Senior Process Development Engineer

We are looking for a Senior Process Development Engineer to lead system performance research and optimization within our Digital Casting™ production platform.

This role sits at the core of our technology — translating metallurgy, process parameters, and system control into measurable mechanical performance, repeatability, and scalable production capability.

You will work hands-on with multidisciplinary systems involving materials, automation, sensors, AI-driven monitoring, and industrial equipment.

Duties and Responsibilities:

System Performance & Optimization

• Define detailed system and module-level performance requirements
• Lead multidisciplinary system performance and process optimization initiatives
• Develop and optimize process (recipe) setup parameters and tool parameters
• Drive measurable improvements in mechanical properties, repeatability, and yield
  
  

• Design and implement structured DOE plans for module and full-system validation
• Coordinate and execute system and module-level experiments
• Analyze experimental data and translate findings into actionable optimization paths
• Ensure rigorous documentation and reporting standards
  
  

• Define modules for process control within the Digital Casting™ platform
• Support integration between material behavior, automation, and monitoring systems
• Work closely with automation and algorithm teams to improve process stability
  
  

• Train application engineers and tool owners
• Contribute to system-related IP initiatives
• Present technical findings clearly to cross-functional teams
  
  

• M.Sc. in Chemistry, Materials Engineering, Chemical Engineering, or related scientific discipline
  
  

• 5+ years of experience working with complex multidisciplinary systems
• Experience in metal processing, casting, metallurgy, or heavy industrial systems
• Experience in 3D printing or additive manufacturing — advantage
• Strong background in DOE and system performance optimization
  
  

• Strong analytical and data processing capabilities
• Deep understanding of material behavior (grey iron, ductile iron, steel alloys — advantage)
• Ability to connect microstructure, chemistry, and mechanical properties to process parameters
  
  

• Methodical, structured, and data-driven
• Strong communication skills in multicultural environments
• High learning agility
• Flexibility under technical and schedule constraints
• Proactive, positive attitude
• This is his.her passion
• Fluent English