
Mechanical Design Manager- Power Transformers
Siemens Energy
The Role
Overview
Lead mechanical design team for power transformers at new Charlotte factory.
Key Responsibilities
- cad modeling
- bom prep
- design review
- transformer design
- collaboration
- team management
Tasks
-Oversee mechanical design activities, including CAD modeling, engineering documentation, and bill of materials preparation, while ensuring alignment with customer specifications and internal standards. -Manage engineering workflows such as task planning, resource allocation, design reviews, and quality gates to optimize productivity and ensure on-time project execution. -Lead and develop a high-performing mechanical engineering team responsible for the design and development of power transformers, driving innovation and ensuring timely, high-quality deliverables. -Support global engineering strategies, including resource sharing with cost-effective regions, balancing cost efficiency with quality standards. -Promote cross-functional collaboration with sales, electrical design, procurement, manufacturing, and R&D to ensure seamless integration and project success. -Drive team growth and readiness by implementing ramp-up plans and technology training programs to prepare for evolving design requirements and innovation initiatives.
Requirements
- mechanical eng
- 8+ years
- creo
- autocad
- ieee
- leadership
What You Bring
-Advance team capabilities through training in transformer design principles, CAD proficiency, and simulation tools for structural, seismic, and electrostatic analysis. -Familiar with the American & international standards (e.g. IEEE, ANSI, IEC) related to transformers, transformer components, and materials. -Excellent written and verbal communication in English with the ability to collaborate closely with cross-functional teams, other partners, and customers. -Bachelor's or master's degree in mechanical engineering or related field is required with 8+ years of proven experience in medium or large Power Transformer Mechanical Design. Lead or Management experience strongly preferred. -If not already located in the Charlotte, NC area, candidate must be willing to relocate. Relocation package to be provided. -Experience of performing mechanical design of transformers for at least 5 years e.g. core clamping/leads/tank/cooling etc. -Strong leadership and team management skills with a track record of effectively leading MD teams. -User of 3D CAD software (e.g. CREO/PROe/Inventor), PDM Link or Teamcenter, 2D CAD (e.g. AUTOCAD) and software tools to create a Bill of materials e.g. SAP
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Benefits
-Parental leave -Family building benefits -Company paid Health and wellness benefits -Supportive work culture -Paid Time Off and paid holidays -Career growth and development opportunities -401K savings plan with company match
The Company
About Siemens Energy
-Offers cutting-edge solutions across the energy value chain. -Evolved into a global leader in energy innovation from pioneering technologies. -Plays a crucial role in accelerating the world's transition to a low-carbon future, focusing on sustainable energy production. -Broad portfolio includes gas turbines, power plants, renewable energy systems like wind and solar, supporting the shift to cleaner power. -Known for highly specialized solutions, from energy storage to grid optimization, helping utilities and industries thrive sustainably. -Major projects include large-scale renewable energy plants, carbon capture initiatives, and smart grid solutions that help stabilize the power supply. -Behind some of the world's most innovative and efficient energy technologies, driving change on both small and large scales. -Distinct for its ability to combine legacy power systems with the latest advancements in renewable energy, shaping the future of power.
Sector Specialisms
Utilities
Independent Power Producers
Transmission System Operators
Oil and Gas Industry
Energy-Intensive Industries
Power Generation
Heat Generation
Thermal Power Plants
Power Transmission
Energy Transformation
Energy Storage
Sector Coupling
Renewable Energy
Gas and Steam Turbines
Hybrid Power Plants
Hydrogen Turbines
Wind Power
Power Distribution
