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Top Tool Engineer Skills

Below we've compiled a list of the most important skills for a tool engineer. We ranked the top skills based on the percentage of tool engineer resumes they appeared on. For example, 17.6% of tool engineer resumes contained python as a skill. Let's find out what skills a tool engineer actually needs in order to be successful in the workplace.

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The six most common skills found on Tool Engineer resumes in 2020. Read below to see the full list.

1. Python

high Demand

Python is a widely-known programming language. It is an object-oriented and all-purpose, coding language that can be used for software development as well as web development.

Here's how Python is used in Tool Engineer jobs:
  • Designed and implemented a Python server and abstraction layer to delegate tasks to a 3rd-party data simulation tool.
  • Developed a Python framework for testing QEMU emulated firmware.
  • Implemented general purpose Python XML packages from PyPI.
  • Used Python and Windows Batch files to automate some of the processes.
  • Created post commit and pre-push hooks using Python in SVN and GIT repos.
  • Designed both Python Flask backend and AngularJS frontend.

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2. Linux

high Demand

Linux is a Unix-like operating system. Just like Windows, Mac OS, and IOS, Linux is an operating system used by millions across the globe. Android itself is powered by the Linux operating system. Linux manages all the hardware resources that are associated with your computer. The software is famous because of the protection it grants from viruses, malware, and crashes. The Linux operating system is entirely free and is an open-source software meaning it can be altered by those equipped with the knowledge to code.

Here's how Linux is used in Tool Engineer jobs:
  • Conducted periodic patching of Windows and Linux boxes from the BSA console.
  • Upgraded Windows, Linux, Solaris and AIX Patrol agents to the current patrol agent version utilizing the BladeLogic Server Automation.
  • Designed and implemented a Wi-Fi Display Sink reference application on an embedded Linux multimedia platform from Sigma Designs.
  • Designed and implemented Linux control modules to configure and provide core functionality of device.
  • Performed majority of Linux virtual appliance accelerator performance tests using automated bash scripts.
  • Customized Linux Trace Toolkit output and automated processing obtained by this tool information.

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3. CAD

high Demand

Here's how CAD is used in Tool Engineer jobs:
  • Analyze customer CAD data and product design for manufacturing feasibility and provide recommendations.
  • Tool and Die Components Started Departments - Set Up and Operated: CNC Machining Centers CNC Wire EDM CAD / CAM Programming
  • Provide GD&T by scanning finished castings and overlaying scans to customer supplied CAD models to determine casting defects.
  • Designed automotive glass tooling on CAD for Original Equipment Manufacturers (OEM's) from prototype to production.
  • Worked with CAD designers to ensure the molds would make the part and function in the injection presses.
  • Designed specialized tools and manufacturing support equipment for the production of composite aerospace structures using CATIA CAD system.
  • Verify customer design files and transfer into Cad software to check design rules of circuit design.
  • Used Solid Edge CAD software version 7 Accomplishments Completed over 10 fixtures in a month time.
  • Translated CAD data to Virtual Gibbs and did the 3D programming for the CNC machines.
  • Revised drawings, cad models, tool usage instruction documents and revised preventive maintenance requirements.
  • Create CNC tool paths from CAD designs in MasterCAM and generate into NC code.
  • Designed using 2D & 3D CAD to manufacture and build tools and dies.
  • Helped engineering department process 2D CAD drawings / prints and 3D CAD models.
  • Designed molds fixtures using KeyCreator CAD software for both internal and external customers.
  • Coordinated CAD activities within team and helped with tooling issues on production floor.
  • Designed and drew three-dimensional drawings with Computer Aided Drafting (CAD) software.
  • Converted CAD drawings for use with Computer Aided Machining (CAM) program.
  • Develop and design CNC and secondary operation fixtures using CAD software.
  • Averaged designing and ordering 15 dies per week utilizing CAD software.
  • Produce tool designs & modifications using 2D & 3D CAD systems.

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4. Java

high Demand

Java is a widely-known programming language that was invented in 1995 and is owned by Oracle. It is a server-side language that was created to let app developers "write once, run anywhere". It is easy and simple to learn and use and is powerful, fast, and secure. This object-oriented programming language lets the code be reused that automatically lowers the development cost. Java is specially used for android apps, web and application servers, games, database connections, etc. This programming language is closely related to C++ making it easier for the users to switch between the two.

Here's how Java is used in Tool Engineer jobs:
  • Developed the XML Transformation Service using leading-edge Java EE and Web 2.0 technologies.
  • Developed a Java based client/server framework used to configure Telecommunications services.
  • Developed software in multiple programming languages including C and Java
  • Completed Java and Linux Administration training.
  • Developed Traveler editor in java.
  • Studied mainly on Java basic/Web/Enterprise Architecture development related technologies.

