Position SummaryThe Senior Mechanical Engineer leads the design and development of complex E House structures for switchgear and related support equipment. This role focuses on structural integrity, thermal performance, manufacturability, and cost optimization of E House designs, including consideration of environmental and seismic requirements. The position provides technical leadership across cross-functional teams and drives continuous improvement in design standards, processes, and product performance.
Key ResponsibilitiesEngineering Leadership & Execution- Lead the design and development of E House structures and associated mechanical assemblies
- Ensure designs meet structural, thermal, environmental, and seismic requirements
- Drive design-for-manufacturability (DFM) and design-for-assembly (DFA) to reduce fabrication complexity and assembly time
- Serve as the technical authority for E House-related design decisions and risk mitigation
Structural Design & Validation- Apply advanced structural design principles to E House structures, including:
- Framed structures and load-bearing systems
- Sheet metal and panelized assemblies
- Mounting, lifting, transportation, and anchoring systems
- Incorporate seismic design considerations, including load paths, anchoring, and structural reinforcement where required
- Perform or interpret analyses such as:
- Structural/deflection analysis
- Thermal performance evaluations
- Load, transport, vibration, and seismic force considerations
- Validate designs through testing and simulation to ensure performance under real-world conditions
Manufacturing Integration & Cost Optimization- Design E House structures optimized for fabrication processes such as:
- Structural fabrication and welding
- Panel fabrication and integration
- Finishing and assembly processes
- Integrate advanced manufacturing techniques, including automated fabrication and robotics where applicable
- Lead cost reduction and value engineering efforts without compromising performance or quality
- Partner with manufacturing to improve production efficiency and reduce variability
Standards, Process & Continuous Improvement- Develop and maintain E House design standards, best practices, and component libraries
- Lead Lean design initiatives and cross-site collaboration to standardize and improve design approaches
- Drive continuous improvement in engineering processes, tools, and workflows
Cross-Functional Collaboration & Application Support- Work closely with mechanical engineering, electrical engineering, manufacturing, supply chain, and quality teams to resolve complex design challenges
- Support application engineering and Sales with E House configurations, scope definition, and cost estimating
- Participate in quoting, design reviews, and customer-specific customization efforts
- Ensure smooth transition from design to production
Team Leadership & Mentorship- Provide technical leadership and mentorship to engineers and designers
- Lead project teams and coordinate engineering efforts
- Foster a culture of accountability, collaboration, and continuous improvement
Required Qualifications- Bachelor's degree in Mechanical Engineering
- 7+ years of experience in mechanical design of E House systems, enclosure systems, or similar large fabricated structures
- Demonstrated experience leading projects and delivering designs into production
- Strong expertise in structural design of large assemblies or enclosures and welded and fabricated structures
- Experience considering environmental and seismic design requirements
- Experience in a leadership role (project or team lead)
- Proficiency in CAD tools (e.g., SolidWorks, Creo, or similar)
Preferred Qualifications- Professional Engineer (PE) license strongly preferred
- Master's degree in Mechanical Engineering or related field
- Experience with complex, configurable, or custom-engineered products
- Background in manufacturing engineering or production support
- Experience supporting application engineering or sales functions
Key Competencies- Deep understanding of structural trade-offs (strength, cost, manufacturability, thermal performance, seismic considerations)
- Strong problem-solving and technical decision-making skills
- Excellent communication skills, including presenting design trade-offs to stakeholders
- Proven leadership and mentoring capability
- Continuous improvement mindset with a focus on efficiency and quality
What Success Looks Like- Robust, manufacturable E House designs delivered on time and within budget
- Designs that perform reliably under operational, environmental, and seismic conditions
- Measurable improvements in fabrication efficiency and cost reduction
- Standardized and scalable design practices
- Strong collaboration across engineering and manufacturing teams
- Development of team capability and technical expertise
#LI-TV1
