Lead Specialist, Machining Center

Overview

This role involves operating and maintaining advanced composite and metal 3D printing systems to facilitate prototype manufacturing and cutting-edge research initiatives. The specialist will develop and apply process controls to uphold quality standards, assist in material development and optimization efforts, and contribute to project planning and execution.

Key Responsibilities

• Operate 3D printing machinery within the Additive Manufacturing team, covering both metal and composite printers utilizing diverse technologies.
• Prepare, slice, and optimize build files using CAD and slicing software platforms, preferably Siemens NX and 3Dxpert.
• Supervise and manage all facets of machine functions and related activities.
• Perform inspections of printed parts, calibration procedures, and post-processing tasks such as depowering and heat treatments.
• Carry out regular maintenance, cleaning routines, and troubleshooting as necessary.
• Collaborate with cross-functional teams and process engineers to refine printing strategies, build orientations, and support structure generation.
• Optimize printing process parameters to enhance quality and efficiency.
• Adhere strictly to safety and quality protocols in compliance with ATEX standards.
• Manage material inventories effectively and assist in selecting materials based on client requirements.
• Support ongoing material research and development efforts.
• Lead end-to-end job and project management by coordinating with internal customers to plan and execute tasks that meet specified demands.

Qualifications & Experience

• A bachelor’s degree in Mechanical, Mechatronics, Electrical Engineering, or a related discipline is preferred.
• At least five years of hands-on experience operating industrial metal 3D printers.
• Demonstrated expertise in additive manufacturing processes and technologies.
• Proficient in CAD/CAM software, with a preference for Siemens NX.
• Familiarity with additive manufacturing-specific software tools.
• Understanding of electromechanical systems including drives, actuators, and motion control mechanisms.
• Experience in post-processing procedures related to 3D printed parts.