Process Engineer I

Position Summary

JOB PURPOSE

Design of mechanical parts and assemblies of pneumatic cylinders and systems that meet the set functional specifications.

JOB ACTIVITIES

• Design
• Developing and maintaining products and assemblies using 3D CAD system
• In consultation with the Marketing and Engineering Supervisor department, discuss and analyze the customer specifications for feasibility and complexity
• Optimizing existing designs
• Analyzing and checking designs of colleagues and assessing manufacturability and principles of complexity reduction
• Construction
• Taking care of the design file, including drawing package, technical calculations and documentation, cross-sections and bills of materials
• Preparation of assembly instructions and quality instructions for the assembled products
• Defining review kits and maintenance instructions
• Support
• With the help of the Engineering Support colleague, the correct design of the ERP system is ensured
• Supervising new developments and prototypes in production and assembly departments
• Supporting questions and comments from quality, production and assembly departments
• Management
• Analyzing and optimizing assembly operations and procedures contributing to cost price optimization
• Managing the product drawings and designs
• Assessing change requests for feasibility and applicability in relation to associated or similar product variants
• Coordination
• Supervising and initiating (periodic) validation of products and (partial) designs in the test laboratory
• Coordinating and validating prototype production and assemblies
• Interpreting and monitoring test and measurement data
• Maintaining and ensuring project planning and timely overshooting of time and budget overruns

SKILLS AND PROFESSIONAL KNOWLEDGE

• Engineer diploma/ degree
• Review and validate engineering designs using FMEA's, DVP&R Test Planning, tolerance analyses
• Mechanical principles, such as dimensions
• Applied operations and assembly techniques
• Alternative machining techniques
• Measurement techniques
• Regulations, standards (including.ISO, DIN, NEN and ASME), requirements
• Problem Solving techniques
• Dimensional, shape and location tolerances and surface condition representation on drawing.
• Drawing systems
• Reading drawings
• Writing Pneumatic Diagrams
• Instructional skills
• Continuous improvement techniques/ Lean/ Learning away from this