Lead Specialist Machining Center

📣 إعلان

منذ يوم واحد

	نوع العقد	دوام كامل
	طبيعة الوظيفة	بالموقع
	الموقع	الرياض

وصف الوظيفة

About the Role: Lead Specialist, Machining Center

CEER is seeking a Lead Specialist for its Machining Center in Riyadh. This full-time role involves operating and maintaining both composite and metal 3D printer systems to support prototype part manufacturing and advanced research projects. The specialist will be responsible for developing and implementing process controls to ensure quality, supporting material development and optimization activities, and managing project planning.

Key Responsibilities

Operate various 3D printing machines, including metal and composite printers of different technologies, within the Additive Manufacturing team.
Prepare, slice, and optimize build files using CAD software and slicing software, with a preference for Siemens NX and 3Dxpert.
Monitor and control all aspects of machine operation and associated activities.
Conduct part inspection, calibration, and post-processing, including depowering and heat treatments.
Perform routine maintenance, cleaning, and troubleshooting of equipment.
Collaborate with other teams and process engineers to improve print strategies, build orientation, and support generation.
Optimize process parameters for additive manufacturing.
Ensure safety and quality compliance according to ATEX standards.
Manage material inventory control.
Support material selection based on customer requirements and assist in material development activities.
Manage turn-key jobs and projects, working with internal customers to plan, develop, and execute projects that meet specified requirements.

Qualifications and Experience

A Bachelor’s degree in Mechanical, Mechatronics, Electrical Engineering, or a related field from a recognized institution is an advantage.
Minimum of 5 years of hands-on experience operating industrial metal 3D printers.
Proven experience in additive manufacturing.
Strong working knowledge of CAD/CAM software, preferably NX.
Knowledge and experience with additive manufacturing software, technologies, and techniques.
Experience with electromechanical systems, including an understanding of drives, actuators, and motion control.
Experience in post-processing operations related to additive manufacturing.