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Shape the future of industrial inkjet printing

Your mission

Responsibilities

Drive innovation & system performace

• Drive the design and optimization of industrial inkjet writing system architectures.
• Define and challenge performance targets related to:
  
  • printhead behavior,
  • jetting stability,
  • drop placement accuracy,
  • image quality,
  • fluid delivery,
  • thermal management,
  • and production robustness

Own complex systems end-to-end

• Act as technical owner from concept to product launch
• Ensure alignment between performance, quality, cost and manufacturability
• Translate business needs into robust engineering solutions

Experiment, model & optimize

• Develop physical and empirical models (fluid dynamics, drop formation, thermal behavior)
• Design and execute advanced experiments (DOE)
• Analyze data to improve system behavior and reliability

Solve critical technical challenges

• Lead root-cause analysis on complex multi-disciplinary issues
• Drive corrective actions across hardware, software and materials
• Support product issues from development to field operations

Collaborate & influence

• Work closely with multidisciplinary teams (software, electronics, mechanics, chemistry, manufacturing)
• Communicate complex topics to diverse audiences
• Contribute to product roadmaps and technical strategy

Mentor & elevate the team

• Coach and support engineers in problem-solving and innovation
• Share knowledge and best practices
• Contribute to a culture of engineering excellence

Education & experience

• Degree in Physics, Electronics, Fluidics, Material Science, Print Engineering, Mechanical Engineering, or related field
• 8+ years of experience in industrial inkjet, drop-on-demand (DoD), printing, coating, or fluid deposition technologies
• Strong hands-on experience with industrial inkjet writing systems, printheads, waveform optimization, image quality, fluid behavior, or writing system integration
• Experience in system-level design, integration, and optimization of multidisciplinary industrial systems
• Experience working in industrial production and application environments with strong reliability and uptime constraints
• Strong analytical and experimental background, including DOE, root-cause analysis, modeling, and data-driven engineering approaches

Technical expertise

• Strong understanding of complex physical systems (fluid dynamics, thermodynamics, system dynamics)
• Experience with experimental setups, data analysis and modeling
• Familiarity with tools such as MATLAB, Python or similar
• Knowledge of inkjet or drop-on-demand systems

Soft skills that make the difference

• Strong system thinking mindset
• Ability to lead through influence, not hierarchy
• Excellent communication skills, both technical and non-technical
• Comfortable navigating ambiguity and complex challenges
• Natural curiosity and drive for innovation

Ready to make an impact?