Tool Design Engineer

Summary:

Tool Design Engineers are responsible for the design of new tools as well as making improvements to existing ones. They are responsible for creating CAD models and drawings, determining tool specifications and production as well as carrying out calculations to establish tools cost, materials, and dimensions.

Principle Duties and Areas of Responsibility:

• Designs tooling and gaging utilizing CAD and AutoCAD system upon request
• Oversees Engineering and Manufacturing tooling production needs
• Coordinates tooling and routing requirements
• Estimates tooling, design and fabrication costs
• Provides recommendations to Vendors, Designers, Engineers, R&D, Quality Assurance and Manufacturing Engineers to resolve part and fabrication fixturing problems utilizing reduced content practices
• Creates, updates, and maintains tool drawings, files and records
• Identifies and implements continuous productivity and quality improvements
• Maintains the work area and equipment in a clean, orderly condition and follows prescribed safety procedures
• Adheres to company quality protocols and processes Works with Quality Assurance team to develop quality assurance parameters on existing and new tooling designs
• Perform job duties in an ethical, professional manner which is consistent with the H&S handbook
• Performs other related duties as assigned by management

Skills and Abilities:

• Ability to partner with Manufacturing Engineering, Toolmakers, other Production Operation teams and external suppliers
• Ability to work in a fast pace production environment
• Knowledge of robotic programming welding practices a plus
• Knowledge of laser cutting and sheet metal fabrication
• Experience establishing cost effective tool and fixture designs that support machined metal, and welding part production processes is a plus
• Significant experience designing fixtures with Solidworks
• Understanding of advanced tool design requirements
• Experience using GD&T
• Ability to develop clean sheet tool concept based on weldment prints
• PDM Experience
• Ability to work independently and to collaborate with others
• Versatility, flexibility, and a willingness to work within constantly changing priorities with enthusiasm
• Proven ability to handle multiple projects and meet deadlines

Requirements

Qualifications:

• Background in tooling machining techniques and manufacturing practices
• Understanding of welding techniques and processes
• Background in the mechanical, physical and ergonomic aspects as part of proper tool design
• Proficiency in SolidWorks or similar

Direct Reports: None

Physical Requirements:

Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions. Use these codes to complete this section: "F" for frequently; "O" for occasionally; "N" for not at all.

Physical Activity

On the job the employee must:

(F) Bend (O) Sit

(F) Squat (F) Stand

(O) Crawl (F) Walk

(O) Climb (F) Push/Pull

(F) Kneel


(F) Handle objects (manual dexterity)


(F) Reach above shoulder level

(F) Use fine finger movements

(F) Repetitive movement

( ) Other


Must carry/lift loads of:

(F) Light (up to 25lbs.)

(F) Moderate (25-50lbs.)

(O) Heavy (no greater than 70lbs.)

• Physical Exposure

On the job the employee:

(F) Is exposed to moderate or excessive (circle) noise

(F) Is around moving machinery

(F) Is exposed to marked changes in temperature and/or humidity

(F) Is exposed to dust

(O) Is exposed to fumes

(O) Drives motorized equipment

(O) Works in confined quarters

(N) Unprotected heights

( ) Other


Physical Ability: Acceptable Minimum

Vision: (1) Good (0) Poor (0) Blind

Color Vision: (0) Normal (1) Impaired


Hearing: (0) Normal (1) Moderate Loss (0) Deaf

Talking/Speech: (1) Good (0) Fair (0) Mute