Tool Design Engineer III-V

GENERAL JOB SUMMARY: Designs and develops tooling for support of manufacturing and engineering. Applies design and manufacturing principles and knowledge areas to conceptualize, design, and optimize tooling required to execute manufacturing process. Tooling includes composite lamination molds, compression molds, CNC Machine fixtures, drill jigs, assembly fixtures, material handling, and support equipment and other items necessary to facilitate the manufacturing process.

ESSENTIAL JOB FUNCTIONS: Tool Design Engineer All LevelsThe duties and responsibilities listed below are general requirements that apply to all levels of Tool Design Engineer. Each successive level of Tool Design Engineer builds on job functions listed for the previous level. Responsible for design and development of tools needed to facilitate, execute and optimize the manufacturing process. Proficient in Computer Aid Drafting (CAD) to design, develop and document precise tooling models to fabricate tools. Dassault Products Preferred (Catia, 3DX) Applications of Geometric Dimensioning and Tolerancing (GD&T), tolerance assessments & accumulation analysis to provide practical but precise tool designs and drawings. Knowledgeable in lean manufacturing and Design for Manufacturing concepts to support cost reduction programs and efficient manufacturing process. Responsible for Tool Design Configuration Control. Ensures that tool design efforts achieve project objectives per schedule, cost, and technical requirements. May be required to estimate cost, material, and/or resource requirements for tool design efforts. May liaison with Engineering, Manufacturing, Quality, suppliers, and customers. Contributes to Manufacturing Work Instructions for proper tool use and function. Teams with Environmental Health & Safety group to improve ergonomics and safety considerations for tooling. Contributes to Manufacturing Work Instructions for proper tool use and function. Complies with established Quality Management System procedures. Tool Design Engineer IIIWork with general to minimal oversight, able to work independently, and follow documented procedures. Works a broad range of technical tasks of moderate to high degree of complexity with general to minimal oversight and an independent approach. Intercompany contacts are generally direct lead, project engineer, supervisor, and other engineers on direct team. High degree of critical problem solving expected. Capable of leading a small team to complete routine tasks. May work with small customers or outside vendors. Tool Design Engineer IVWork is performed without appreciable direction and requires minimal oversight. Works a broad range of technical tasks of advanced complexity with minimal oversight and an independent approach. Solves issues of advanced complexity in a broad range of technical problems. May lead and direct the work of tool design engineers, provide technical guidance, and mentoring. May represent tool design in complex cross-organizational technical solutions. High degree of critical problem solving expected. Has frequent liaison, inter-organizational, and customer contact interactions. Tool Design Engineer VWork is performed with general autonomy and little to no oversight. Considered Subject matter Expert (SME) on Tool Design Discipline/Processes/Procedures and able to create and innovate new processes and procedures as required. In addition to solving issues of advanced complexity, may be asked to provide innovative solutions to novel problems or create new organizational standards to meet technological challenges. Leads and directs the work along with providing guidance and mentoring. Acts as prime technical contact on projects/program for tool design and serves as advisor role to management on incorporation of advanced tooling technologies. Has frequent liaison, inter-organizational, and customer contact interactions. SUPERVISORY RESPONSIBILITY:None #LI - Onsite