Senior Engineer II, Power Panelboards Continuous Engineering

Join our engineering team as a Senior Engineer focused on electromechanical and mechanical design.

You'll develop innovative systems that integrate mechanical, electrical, and electronic components while pushing the boundaries of performance and reliability.

What will you do?



* Serve as the technical owner for the ongoing support, maintenance, and improvement of Power Panelboards and I-Line Power Boards throughout their product lifecycle.


* Lead the resolution of complex technical issues related to product design, manufacturing, quality, field performance, and customer applications.


* Evaluate, approve, and implement engineering changes, deviations, and configuration updates while ensuring product safety, compliance, reliability, and manufacturability.


* Perform root cause analysis and drive corrective and preventive actions for technical issues across multiple manufacturing sites.


* Develop and maintain engineering documentation including drawings, bills of materials, specifications, and design records.


* Support certification activities, compliance requirements, testing, and product validation efforts.


* Drive value engineering, design-to-cost, standardization, and continuous improvement initiatives to enhance product competitiveness.


* Collaborate closely with manufacturing, quality, supply chain, procurement, laboratories, product management, and customer support teams.


* Provide technical leadership and mentoring to engineers, designers, and cross-functional teams while supporting knowledge sharing and engineering best practices.

What are the key skills for success?



* Computer Aided Design - advanced level; creating detailed mechanical designs and assemblies for electromechanical systems


* Design-To-Cost - advanced level; balancing performance requirements with cost constraints throughout product development


* Electromechanical Engineering - intermediate level; integrating mechanical and electrical components into cohesive systems


* Mechanical Design - intermediate level; developing robust mechanical solutions that meet functional and safety requirements


* Geometric Dimensioning and Tolerancing - intermediate level; ensuring precision and manufacturability in component specifications


* Communication - intermediate level; collaborating effectively across engineering disciplines and stakeholder groups


* Critical Thinking - intermediate level; analyzing complex technical challenges and developing innovative solutions


* Problem Solving - intermediate level; troubleshooting system issues and optimizing design performance

What qualifications will make you successful?


* Strong ability to work independently while setting priorities and guiding other professionals


* Comfort making decisions in ambiguous situations using precedent and technical judgment


* Collaborative mindset with the ability to influence across multidisciplinary teams


* P...