The Tooling Engineer I determines tool specifications and requirements by interfacing with manufacturing staff to determine the best design for the tool. Designs a wide variety of tools consistent with standard tool configuration, including cutting and forming tools. Being a Tooling Engineer I works with engineering to identify problems with performance or tool life and recommends solutions or enhancements. Performs calculations to determine exact dimensions, materials required and cost of the tools. In addition, Tooling Engineer I typically requires a bachelor’s degree. Typically reports to a supervisor or manager. Being a Tooling Engineer I works on projects/matters of limited complexity in a support role. Work is closely managed. Working as a Tooling Engineer I typically requires 0-2 years of related experience.
Tooling Engineer Job Description Template
Our company is looking for a Tooling Engineer to join our team.
Responsibilities:
- Perform stress analysis to assure mechanically sound per NG requirements;
- Work closely with Tool Designers to create final drawings;
- Inspect tool configuration for drawing compliance, including fit, form and function;
- Work with internal Customers to concept needed support equipment for new and existing programs;
- Interface with review team to assure customer satisfaction with design;
- Support continuous improvement;
- Collaborate with designers, artists, and other engineers for feature development;
- Sample and debug molds according to instructions and engineering drawings;
- Meet production schedule and quality standards;
- Interface with engineering, quality inspection, planning and other team members to communicate needs;
- Identify and eliminate inefficiencies in the content creation workflow;
- Design and architect new tools based on developer requirements;
- Refine existing toolset to improve the development experience and reduce iteration time;
- Understand machining policies and procedures and engineering instructions;
- Comply with QSR, ISO, SOP’s work rules and safety guidelines.
Requirements:
- Strong problem solving skills with good mechanical aptitude;
- Ability to work in a flexible, fast-paced environment;
- Proficient in C# and C++
- Ability to write clear and maintainable code;
- UI and UX design skills;
- Certificate from technical training or college;
- 3+ years of software development experience;
- 3+ years’ experience related to injection molding;
- Experience with network game client/server architecture;
- MMO development experience;
- Strong verbal communication skills and ability to interface with team members about all manufacturing duties, activities and production issues;
- Proven history of technical and hands-on approach to problem solving;
- Strong 3D math skills;
- Strong interpersonal skills;
- Experience with SQL.