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Become A Tool Designer

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Working As A Tool Designer

  • Controlling Machines and Processes
  • Inspecting Equipment, Structures, or Material
  • Making Decisions and Solving Problems
  • Getting Information
  • Processing Information
  • Unpleasant/Hazardous Environment

  • Make Decisions

  • $82,000

    Average Salary

What Does A Tool Designer Do

Machinists and tool and die makers set up and operate a variety of computer-controlled and mechanically controlled machine tools to produce precision metal parts, instruments, and tools.

Duties

Machinists typically do the following:

  • Work from blueprints, sketches, or computer-aided design (CAD) and computer-aided manufacturing (CAM) files
  • Set up, operate, and disassemble manual, automatic, and computer-numeric-controlled (CNC) machine tools
  • Align, secure, and adjust cutting tools and workpieces
  • Monitor the feed and speed of machines
  • Turn, mill, drill, shape, and grind machine parts to specifications
  • Measure, examine, and test completed products for defects
  • Smooth the surfaces of parts or products
  • Present finished workpieces to customers and make modifications if needed

Tool and die makers typically do the following:

  • Read blueprints, sketches, specifications, or CAD and CAM files for making tools and dies
  • Compute and verify dimensions, sizes, shapes, and tolerances of workpieces
  • Set up, operate, and disassemble conventional, manual, and CNC machine tools
  • File, grind, and adjust parts so that they fit together properly
  • Test completed tools and dies to ensure that they meet specifications
  • Smooth and polish the surfaces of tools and dies

Machinists use machine tools, such as lathes, milling machines, and grinders, to produce precision metal parts. Many machinists must be able to use both manual and CNC machinery. CNC machines control the cutting tool speed and do all necessary cuts to create a part. The machinist determines the cutting path, the speed of the cut, and the feed rate by programming instructions into the CNC machine.

Although workers may produce large quantities of one part, precision machinists often produce small batches or one-of-a-kind items. The parts that machinists make range from simple steel bolts to titanium bone screws for orthopedic implants. Hydraulic parts, antilock brakes, and automobile pistons are other widely known products that machinists make.

Some machinists repair or make new parts for existing machinery. After an industrial machinery mechanic discovers a broken part in a machine, a machinist remanufactures the part. The machinist refers to blueprints and performs the same machining operations that were used to create the original part in order to create the replacement.

Because the technology of machining is changing rapidly, workers must learn to operate a wide range of machines. Some newer manufacturing processes use lasers, water jets, and electrified wires to cut the workpiece. Although some of the computer controls are similar to those of other machine tools, machinists must understand the unique capabilities and features of different machines. As engineers create new types of machine tools, machinists must learn new machining properties and techniques.

Toolmakers craft precision tools that are used to cut, shape, and form metal and other materials. They also produce jigs and fixtures—devices that hold metal while it is bored, stamped, or drilled—and gauges and other measuring devices.

Die makers construct metal forms, called dies, that are used to shape metal in stamping and forging operations. They also make metal molds for die casting and for molding plastics, ceramics, and composite materials.

Many tool and die makers use CAD to develop products and parts. Designs are entered into computer programs that produce blueprints for the required tools and dies. Computer-numeric control programmers, found in the metal and plastic machine workers profile, convert CAD designs into CAM programs that contain instructions for a sequence of cutting tool operations. Once these programs are developed, CNC machines follow the set of instructions contained in the program to produce the part. Machinists normally operate CNC machines, but tool and die makers often are trained to both operate CNC machines and write CNC programs and thus may do either task.

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How To Become A Tool Designer

There are many different ways to become a machinist or tool and die maker. Machinists train in apprenticeship programs, vocational schools, or community or technical colleges, or on the job. To become a fully trained tool and die maker takes several years of technical instruction and on-the-job training. Good math and problem-solving skills, in addition to familiarity with computer software, are important. A high school diploma or equivalent is necessary.

Education

Machinists and tool and die makers must have a high school diploma or equivalent. In high school, students should take math courses, especially trigonometry and geometry. They also should take courses in blueprint reading, metalworking, and drafting, if available.

Some advanced positions, such as those in the aircraft manufacturing industry, require the use of advanced applied calculus and physics. The increasing use of computer-controlled machinery requires machinists and tool and die makers to have experience using computers before entering a training program.

Some community colleges and technical schools have 2-year programs that train students to become machinists or tool and die makers. These programs usually teach design and blueprint reading, how to use a variety of welding and cutting tools, and the programming and function of computer numerically controlled (CNC) machines.

Training

There are multiple ways for workers to gain competency in the job as a tool or die maker. One common way is through long-term on-the-job training, which lasts 1 year or longer.

Apprenticeship programs, typically sponsored by a manufacturer, provide another way to become a machinist or tool and die maker, but they are often hard to get into. Apprentices usually have a high school diploma or equivalent, and most have taken algebra and trigonometry classes.

