Senior Mechanical Engineer

Central Moloney•Pine Bluff, AR

About The Position

Why Central Moloney? Since 1949, we've been an industry leader in transformer manufacturing, with an unwavering commitment to quality and innovation. As an ISO 9001-certified company, we offer stability, hands-on learning, and a supportive culture that values every individual. Come join a team where your work truly matters. At Central Moloney, we don’t just manufacture transformers—we power the grid that keeps homes, hospitals, and cities running. As an Assembly Technician, you'll be hands-on, building real products with a team that takes pride in every unit that leaves our floor. The Mechanical Engineer II will be responsible for the mechanical design and development of distribution transformers in compliance with IEEE, CSA, and customer specifications. This role requires a solid foundation of mechanical engineering design principles as they pertain to structural and thermal requirements unique to transformer applications. This role involves preparation and review of detailed designs and calculations in accordance with applicable standards and manufacturing constraints.

Requirements

Bachelor’s degree, in mechanical engineering or a related field.
7+ years of experience in design engineering of electrical distribution equipment, preferably within a transformer manufacturing environment.
Proficiency in engineering design and analysis tools (e.g., CAD, FEA, simulation software, etc.) as well as productivity and ERP software.
Proficiency in distribution transformer design, associated manufacturing processes, and application of relevant industry standards such as ANSI, ASTM, IEEE, and CSA.
Strong understanding of transformer operating principles and sheet metal fabrication including tank design and thermal cooling.
Understanding of electrical wiring and related systems.
Strong project management skills with the ability to handle multiple priorities in a fast-paced environment.
Strong written and verbal communication skills with an ability to explain technical concepts to non-technical stakeholders and vice versa.
Ability to work independently and in diverse teams, collaborating across departments and disciplines as needed.

Responsibilities

Design, develop and review mechanical specifications for distribution transformers, ensuring compliance with customer requirements.
Develop mechanical designs for distribution transformers including tank, core-coil frame assemblies, cooling systems, lifting/handling features, etc. as needed for custom and non-standard configurations.
Perform mechanical calculations such as structural strength for short circuit forces, thermal performance, and tolerance stack-ups.
Verify bushing locations, terminal clearances and overall component and accessory layouts .
Utilize engineering software (e.g., AutoCAD, SolidEdge, or proprietary transformer design tools) for mechanical design, modeling and analysis.
Prepare and review manufacturing drawings, bills of materials, and 3D CAD models.
Participate, as required, in product development and improvement initiatives to maintain market competitiveness of company products and solutions.
Interpret and apply relevant industry standards (e.g., IEEE, ASTM and CSA) to ensure compliance.
Participate in design reviews, technical discussions with customers, and root cause analysis of production or issues.
Contribute to standardization of transformer designs and development of design tools, templates, and best practices.
Stay updated on evolving industry standards, participating in industrial committees and technical events as required.
Support certification and testing requirements such as pressure/rupture/vacuum testing, tamper proof/enclosure integrity testing, dielectric, short circuit and arc fault testing, and thermal performance validation.
Collaborate with manufacturing, test, and quality teams to resolve non-conformances, implement engineering changes, and validate design improvements.
Provide technical support to manufacturing and assembly teams, including weld specifications, component/material selection, and fit-up requirements to optimize transformer performance, efficiency, and cost.
Participate in process improvement initiatives to enhance departmental efficiencies and output quality, supporting prototype builds, production, and customer testing as required