Mechanical Design Engineer - NPD

Global Power Components is a privately held, growing manufacturer of UL steel fuel tanks, trailers, large generator enclosures and modular metal enclosures for housing fully equipped electrical distribution and control equipment.
Global Power Components is a privately held, financially sound, growing manufacturer of UL heavy gauge steel fuel tanks, trailers, large generator enclosures, and modular metal enclosures for housing fully-equipped electrical distribution and control equipment. As a result of our continuing expansion and continued organization growth, we are looking for a motivated Mechanical Design Engineer to join our team.

Primary Focus:
New Product Development & Product Redesign – Deliver robust, manufacturable, and cost-effective mechanical designs that support new product development and continuous improvement of existing products. Success is measured by design quality, execution reliability, cost impact, and effective system documentation.
Core Responsibilities:

1. New Product Development

• Lead mechanical design from concept through production release.
• Develop complete and accurate 3D models, drawings, and Bills of Materials (BOMs).
• Perform required engineering analyses and participate in structured design reviews.
• Support prototype builds, testing, and validation.

2. Existing Product Redesign & Continuous Improvement

• Execute cost-reduction and value-engineering initiatives.
• Improve reliability, manufacturability, and serviceability of existing products.
• Process Engineering Change Notice (ECNs) in accordance with change control procedures.
• Support root cause analysis and corrective actions.

3. PDM (Product Data Management)

• Maintain accurate CAD models, drawings, and revision history.
• Ensure proper file structure, naming conventions, and version control.
• Release documentation through formal workflows.
• Maintain complete and accurate BOM structures.

4. ERP (Enterprise Resource Planning)

• Ensure BOMs transferred to ERP are accurate and aligned with released drawings.
• Support part number creation and configuration accuracy.
• Collaborate with Supply Chain and Operations to resolve BOM discrepancies.
• Ensure engineering changes are properly reflected in ERP before production implementation.

5. Engineering Quality & Compliance

• Ensure designs meet performance requirements and applicable standards.
• Apply GD&T and engineering best practices consistently.
• Maintain full compliance with internal design control procedures.

Additional Responsibilities & Accountability:

6. Design for Manufacturing & Assembly (DFM/DFA)

• Proactively design for efficient manufacturing, assembly, and serviceability.
• Engage Manufacturing early to validate feasibility and reduce downstream issues.
• Minimize custom components when standard solutions are viable.

7. Risk Management

• Identify technical risks early in the design cycle.
• Conduct DFMEA or structured risk reviews where appropriate.
• Propose mitigation plans before issues impact schedule or cost.

8. Product Lifecycle Support

• Support production ramp-up and pilot builds.
• Provide technical assistance for field issues when required.
• Maintain long-term product documentation integrity.

1. Continuous Improvement & Initiative

• Identify opportunities for design standardization and modularity.
•  Improve internal engineering processes where inefficiencies are observed.
• Stay current on relevant materials, manufacturing methods, and tools.

10. Professional Conduct & Ownership

• Take responsibility for design outcomes, both positive and negative.
• Communicate clearly and professionally across functions.
• Manage time and priorities without constant oversight.