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Modular automation product
Architecture
Alfa Laval/Kranendonk

Automation Architecture & Delivery Leadership (ISA-88 / PackML)

Led the design and delivery of modular automation systems, combining architecture, standardization, and execution across the full lifecycle—from concept and software design to commissioning and handover. Focused on building scalable frameworks based on ISA-88 and PackML, aligning software structure with process requirements, and enabling teams to deliver faster and more consistently.

My role
  • Led software development teams and coordinated with project management
  • Designed modular automation architectures using object-oriented principles
  • Developed ISA-88 structures in collaboration with process engineering
  • Defined PLC coding standards and architecture guidelines
  • Authored and verified Functional Design Specifications (FDS)
  • Acted as Scrum Master and Sprint Planner within Agile environments
  • Led automation standardization initiatives across projects
  • Delivered commissioning from FAT through site acceptance
Result
  • Established reusable automation frameworks, reducing development effort across projects
  • Improved software consistency and maintainability through standardization
  • Accelerated project delivery via structured architecture and Agile execution
  • Increased team efficiency and alignment between engineering disciplines
  • Delivered reliable systems from design through commissioning and handover
Automation ArchitectureISA-88PackMLAgileLeadership
Scrubber system product
Architecture Development
Alfa Laval

Automation Architecture & Standardization (Scrubber Systems)

Led the development of automation software for industrial scrubber systems, focusing on scalable architecture, maintainability, and alignment with evolving product requirements. Drove standardization across projects, enabling consistent engineering practices and supporting long-term product development and change management.

My role
  • Designed and developed automation software for scrubber systems
  • Defined and maintained software standards and architecture guidelines
  • Led and coordinated software development teams
  • Provided architecture training and coaching to engineering teams
  • Acted as interface between engineering and project management
Result
  • Improved software consistency and reusability across projects
  • Reduced engineering time through standardization and structured design
  • Enabled scalable product development and smoother change management
  • Increased team capability through targeted training and architectural guidance
Automation ArchitectureStandardisationTeam LeadershipTrainingProduct Development
Block welding gantry product
PLC Development
Kranendonk

PLC Software Development for Welding Robotics

Developed and deployed PLC software for robotic welding systems, ensuring reliable operation in production environments with strict safety and performance requirements. Focused on integrating safety concepts, stabilizing system behavior during commissioning, and aligning software with real-world operational constraints at customer sites.

My role
  • Developed PLC software for robotic welding applications
  • Implemented and validated machine safety concepts in line with requirements
  • Led commissioning activities on-site, including testing, debugging, and optimization
  • Collaborated with mechanical, electrical, and robotics teams during integration
Result
  • Delivered stable and production-ready welding systems
  • Ensured compliance with machine safety standards and safe operation
  • Reduced commissioning time through structured debugging and testing
  • Achieved smooth handover to customer with reliable system performance
PLCRoboticsWeldingSafetyCommissioningIntegration
Robotics support product
Customer Support
Kranendonk

Customer Support & Troubleshooting (Robotics & Automation)

Delivered customer-facing support for robotic installations in live production environments, resolving complex issues across electrical, mechanical, and control software domains. Focused on rapid root cause analysis, system stabilization, and targeted software optimization, while aligning solutions with customer operational needs.

My role
  • Lead troubleshooting across multidisciplinary systems (robotics, PLC, electrical, mechanical)
  • Primary technical interface with customer during incidents and optimization phases
  • Delivered on-site training and knowledge transfer
  • Implemented software improvements to increase system robustness
Result
  • Reduced system downtime through fast fault isolation
  • Improved reliability and stability of installations
  • Increased customer autonomy through training
  • Enabled faster resolution of complex issues
CommunicationCross-domain knowledgeTesting

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