Apprenticeship programs often consist of paid shop training and related technical instruction lasting several years. The technical instruction typically is provided in cooperation with local community colleges and vocational–technical schools.

Apprentices usually work 40 hours per week and receive technical instruction during evenings. Trainees often begin as machine operators and gradually take on more difficult assignments. Machinists and tool and die makers must be experienced in using computers to work with CAD/CAM technology, CNC machine tools, and computerized measuring machines. Some machinists become tool and die makers.

A number of machinists and tool and die makers receive their technical training from community and technical colleges. Employees may learn this way while being employed by a manufacturer that supports the employee’s training goals and provides needed on-the-job training as well.

Even after completing a formal training program, tool and die makers still need years of experience to become highly skilled.

Licenses, Certifications, and Registrations

To boost the skill level of machinists and tool and die makers and to create a more uniform standard of competency, a number of training facilities and colleges offer certification programs. The Skills Certification System, for example, is an industry-driven program that aims to align education pathways with career pathways. In addition, journey-level certification is available from state apprenticeship boards after completing an apprenticeship.

Completing a recognized certification program provides machinists and tool and die makers with better job opportunities and helps employers judge the abilities of new hires.

Important Qualities

Analytical skills. Machinists and tool and die makers must understand highly technical blueprints, models, and specifications so that they can craft precision tools and metal parts. 

Manual dexterity. The work of machinists and tool and die makers must be highly accurate. For example, machining parts may demand accuracy to within .0001 of an inch, a level of accuracy that requires workers’ concentration and dexterity.

Math skills and computer application experience. Workers must have good math skills and be experienced using computers to work with CAD/CAM technology, CNC machine tools, and computerized measuring machines.

Mechanical skills. Machinists and tool and die makers must operate milling machines, lathes, grinders, laser and water cutting machines, wire electrical discharge machines, and other machine tools. They may also use a variety of hand tools and power tools.

Physical stamina. The ability to endure extended periods of standing and performing repetitious movements is important for machinists and tool and die makers.

Technical skills. Machinists and tool and die makers must understand computerized measuring machines and metalworking processes, such as stock removal, chip control, and heat treating and plating.

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Tool Designer Career Paths

Tool Designer
Mechanical Designer Mechanical Engineer Project Engineer
Project Engineering Manager
7 Yearsyrs
Mechanical Designer Mechanical Engineer Manufacturing Engineer
Manufacturing Engineering Manager
10 Yearsyrs
Mechanical Designer Design Engineer Project Engineer
Engineering Manager
10 Yearsyrs
Design Engineer Project Engineer Engineering Manager
Engineering Director
13 Yearsyrs
Design Engineer Senior Designer
Design Manager
7 Yearsyrs
Designer Engineer
Engineering Supervisor
6 Yearsyrs
Designer Engineer Product Engineer
Product Engineering Manager
9 Yearsyrs
Manufacturing Engineer Plant Engineer
Plant Engineering Manager
10 Yearsyrs
Manufacturing Engineer Manufacturing Engineering Manager
Director Of Manufacturing Engineering
15 Yearsyrs
Designer Project Manager Information Technology Project Manager
Engineering Program Manager
10 Yearsyrs
Senior Designer Senior Design Engineer
Design Engineering Manager
8 Yearsyrs
Tool Design Engineer Tool Engineer
Tooling Manager
10 Yearsyrs
Numerical Control Programmer Machine Shop Supervisor
Machine Shop Manager
11 Yearsyrs
Numerical Control Programmer Tool Engineer
Mold Maker
6 Yearsyrs
Numerical Control Programmer
NC Programmer
10 Yearsyrs
Tool Engineer Mold Maker
Prototype Machinist
8 Yearsyrs
Mechanical Design Engineer Senior Project Engineer Senior Process Engineer
Engineering Group Leader
7 Yearsyrs
Mold Maker Lead Person
Lead Machinist
6 Yearsyrs
Process Engineer Production Supervisor Production Superintendent
Launch Manager
10 Yearsyrs
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Do you work as a Tool Designer?

Help others decide if this is a good career for them

Average Length of Employment
NC Programmer 6.7 years
Tool Maker 6.6 years
Mold Designer 5.9 years
Die Designer 5.5 years
Tool Inspector 5.2 years
Tool Designer 5.0 years
Machine Designer 4.4 years
Tool Engineer 4.3 years
Product Designer 3.7 years
Tool Builder 3.7 years
Detailer/Designer 3.2 years
Top Careers Before Tool Designer
Designer 11.8%
Draftsman 6.0%
Machinist 5.9%
Drafter 2.8%
Engineer 2.7%
Tool Maker 2.5%
Top Careers After Tool Designer
Designer 9.7%
Engineer 3.4%
Owner 2.4%

Do you work as a Tool Designer?

