Electrical Manufacturing Engineer

Crane Company•Twinsburg, OH

About The Position

Responsible for designing, optimizing, and maintaining manufacturing processes within the Nuclear Power Generation 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.

Requirements

Bachelor's degree from an accredited university or college (or an associate’s degree with at least 4 years of experience in Manufacturing, Process Engineering or other Electrical/Electronic Engineering based positions).
Candidates possessing degrees in the following areas will be considered: Electronic Engineering Technology, Electrical Engineering, Physics, Engineering Physics, Manufacturing Engineering Technology.
Proficient with use of benchtop electronic test equipment
Proficient at reading schematics and wiring diagrams
Component-level electronic troubleshooting/failure analysis
Hands-on application and training of electronic test techniques
Demonstrated proficiency in engineering design tools and software
Complex problem solving; Shainin, and/or Six Sigma knowledge

Nice To Haves

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.
Familiarity or proficiency with nuclear counting equipment

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