Electrical Controls Graduate Engineer

Johnson Matthey•Smithfield, PA

2d•Hybrid

About The Position

We are currently looking for an Electrical Controls Graduate Engineer at Johnson Matthey as part of the Group Engineering function's Graduate Engineering Program (GEP). The GEP supports key business capabilities and the rapid professional progression of future engineers. Graduates on the GEP will undergo technical and leadership development while completing high-priority business projects. They will be assigned a mentor to support their progress towards Chartered Engineer status. At Johnson Matthey, your work will matter. As an Electrical Controls Graduate Engineer, you’ll join a world leader in platinum group metals with over 200 years of history and innovation. You’ll help tackle the world’s biggest challenges - cutting emissions, powering modern society and enhancing lives - as we continue to apply, refine and recycle metals that matter, for a healthier and more resilient future.

Requirements

Bachelor’s degree in Process Controls Engineering or similar field (Minimum 3.2 GPA)
Must be geographically flexible and have a desire to relocate to any JM site for three placements for the duration of the development program and first role following the end of the program.
Demonstrated leadership skills and a true career aspiration to lead others is essential; must be adaptable, strive for excellence, and demonstrate a positive attitude in the face of adversity
Strong interpersonal skills a must, coupled with a proven ability to build collaborative relationships to achieve results

Responsibilities

Develop and implement engineered solutions for production improving safety, sustainability performance, and reliability
Commission new plant equipment and develop/deliver training for operators
Mechanical and maintenance optimization
Electrical AC Power Systems, Motors and Drives, Control Instrumentation and Grounding systems.
Implement standardized JM processes to drive continuous improvement toward goals
Energy, water, waste and emission monitoring to drive sustainability opportunities