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College internship with Applied Materials in Singapore. The posting provides an overview of the company, workplace culture, benefits, and employment conditions, but does not specify the intern’s functional department or day-to-day responsibilities. This is a full-time internship with no travel or relocation eligibility.

Designs and optimizes semiconductor and display manufacturing processes through experiments, data analysis, hardware characterization, film property measurement, and troubleshooting. Produces technical documentation and specifications, develops new technologies and instrumentation, collaborates with customers, vendors, suppliers, and R&D teams, and leads process engineering projects. Trains engineers on measurement and troubleshooting techniques while ensuring work follows safety guidelines.

Supports global warehouse robotics and automation initiatives, including feasibility studies, business cases, prototyping, testing, vendor collaboration, and roadmap execution. Coordinates engineering, operations, and IT teams to deploy scalable solutions for material handling, sorting, and inventory workflows. Reports outcomes to management while helping ensure automation reliability, safety, and performance in high-volume environments.

Develops and maintains manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinates product improvements, applies engineering and DFx principles to reduce costs and improve quality, establishes time standards, recommends tooling, develops test procedures, and investigates root causes using PFMEA. The role supports lean manufacturing, automation, continuous improvement, and operational excellence in a semiconductor equipment manufacturing environment.

Leads an engineering organization supporting a business-unit product line, overseeing complex design, development, implementation, strategy, budgets, schedules, customer engagement, and performance metrics. Develops long-range engineering plans, resolves highly complex business and technical problems, guides engineering managers, and aligns programs with business-unit strategy. The role requires senior-level leadership, broad engineering and commercial expertise, executive stakeholder influence, and compliance with company standards of conduct.

Perform methods engineering including time-and-motion studies, ergonomics evaluations, and manufacturing facility/layout design. Support new product introductions with PLC/ePLC deliverables, set up line-side and floor stock, calculate capacity for materials/people/equipment, implement process improvements, and establish standards and procedures to improve production efficiency and asset utilization.

Supports robotics and warehouse automation initiatives, including feasibility studies, prototyping, validation testing, system integration, and deployment. Collaborates with engineering, operations, IT teams, and vendors to deliver scalable logistics automation solutions. Owns portions of the automation roadmap, reports results to management, and helps ensure system reliability, safety, and performance in high-volume environments.

Manage service parts planning and inventory to meet business entitlements. Forecast demand, control inventory turns and obsolescence, prepare inventory for fab ramps and service agreements, perform root cause analysis for delivery misses, maintain KPIs and dashboards, and drive continuous improvement with stakeholders.

Manages projects and programs supporting On Site Technical Representatives and Supplier Excursion Response activities. Defines objectives, milestones, resources, costs, and timelines; ensures documentation, compliance, and effective resource utilization. Provides direction to OSTR employees, prepares management reviews, presents project information, and recommends performance improvements. The role supports manufacturing-floor problem solving, capacity flow, and shipment continuity.

Lead defect, particle, contamination, and yield investigations for semiconductor and display manufacturing processes. Perform defect characterization, root-cause analysis, corrective actions, and process and hardware improvements. Drive productivity projects targeting chamber stability, matching, uptime, and cost of ownership. Develop troubleshooting guides, defect libraries, training materials, and qualification activities while collaborating with engineering, manufacturing, quality, suppliers, and customers.