وظيفة مهندس تصنيع (إنتاج/تطبيقات) لدى جال الدولية في السعودية

Overview

We are seeking a Manufacturing Engineer to join our Mechanical Services Shops. Mechanical Services Shops is responsible for providing rotating and static equipment repair and fabrication of components.

Your primary role is to develop and optimize routes for precision components produced through machining, additive, welding, casting, heat treatment, and related processes. You will ensure designs are executable and that operations achieve safety, quality, delivery, cost, and capacity objectives.

Minimum requirements

·      You will hold a Bachelor's degree in Manufacturing, Mechanical, Industrial, Production, or Materials Engineering from a recognized and approved program.

·      You will have at least 15 years of manufacturing-engineering experience, including a minimum of 8 years developing and optimizing industrial production processes for Aerospace or Oil and Gas.

·      Broad knowledge of machining and at least two additional processes such as additive manufacturing, casting, heat treatment, or assembly is required.

·      Proficiency in process planning, tooling and fixture design, CAD/CAM collaboration, capacity analysis, and production-data interpretation is necessary.

·      SME CMfgE, ASQ CQE, Lean Six Sigma Green Belt, or comparable professional certification is preferred.

·      Having simulations certification and all siemens certification for NX CAD/CAM/CAE (NX Teamcenter quality associated Certificate, NX CAD Design Associate Level Certificates, NX CAM Manufacturing Associate Certificate, NX Simcenter 3D CAE Associate Certification, NX Additive Manufacturing Associate Certification, NX Teamcenter quality associate Certificate, NX Designer Certified Professional (NX) Certification) is strongly preferred.

As the successful candidate you will be required to perform the following:

·         Process Development: Create routings, process plans, work instructions, control plans, inspection points, and production standards for new and repaired components.

·         Design for Manufacturability: Review drawings and models, identify risks, recommend tolerances and appropriate method, and coordinate technical queries with reverse engineering and quality teams.

·         Production Planning & Optimization: Balance capacity, sequence operations, define tooling and fixtures, reduce setup and cycle time, and improve throughput, yield, and equipment utilization.

·         Failure & Root-Cause Analysis: Investigate machining, fabrication, dimensional, material, and assembly failures using structured problem-solving; implement verified corrective and preventive actions.

·         Industrialization & Governance: Lead fabrication of parts, process validation, material supplier technical reviews, and transfer of qualified methods into repeatable production.

Bachelor's degree in Manufacturing, Mechanical, Industrial, Production, or Materials Engineering from a recognized and approved program.