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Part Operations Engineer - Job Opportunity at Micron Technology, Inc.

Singapore, Singapore
Full-time
Mid-level
Posted: June 3, 2025
On-site
SGD 95,000 - SGD 130,000 per year. This estimate reflects Singapore's competitive semiconductor market, Micron's position as an industry leader, and the mid-level nature of the role requiring 2+ years experience with advanced technical skills in data analysis and manufacturing operations.

Benefits

Opportunity to work with industry-leading semiconductor technology and contribute to transformative innovations in memory and storage solutions
Access to cutting-edge projects involving virtual reality, neural networks, and AI applications that define the future of technology
Collaborative work environment with cross-functional teams including engineering, operations, and technology development specialists
Professional development opportunities in semiconductor manufacturing processes, capacity planning, and advanced analytics
Exposure to global operations and diverse customer base in the data economy sector
Equal opportunity employment with comprehensive diversity and inclusion initiatives

Key Responsibilities

Drive strategic operational excellence by partnering with key stakeholders to develop and implement applications that continuously improve critical production metrics and manufacturing efficiency
Lead cross-functional collaboration with engineering teams to orchestrate future product introduction strategies, ensuring seamless integration of new technologies into existing manufacturing processes
Serve as primary liaison between area Engineering and Operations teams, maintaining real-time awareness of operational priorities, emerging issues, and strategic project initiatives
Communicate complex fab performance metrics and operational insights to diverse customer groups, translating technical data into actionable business intelligence
Orchestrate New Part Introduction (NPI) coordination across multiple teams, ensuring streamlined processes and optimal resource allocation for product launches
Develop and execute strategic and tactical planning frameworks for Work In Progress (WIP), Cycle Time (CT), and priority allocations in partnership with various Engineering teams
Lead operational planning initiatives for mission-critical efforts, ensuring adherence to critical timelines and delivery commitments
Design and implement standardized processes, comprehensive reports, dynamic dashboards, and advanced data visualizations to effectively communicate project status and performance indicators
Execute comprehensive planning, tracking, and reporting systems for key lot status management and operational visibility
Apply advanced statistical analysis methodologies to optimize fab performance metrics and conduct thorough audits of manufacturing capacity information
Present analytical findings and develop strategic recommendations to address fab performance gaps and drive continuous improvement
Drive innovation through research and implementation of cutting-edge data modeling techniques and analytical tools
Evaluate complex operational scenarios, perform comprehensive what-if analysis, and collaborate with Engineering and Operations teams to assess change impact
Innovate and implement best-in-class predictive models and decision support tools to address critical business needs and operational challenges
Research and implement novel methodologies and advanced tools to enhance prediction accuracy and tracking capabilities for manufacturing key performance indicators

Requirements

Education

Masters Degree in Industrial Engineering, Manufacturing Engineering, Production Operations Management, Supply Chain, or equivalent degrees

Experience

Two or more years of experience in Operations/Manufacturing

Required Skills

Excellent multi-tasking, time-management, organization and prioritization skills Dedicated to establishing and maintain effective relationships Proven track record to communicate sophisticated analysis in a succinct and actionable manner Sophisticated skills in Microsoft Office Outlook, Excel and Power Point Proven ability to identify, develop, propose, and implement effective plans to drive overall efficiency Proven ability to organize and efficiently facilitate meetings and project teams Demonstrated analytical problem solving skills with ability to fix complex problems and address root causes Solid understanding of statistics, data analysis, and problem solving Knowledgeable in the use of Tools such as Tableau, Power BI, Python, R Solid understanding of production line management techniques and theories Eagerness to learn, grown understanding of semiconductor production floor concepts and operations Understanding of Manufacturing Science (scheduling, inventory management, capacity planning) Thorough and dedicated to achieving outstanding outcomes
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Sauge AI Market Intelligence

Industry Trends

The semiconductor industry is experiencing unprecedented growth driven by artificial intelligence, 5G technology, and edge computing applications, creating substantial demand for operations engineers who can optimize manufacturing processes and capacity planning. Memory and storage solutions are becoming increasingly critical as data generation accelerates exponentially across industries. Advanced analytics and predictive modeling are becoming essential capabilities in semiconductor manufacturing, with companies investing heavily in data-driven decision making tools to optimize yield, reduce cycle times, and improve operational efficiency. The integration of machine learning and statistical analysis into manufacturing operations represents a significant competitive advantage. Supply chain resilience and operational excellence have become top priorities for semiconductor companies following recent global disruptions, leading to increased investment in operations roles that can drive efficiency, manage capacity, and ensure reliable production output. The shift toward Industry 4.0 and smart manufacturing is transforming semiconductor operations, with emphasis on real-time data visualization, automated decision-making, and cross-functional collaboration becoming standard practice in leading organizations.

Role Significance

The role typically involves coordinating with 3-5 direct engineering team members while interfacing with 10-15 cross-functional stakeholders across engineering, operations, and customer teams. The position serves as a central coordination point between multiple departments rather than managing direct reports.
This is a mid-level individual contributor role with significant cross-functional influence and strategic impact. The position involves coordinating between multiple teams, presenting to diverse stakeholders, and driving operational improvements that directly affect manufacturing efficiency and product quality. The role carries substantial responsibility for new product introductions and strategic planning.

