Foundry Engineer

Responsibility

• Collaborate to improve foundry practices and processes using quality methodologies.
• Provide support and troubleshooting to metallurgical lab and other departments on foundry processes.
• Conduct defect analysis and deliver technical solutions to improve product quality and controls.
• Research, develop, and audit foundry processes to ensure product quality improvements.
• Monitor the process performance throughout foundry operations.
• Developing routines and best practices to ensure product quality.

Requirements:

• A Bachelor’s degree in Materials, Metallurgical, or Manufacturing Engineering
• Extensive experience in process engineering
• Worked in a foundry environment previously
• Quality Management: Extensive experience in quality management methods, tools, and techniques and ability to create and support an environment that meets the quality goals of the organization.
• Accuracy and Attention to Detail: Understanding the necessity and value of accuracy; ability to complete tasks with high levels of precision.  
• Collaborating: Working knowledge of collaborative techniques; ability to work with a variety of individuals and groups in a constructive and collaborative manner.  
• Flexibility and Adaptability: Working knowledge of successful approaches and techniques for dealing with change; ability to adapt to a changing environment and be comfortable with change. 
• Problem Solving: Working knowledge of approaches, tools, techniques for recognizing, anticipating, and resolving organizational, operational or process problems; ability to apply knowledge of problem solving appropriately to diverse situations.
• Manufacturing Standards, Procedures and Policies: Working knowledge of organizational standards, procedures and policies in manufacturing activities; ability to plan, guide, and monitor manufacturing processes for compliance.
• Root Cause Analysis (RCA): Extensive experience using concepts, principles, and techniques of root cause analysis (RCA); ability to use a structured approach to identify the causes of undesirable consequences in a manufacturing environment and the changes needed to prevent recurrences.