Manufacturing Engineer

Responsibilities: • Develop, standardize, and maintain manufacturing procedures and controlled documentation. • Create and update Manufacturing Job Instruction Sheets (JIS), NC programs, and Tool/Gauge Plans using Siemens NX or equivalent CAD/CAM software. • Ensure manufacturing documentation complies with engineering, quality, and regulatory requirements. • Lead productivity initiatives to improve safety, quality, delivery, and cost (SQDC). • Design, evaluate, and implement manufacturing equipment, tooling, fixtures, and automation solutions. • Optimize machining processes, cycle times, setup reduction, machine utilization, and material flow. • Support digital manufacturing and advanced manufacturing technologies. • Conduct feasibility studies on capacity expansion, facility layout, equipment utilization, and automation. • Develop business cases supported by productivity, cost-benefit, and ROI analysis. • Lead Lean Manufacturing, Kaizen, Six Sigma, and waste elimination initiatives. • Improve OEE, process capability, throughput, and workflow efficiency. • Implement sustainable corrective and preventive actions to eliminate recurring manufacturing issues. • Provide day-to-day manufacturing engineering support to production. • Troubleshoot manufacturing, tooling, process, and equipment issues to minimize downtime. • Support new product introduction (NPI), process qualification, engineering changes, and production ramp-up. • Collaborate with Operations, Quality, Maintenance, and Supply Chain to resolve production issues and ensure on-time delivery. • Drive root cause analysis and implement corrective actions to improve manufacturing stability and product quality. Requirements: • Degree in an Engineering discipline (Mechanical, Manufacturing, Material). • 1-5 years of relevant working experience in precision engineering or aerospace manufacturing. • Knowledge of CNC machines (5-axis milling, mill-turn & grinding) and tools, including their designs and uses. • Knowledge of ANSI Y14.5 blueprint reading, G-Codes, M-Codes, and CAD/CAM programming. • Knowledge of tooling and fixturing concepts and standards. • Demonstrate high level of attention to details. • Ability to develop and manage a project from concept to implementation. • Ability to be Flexible and adapt to changing priorities. • Ability to analyze information and quickly solve problems. • Experience with metrology standards and equipment.