Design Release Engineer - Upperbody

Segula Technologies; Auburn (AL); On-site; USD 80,000 - 110,000; Full time

Job summary

Segula Technologies in Auburn, AL, is seeking a Design and Release Engineer (BIW Upperbody) responsible for the engineering, design, development, timing, and production release of BIW upperbody structural systems and components.

The role requires coordinating with CAE, Safety, NVH, Powertrain and Interior teams to ensure structural integrity, crash performance and proper component clearance. You will drive DFMEAs, SOPs, weight optimization, and cost-reduction initiatives.

Responsibilities

• Lead CAD concepts for upperbody structural components (pillars, roof structures, body side inner/outer, rails).
• Manage upperbody components through program CAD milestones and system releases, ensuring manufacturing feasibility and joining strategies.
• Collaborate with CAE, Safety, NVH, Powertrain, and Interior teams for structural integrity and crash performance.
• Maintain SOPs, DFMEAs, and DVP&Rs; drive weight reduction, cost optimization, and quality improvements.

Job description

The Design and Release Engineer (DRE) - BIW Upperbody Engineer is responsible for the engineering, design, development, timing, and production release of Body-in-White (BIW) upperbody structural systems and components.

Key Responsibilities

• Design & Concept Feasibility: Lead CAD concepts and solutions for upperbody structural components (e.g., pillars, roof structures, body side inner/outer, rails). Support early feasibility development and template applications aligned with Product Design Office (PDO) themes.

• Program Milestones & Release: Manage upperbody components and assemblies through program CAD milestones and system requirement releases. Ensure designs align with manufacturing feasibility, assembly sequence, and body shop joining strategies (e.g., spot welding, MIG welding).

• Cross-Functional Integration: Collaborate with CAE, Safety, NVH, Powertrain, and Interior teams to ensure structural integrity, crash performance, and proper component clearance.

• Quality & Performance: Maintain engineering Standard Operating Procedures (SOPs), DFMEAs, and DVP&Rs. Drive continuous efficiency through cost reduction, weight optimization, and quality improvement initiatives.