About the role
AI summarisedJoin Applied Materials, a global leader in materials engineering solutions for the electronics industry. As a Logistics Industrial Engineer, you will drive manufacturing efficiency by applying methods engineering analysis, leading improvement projects, and optimizing facility design to support high-volume product introductions.
EquipmentOnsiteEngineering
Key Responsibilities
- Perform Methods Engineering analysis, including process design, time and motion study, and recommend manufacturing line improvements.
- Lead Industrial Engineering projects and programs, assisting in the business implementation of these projects with quality tools and success metrics.
- Lead ergonomics and human factors evaluations, recommending and implementing improvements to work area designs.
- Develop and implement manufacturing facility design, including plant layout, material handling systems, staging, and warehousing.
- Support strategic product introductions into volume manufacturing by providing PLC/ePLC deliverables such as line design, material flow design, and tooling deployment.
- Calculate and maintain capacity data for materials processing, personnel, space, and equipment to ensure effective asset utilization.
- Establish standards and procedures across multiple functions.
Requirements
- Demonstrated conceptual and practical expertise in Industrial Engineering discipline.
- Knowledge of best practices and how the engineering area integrates with others.
- Ability to solve complex problems by taking a new perspective on existing solutions.
- Proven ability to lead small projects with manageable risks and resource requirements.
- Strong interpersonal skills to build consensus among team members.
- Willingness to adhere to safety protocols and company core values.