Average Yearly Salary
$82,000
View Detailed Salary Report
$52,000
Min 10%
$82,000
Median 50%
$82,000
Median 50%
$82,000
Median 50%
$82,000
Median 50%
$82,000
Median 50%
$82,000
Median 50%
$82,000
Median 50%
$129,000
Max 90%
Best Paying Company
Meggitt
Highest Paying City
Fairfield, CA
Highest Paying State
Alaska
Avg Experience Level
5.0 years
How much does a Tool Designer make at top companies?
The national average salary for a Tool Designer in the United States is $82,455 per year or $40 per hour. Those in the bottom 10 percent make under $52,000 a year, and the top 10 percent make over $129,000.

How Would You Rate The Salary Of a Tool Designer?

Have you worked as a Tool Designer? Help other job seekers by rating your experience as a Tool Designer.

Top Skills for A Tool Designer

  1. Test Procedures
  2. Engineering Department
  3. Cad/Cam
You can check out examples of real life uses of top skills on resumes here:
  • Coordinate efforts with manufacturing and engineering department to meet customer milestones.
  • Utilized AutoCad and Cad/Cam systems for tool design of jigs, fixtures and investment cast molds.
  • Designed and coordinated tooling and fixtures with Manufacturing and Engineering using DDN version 3.3.04 CAD geometry and drawings.
  • Modified aluminum parts for producing by die-casting, utilizing CATIA V4, V5.
  • Design and detail sheet metal stamping tools, deep draw dies, and assorted fixtures for CNC lathes and welding.

Rank:

Average Salary:

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Top 10 Best States for Tool Designers

  1. Oregon
  2. Kansas
  3. Oklahoma
  4. Utah
  5. Minnesota
  6. Connecticut
  7. Michigan
  8. New Hampshire
  9. Virginia
  10. Kentucky
  • (83 jobs)
  • (34 jobs)
  • (35 jobs)
  • (55 jobs)
  • (93 jobs)
  • (46 jobs)
  • (144 jobs)
  • (31 jobs)
  • (179 jobs)
  • (17 jobs)

Tool Designer Resume Examples And Tips

The average resume reviewer spends between 5 to 7 seconds looking at a single resume, which leaves the average job applier with roughly six seconds to make a killer first impression. Thanks to this, a single typo or error on your resume can disqualify you right out of the gate. At Zippia, we went through over 2,035 Tool Designer resumes and compiled some information about how best to optimize them. Here are some suggestions based on what we found, divided by the individual sections of the resume itself.

Learn How To Create A Top Notch Tool Designer Resume

View Resume Examples

Tool Designer Demographics

Gender

Male

87.4%

Female

6.7%

Unknown

5.9%
Ethnicity

White

67.0%

Hispanic or Latino

12.2%

Black or African American

9.7%

Asian

7.4%

Unknown

3.6%
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Foreign Languages Spoken

Spanish

34.3%

French

8.6%

Russian

8.6%

Mandarin

8.6%

Chinese

5.7%

German

5.7%

Carrier

5.7%

Swedish

2.9%

Telugu

2.9%

Turkish

2.9%

Cantonese

2.9%

Japanese

2.9%

Hindi

2.9%

Ukrainian

2.9%

Mongolian

2.9%
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Tool Designer Education

Schools

Macomb Community College

14.8%

Purdue University

7.1%

Ferris State University

6.5%

Oakland Community College

6.5%

Central Connecticut State University

5.3%

Wichita State University

4.7%

University of Phoenix

4.7%

ITT Technical Institute-Dayton

4.7%

Weber State University

4.7%

Sinclair Community College

4.1%

Porter and Chester Institute

4.1%

Baker College

4.1%

ITT Technical Institute-Fort Wayne

3.6%

Brigham Young University

3.6%

Vincennes University

3.6%

University of Northern Iowa

3.6%

Rochester Institute of Technology

3.6%

Kent State University

3.6%

A-Technical College

3.6%

Lawrence Technological University

3.6%
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Majors

Drafting And Design

21.7%

Mechanical Engineering

17.6%

Mechanical Engineering Technology

8.1%

Industrial Technology

7.4%

Business

6.5%

Precision Metal Working

5.8%

Engineering

5.5%

Engineering Technology

4.5%

Manufacturing Engineering

3.3%

Project Management

2.5%

Computer Science

2.3%

Electrical Engineering

2.2%

Industrial Engineering

2.2%

Graphic Design

2.0%

Management

1.8%

Engineering And Industrial Management

1.7%

Education

1.5%

Computer Engineering

1.2%

Computer Applications

1.2%

General Studies

1.0%
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Degrees

Other

29.3%

Bachelors

29.2%

Associate

25.5%

Masters

7.9%

Certificate

5.7%

Diploma

2.0%

Doctorate

0.2%

License

0.1%
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