.g., InVision, Axure, or Figma's built-in features) is essential for creating interactive prototypes for testing and demonstration.
Collaboration & Handoff:
- Collaboration Tools: Likely use of tools like Microsoft Teams, Slack, or similar platforms for team communication and project coordination.
- Handoff Tools: Tools or methods for collaborating with engineering teams, potentially including Zeplin, Abstract, or direct integration with development platforms.
- Documentation Tools: Use of platforms for creating and maintaining design specifications, style guides, and design system documentation.
Research & Testing:
- Research Tools: Potential use of tools for conducting remote user interviews, surveys (e.g., Qualtrics, SurveyMonkey), or analyzing qualitative data.
- Testing Tools: Tools for setting up and recording usability testing sessions, potentially including remote testing platforms or specialized lab equipment for medical device testing.
- Analytics Tools: Familiarity with basic analytics concepts to understand how users interact with deployed systems and identify areas for design improvement.
👥 Team Culture & Values
Design Values:
- Human-Centered Approach: Strong emphasis on deeply understanding the needs of clinicians and patients to design solutions that are safe, effective, and intuitive in critical care environments.
- Collaboration: A highly collaborative environment where designers work closely with experts from diverse fields (engineering, clinical, regulatory) to ensure design solutions are feasible, compliant, and meet user needs.
- Impact: Focus on creating design that makes a tangible difference in healthcare outcomes and improves the lives of patients and medical professionals.
- Innovation: Encouragement of exploring new interaction paradigms, particularly in the context of integrating AI into medical workflows, while maintaining a focus on usability and safety.
Collaboration Style:
- Multidisciplinary Collaboration: Expect to work in agile teams with frequent interaction with engineering, product management, and clinical counterparts.
- Design Critique: Participation in design reviews and critique sessions to receive and provide feedback on design work, fostering continuous improvement.
- Knowledge Sharing: Opportunities to share design insights, research findings, and best practices within the design team and across project teams.
⚡ Challenges & Growth Opportunities
Design Challenges:
- Navigating the complexities of designing for a highly regulated environment, balancing innovative design solutions with strict safety, usability, and compliance requirements.
- Designing intuitive interfaces for complex medical systems with numerous features and interactions used by highly specialized professionals under pressure.
- Integrating Artificial Intelligence capabilities into clinical workflows in a way that is understandable, trustworthy, and truly enhances user performance without introducing new risks.
- Collaborating effectively across diverse teams with different technical backgrounds and priorities, ensuring design remains central to the product development process.
Learning & Development Opportunities:
- Gain deep expertise in the intersection of UX design, AI, and medical technology, a rapidly growing and impactful field.
- Develop specialized skills in designing for regulated environments and navigating the unique challenges of healthcare usability engineering.
- Opportunity to work with cutting-edge medical imaging and therapy systems, contributing to advancements in minimally invasive procedures.
💡 Interview Preparation
Design Process Questions:
- Be prepared to walk through your design process using examples from your portfolio, focusing on your approach to understanding complex problem spaces, especially in regulated or technical domains.
- Discuss how you gather and synthesize user research data to inform design decisions, particularly for expert users like clinicians.
- Explain your methods for prototyping and testing designs, detailing how you validate solutions and iterate based on user feedback in a rigorous manner.
Company Culture Questions:
- Research Philips' mission in health technology and be prepared to discuss why you are passionate about contributing to this field through design.
- Ask questions about the structure of the design team, how they collaborate with engineering and clinical teams in IGT-S, and their approach to design quality in a regulated environment.
- Inquire about the team's experience with integrating AI into their products and the specific design challenges they have encountered.
Portfolio Presentation Strategy:
- Select case studies that best demonstrate your ability to handle complexity, conduct thorough research, and design user-centered solutions for demanding environments (healthcare experience is a significant plus).
- Structure your presentation to clearly articulate the problem, your process, and the impact of your design decisions. Quantify impact where possible (e.g., improved efficiency, reduced errors in simulations).
- Be ready to discuss the specific interaction design choices you made, especially for any AI-related features, and explain the rationale behind them from a user perspective.
📌 Application Steps
To apply for this design position:
- Submit your application through this link
- Carefully review your resume and portfolio to ensure they highlight relevant experience in UX design, particularly for complex systems, healthcare, or AI, and align with the required and preferred skills listed.
- Customize your cover letter to express your specific interest in designing for healthcare technology and your understanding of the impact of UX in medical systems.
- Prepare your portfolio presentation, selecting case studies that best showcase your process and relevant experience, and practice walking through them clearly and concisely.
- Research Philips' IGT Systems business unit and recent developments in AI in healthcare to demonstrate your informed interest during interviews.