Staff Mechanical Engineer – Global Facilities

Our client is a global technology leader specializing in advanced memory and storage solutions that power next-generation computing and data-driven applications. With strong expertise in semiconductor innovation, the organization develops high-performance memory technologies across DRAM, NAND, and storage platforms for applications spanning data centers, artificial intelligence, mobile devices, client computing, and intelligent edge ecosystems.

Driven by a commitment to technology advancement, operational excellence, and customer-centric innovation, the company plays a significant role in enabling modern digital infrastructure and compute-intensive workloads worldwide.

Responsibilities:

Project Leadership

• Lead design and execution of regional construction and expansion projects
• Review and approve site capital expenditures for capacity and sustainability initiatives
• Ensure alignment with global facility standards and sustainability goals

Reliability and Continuous Improvement

• Lead system reliability programs, including quality improvements and equipment lifecycle replacements
• Drive implementation of preventive and predictive maintenance frameworks
• Standardize reliability practices across sites such as SPC, MOC, and 8D

Strategy and Governance

• Prioritize facility improvement investments based on business needs
• Support major engineering reviews such as SIPP
• Align programs including business continuity, quality systems, and critical specifications
• Cross-functional Leadership
• Collaborate with global teams including construction, planning, engineering, and operations
• Provide technical consultation to resolve complex issues
• Mentor and guide junior engineers

Requirements:

• Bachelor’s Degree in Mechanical Engineering or related field
• 8 or more years of facility engineering experience
• Expertise in mechanical systems design and operations
• Experience in construction execution and capital project management
• Knowledge of reliability engineering and system optimization