Tool Design Engineer
Pryer Aerospace Llc11 months ago
Tulsa, OK, United States
On-site
Full-time
Junior Level (1-3 years)
Job Description
Key Responsibilities
- Interpret blueprints including fabrication, mechanical assembly and CAD models to develop tooling concepts.
- Design custom tools, jigs, and fixtures for assembly, sheet metal forming, machining, and inspection processes.
- Create CAD models using reverse-engineering techniques and equipment.
- Perform tolerance stack-ups and stress analysis to ensure tool performance and safety.
- Collaborate with engineering to identify and resolve production performance issues and enhance tool life while continuously improving tooling for cost-efficiency, durability, and ergonomic safety.
- Support tool fabrication, validation, and implementation on the production floor.
- Utilize CAD software for 2D and 3D modeling to apply standard practices within tool design, fabrication, and assembly.
- Maintain documentation including tool design drawings and usage guidelines.
Required Qualifications
- High School diploma or GED required.
- 5+ years of experience in aerospace, materials, manufacturing processes, machining, sheet metal forming, and 3D modeling.
- Experience designing mill fixtures, hot form dies, and assembly jigs for large complex aerospace structures.
- Knowledge of project management and lean manufacturing.
- Effective communication skills in writing and verbally with internal and external customers.
- Flexibility in adapting to changing priorities and tasks.
- Proficiency in utilizing CAD software (CATIA, Rhino), MS Office, material management, and ERP/MRP systems.
- Detail-oriented with a strong commitment to quality.
- Self-motivated, dependable, and capable of working independently.
- Strong analytical and problem-solving skills.
- Collaborative team player with clear and respectful communication.
- Organized, accountable, and committed to continuous improvement.
- Legally able to work in the U.S.
- Adhere to OSHA, NADCAP, ISO9000/AS9100, ITAR, FAA regulations and company-specific safety standards.
Preferred Qualifications
- CAD software education at a Vocational/Trade School or college course is preferred.
- Internal certifications such as Forklift, Slings/Cranes, or others deemed appropriate.
- Certifications in Lean, Six Sigma.
Required Skills
Fixture and Jig Design
Tool Design
Mechanical Assembly
ERP/MRP Systems
Tolerance Analysis
Fabrication
Aerospace Manufacturing
Lean Manufacturing
Blueprint Interpretation
Stress Analysis
Project Management
CAD Modeling