Manufacturing Engineer

About the role

The Manufacturing Engineer is responsible for designing, optimizing, and maintaining manufacturing processes within the Radiation Monitoring manufacturing department, focusing on improving efficiency, quality, and cost-effectiveness by analyzing production methods, equipment, and materials, often collaborating with other departments to identify and implement improvements across nuclear product lines.

Responsibilities

• Process/product mastery and ownership
• Day-to‑day shop floor support
• Manufacturing traveler/router creation and modification
• Manufacturing equipment selection and implementation
• Disposition of non‑conforming product and equipment
• Product and process failure analysis and troubleshooting
• Fixturing design and implementation
• Manufacturing procedure creation, modification, and associated operator training
• Engineering change management
• Capital equipment project justifications, submissions and management
• Manufacturing process and quality control through collaboration with operators, data collection, and trend tracking
• Manufacturing process audits
• Purchasing manufacturing tooling and consumables
• Scrap reduction through process improvement projects

Requirements

Bachelor's degree in Engineering from an accredited university or college required. At least 4 years of experience preferred in Manufacturing or Process Engineering. Candidates possessing degrees in the following areas will be considered: Mechanical Engineering, Mechanical Engineering Technology, Electronic Engineering Technology, Electrical Engineering, Physics, Engineering Physics, Manufacturing Engineering Technology.

Skills

• Strong oral and written communication skills
• Strong interpersonal and leadership skills
• Strong sense of ownership and accountability
• Ability to influence others and lead small teams
• Ability to make decisions relating to products and customers
• Lead initiatives of moderate scope and business impact
• Ability to coordinate several projects simultaneously
• Effective problem identification and solution skills
• Proven analytical and organizational ability
• Complex problem solving; Shainin, and/or Six Sigma knowledge
• Proficient with use of lab equipment (tensile testers, microscopes, etc.)
• Proficient with use of benchtop electronic test equipment (oscilloscopes, multi‑meters, etc.)
• Proficient at reading and interpreting design drawings and specifications
• Demonstrated proficiency in engineering design tools and software