Key Projects

New Part Introduction (NPI) coordination projects involving cross-functional teams to launch new memory and storage products Manufacturing efficiency optimization initiatives using statistical analysis and predictive modeling to improve yield and reduce cycle times Capacity planning and WIP management projects to optimize resource allocation and production scheduling Development of automated dashboards and data visualization systems for real-time operational monitoring Root cause analysis projects for manufacturing performance gaps and implementation of corrective action plans

Success Factors

Mastery of advanced data analysis tools and statistical methodologies is crucial for optimizing manufacturing metrics and developing predictive models that drive operational excellence. The ability to translate complex analytical findings into actionable business recommendations distinguishes high-performing operations engineers. Strong cross-functional collaboration and communication skills are essential for coordinating between engineering, operations, and customer teams while managing competing priorities and ensuring alignment on strategic objectives. Success requires building effective relationships across diverse stakeholder groups. Deep understanding of semiconductor manufacturing processes, particularly in memory and storage production, combined with knowledge of capacity planning, scheduling, and inventory management principles enables effective operational decision-making and strategic planning. Proven project management capabilities and ability to drive initiatives from conception through implementation while maintaining focus on critical timelines and deliverables in a fast-paced, goal-oriented environment. Adaptability and continuous learning mindset to stay current with emerging technologies, analytical tools, and manufacturing methodologies in the rapidly evolving semiconductor industry.

Market Demand

High demand. The semiconductor industry's rapid expansion, particularly in memory and storage solutions, combined with Singapore's strategic position as a regional manufacturing hub, creates strong demand for operations engineers with cross-functional collaboration skills and advanced analytics capabilities.

Important Skills

Critical Skills

Statistical analysis and data modeling capabilities using Python, R, and advanced Excel are fundamental to the role's success, as the position requires optimizing manufacturing metrics, developing predictive models, and conducting complex analytical studies that drive operational improvements and strategic decision-making. Manufacturing science knowledge including scheduling, inventory management, and capacity planning forms the core technical foundation for the role, enabling effective coordination of production operations, resource allocation, and strategic planning for manufacturing efficiency and output optimization. Cross-functional communication and relationship management skills are essential for coordinating between diverse teams, presenting complex analytical findings to varied stakeholders, and ensuring alignment on strategic objectives across engineering, operations, and customer organizations. Project management and process improvement capabilities enable successful coordination of New Part Introduction initiatives, implementation of operational improvements, and management of multiple competing priorities while maintaining focus on critical timelines and deliverables.

Beneficial Skills

Advanced proficiency in data visualization tools like Tableau and Power BI enhances the ability to create compelling dashboards and reports that effectively communicate operational performance and strategic insights to stakeholders at all organizational levels. Knowledge of semiconductor manufacturing processes and production floor operations provides valuable context for operational decision-making and enables more effective collaboration with engineering and manufacturing teams on process optimization initiatives. Experience with automation tools and Industry 4.0 technologies positions the engineer to drive innovative solutions and stay current with emerging trends in smart manufacturing and digital transformation initiatives. Leadership and team facilitation skills support career advancement opportunities and enable more effective coordination of cross-functional project teams and strategic initiatives.

Unique Aspects

This role offers direct exposure to cutting-edge memory and storage technologies that power artificial intelligence, virtual reality, and neural network applications, providing opportunity to work at the forefront of technological innovation
The position involves coordinating New Part Introduction processes, giving the engineer visibility into product development cycles and strategic business planning at a global semiconductor leader
Significant emphasis on advanced analytics and predictive modeling using tools like Python, R, Tableau, and Power BI, offering opportunities to develop valuable data science skills in a manufacturing context
Cross-functional coordination responsibility spanning engineering, operations, and customer teams provides broad business exposure and leadership development opportunities
Location in Singapore offers access to Micron's regional operations and exposure to diverse customer base across Asia-Pacific markets

Career Growth

Typical progression to senior individual contributor roles occurs within 2-3 years with strong performance, while advancement to management positions generally requires 4-6 years of experience combined with demonstrated leadership capabilities and strategic thinking skills.

Potential Next Roles

Senior Operations Engineer with expanded scope including team leadership and strategic planning responsibilities Operations Manager overseeing multiple product lines or manufacturing areas with direct reports and P&L responsibility Manufacturing Engineering Manager focusing on process optimization and new technology implementation Supply Chain Manager with responsibility for end-to-end supply chain optimization and vendor management Business Operations Analyst roles in strategic planning or business development functions

Company Overview

Micron Technology, Inc.

Micron Technology is a Fortune 500 global leader in memory and storage solutions, ranking among the world's largest semiconductor companies with annual revenues exceeding $30 billion. The company designs, manufactures, and markets DRAM, NAND, and NOR memory products that enable advances in artificial intelligence, 5G applications, and data center technologies.

Micron holds a dominant position in the global memory market, competing directly with Samsung and SK Hynix as one of the three major DRAM manufacturers worldwide. The company's strong financial performance, technological innovation, and manufacturing excellence have established it as an industry leader with significant market influence.
Singapore serves as a critical manufacturing and operations hub for Micron's Asia-Pacific operations, housing advanced semiconductor fabrication facilities and serving key customers across the region. The Singapore location provides access to skilled talent, strategic proximity to major technology companies, and serves as a gateway to growing Asian markets.
Micron emphasizes innovation, collaboration, and continuous improvement with a strong focus on diversity and inclusion. The company culture promotes cross-functional teamwork, data-driven decision making, and employee development, while maintaining high standards for operational excellence and customer satisfaction.
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