Closures- Hardware Engineer

Key Responsibilities

• Create and develop components using 3DX CAD with the ability to design parts independently.
• Apply GD&T principles and perform dimensional variation analysis to ensure robust designs.
• Conduct system and component-level design aligned with all program requirements.
• Design to meet Voice of Customer, regulatory, functional, quality, DFA (Design for Assembly), DFS (Design for Service), packaging, and clearance requirements.
• Utilize validation methods including CAE, physical testing, and analytical techniques to confirm design integrity.
• Assess tooling, manufacturing, supplier sub-assembly, and vehicle assembly feasibility.
• Evaluate surface feasibility, fit & finish, and craftsmanship considerations when applicable.
• Perform interface and assembly feasibility studies, including packaging, static/dynamic clearances, joint analysis, GD&T datum schemes, and dimensional variation analysis.
• Maintain comprehensive design documentation and quality history.
• Support technical reviews using DFMEA, DVPR, SCCAF (SC & CC), PFMEA, Control Plans, Robustness Checklists, Demonstration Matrices, Boundary Diagrams, Interface Matrices, and P-Diagrams.
• Develop and manage engineering transmittals, feature definitions, and related documentation for electrical and software interfaces.
• Manage engineering timing to support prototype builds, validation phases, and overall program milestones.
• Prepare RFQ packages and support sourcing activities with purchasing and supplier teams.
• Evaluate and track landed cost, vendor tooling (F&T), ED&T (as applicable), and other financial impacts to the program business case.
• Oversee development expenses including prototype parts, tooling, and other engineering-related costs.

Requirements & Validation

• Design to meet Voice of Customer, regulatory, functional, quality, DFA (Design for Assembly), DFS (Design for Service), packaging, and clearance requirements.
• Utilize validation methods including CAE, physical testing, and analytical techniques to confirm design integrity.

Feasibility & Manufacturing

• Assess tooling, manufacturing, supplier sub-assembly, and vehicle assembly feasibility.
• Evaluate surface feasibility, fit & finish, and craftsmanship considerations when applicable.
• Perform interface and assembly feasibility studies, including packaging, static/dynamic clearances, joint analysis, GD&T datum schemes, and dimensional variation analysis.

Quality & Documentation

• Maintain comprehensive design documentation and quality history.
• Support technical reviews using DFMEA, DVPR, SCCAF (SC & CC), PFMEA, Control Plans, Robustness Checklists, Demonstration Matrices, Boundary Diagrams, Interface Matrices, and P-Diagrams.

Electrical & Software Integration

• Develop and manage engineering transmittals, feature definitions, and related documentation for electrical and software interfaces.
• Manage engineering timing to support prototype builds, validation phases, and overall program milestones.
• Prepare RFQ packages and support sourcing activities with purchasing and supplier teams.

Project Management

• Utilize PLM systems (including BOM management) to control design data and release processes.

Engineering Budget Management

• Oversee development expenses including prototype parts, tooling, and other engineering-related costs.

Salary Range

Salary Range: $115,000-$135,000/K

Equal Opportunity Employer

Alten Technology USA is an Equal Opportunity Employer and considers all qualified applicants without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or veteran status.

Drug Screening Requirement

As a federal contractor, Alten USA maintains a drug-free workplace. All candidates selected for employment will be required to successfully complete a pre-employment drug screening as a condition of hire.