Lean Process Engineer - Powder Metallurgy

Hyperion Materials & Technologies Inc.; West Branch (MI); On-site; USD 90,000 - 120,000; Full time

Job summary

Hyperion Materials & Technologies Inc. in Michigan seeks a Process Engineer for the West Branch Sinter Operation to support strategic and capital projects and improve tungsten carbide powder production.

You will analyze production processes, lead lean initiatives, and work cross-functionally to reduce cost, increase yield, and ensure quality while maintaining a safe, compliant operation.

Qualifications

• Bachelor’s degree in a technical field is required or equivalent experience.
• 3+ years in manufacturing/process engineering preferred.
• Experience in sintering, thermal processing, powder metallurgy or related processes is strongly preferred.

Responsibilities

• Participate in safety reviews with EHS and plant management to promote accident-free operations.
• Lead strategic and Capex projects for the tungsten carbide powder plant.
• Identify process improvements with cross-functional teams to boost quality and efficiency.
• Develop and track key process indicators to improve stability and yield.
• Troubleshoot equipment/process issues affecting manufacturing performance.
• Ensure compliance with environmental, safety, quality standards and ISO requirements.
• Support documentation and change control for new processes and products.

Skills

Lean Six Sigma

Structured problem solving

Data interpretation

Cross-functional collaboration

Effective communication

Education

Bachelor’s degree in materials/metallurgical/chemical/mechanical/manufacturing/industrial engineering, chemistry, or related field

Tools

Capital projects management

DOE

Job description

Hyperion Materials & Technologies Inc. in Michigan seeks a Process Engineer for the West Branch Sinter Operation to support strategic and capital projects and improve tungsten carbide powder production.

You will analyze production processes, lead lean initiatives, and work cross-functionally to reduce cost, increase yield, and ensure quality while maintaining a safe, compliant operation.