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5. Jenkins

high Demand

Jenkins is an open source automation server that is free to use. It aids continuous deployment and execution by automating the aspects of product creation related to building, analyzing, and deploying. It is a system based on the server that runs in servlet containers like Apache Tomcat. Jenkins is a Java-based fully accessible automation platform with plugins designed for Continuous Integration.

Here's how Jenkins is used in Tool Engineer jobs:
  • Conducted configuration and the integration of SCM and Project management tools such as Perforce, Jenkins, Maven and Code Collaborator.
  • Conduct configuration and the integration of SCM tools such as Perforce, Jenkins and Gits.
  • Customized Plugins to integrate Jenkins for the specific build and release process with Perforce.
  • Validated test plans for Android Gingerbread OS based motherboard using Jenkins with Emulator.
  • Involved in using Jenkins to build, test & deploy code for Continuous Integration.
  • Implemented new projects builds framework using Jenkins & maven as build framework tools.

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6. Ruby

high Demand

Ruby is a high-level programming language, versatile in its uses and tools. It might be used to design either programs and software which can be applied and used on a number of devices, other programs, and platforms. The fact that it is a high-level programming language means that it is easier to use than low-level languages, in that it automises parts of the program building process and uses natural language for some of its elements.

Here's how Ruby is used in Tool Engineer jobs:
  • Manage deployment automation using Chef, Ruby and Perl.

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7. Unix

high Demand

UNIX is a computer operating system that was first created in the 1960s and has been constantly updated since then. The operating system refers to the set of programs that enable a machine to function. It is a multi-user, multi-tasking device that works on computers, laptops, and servers. UNIX systems also have a graphical user interface (GUI), similar to Microsoft Windows, that makes it simple to use.

Here's how Unix is used in Tool Engineer jobs:
  • Defined and documented build process for new UNIX servers used for monitoring and database functions.
  • Implemented enterprise workload manager using Cybermation ESP (Mainframe to/from NT, UNIX, AS400).
  • Performed Digital/MixedSignal IC characterizations using a Sun-driven IMS MTS-125MHz test system and test programs developed using LabView 5.0 for UNIX.
  • Project Leader on the development of an advanced instructor station to control the simulation environment, using C and UNIX.
  • Led team of software developers of a real-time UNIX based system deployed in cellular central offices.
  • Required knowledge of UNIX OS internals, operating system traps for I/O access, and UNIX system calls.

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8. Solidworks

high Demand

Here's how Solidworks is used in Tool Engineer jobs:
  • Procure and design special tooling for the production of locomotives using SolidWorks, UG NX, and SolidEdge.
  • Tool design for aircraft accessories and structures to meet Component Maintenance Manual (CMM) requirements using SolidWorks.
  • Design complex tooling and equipment in SolidWorks, then source and procure equipment from outside vendors.
  • Apply ASME Y14.5 and welding control for cart frame and structures welding with SolidWorks 2012/2009.
  • Introduced 3D modeling and design (SolidWorks) to improve tool design.
  • Designed high speed progressive carbide stamping dies using SolidWorks 2014.
  • Produce 3D models and production drawings using SolidWorks and ProEngineer.
  • Die cast and injection mold tooling design utilizing SolidWorks software.
  • Designed Progressive forming stamping dies using SolidWorks 2014.
  • Design new products and associated tooling using SolidWorks.
  • Design cores and core assemblies using SolidWorks.
  • Model design changes using SolidWorks.
  • Used SolidWorks 2007 for all 3D models & 2D drawings.
  • Coordinated designs of tooling, fixtures, special machines, and progressive/transfer dies, using AutoCAD and Solidworks 3D solid modeling.
  • Created 100's of patterns for green sand and no bake lines using SolidWorks Trained multiply people to draw patters/dies
  • Design tooling fixtures with SolidWorks multi-body techniques for better parts alignment and quicker turn around
  • Performed design, programming, and manufacture of electrodes using MasterCam and Solidworks.
  • Use of computer programs such as SolidWorks, UG, and Catia.
  • Designed and assembled Fine Blank Tooling using Solidworks 2016.
  • Designed tooling and machines using Solidworks 3D modeling software.

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9. Continuous Improvement

high Demand

Continuous improvement is an ongoing process of improvement of products, services, and processes with the help of innovative ideas. It is an organized approach that helps an organization to find its weaknesses and improve them.

Here's how Continuous Improvement is used in Tool Engineer jobs:
  • Review and interact with customer and supplier on continuous improvement planning, engineering concerns and workplace ergonomics in the manufacturing environment.
  • Participated in continuous improvement efforts of part lay-up, and automated lay-up equipment.
  • Develop continuous improvement plans for tooling cost reduction while increasing higher productivity.
  • Review and interact with supplier on continuous improvement planning and engineering concerns.
  • Interfaced with engineering and manufacturing staff to drive continuous improvement activities.
  • Developed and carryout continuous improvement efforts for tooling related issues.
  • Utilized Continuous Improvement techniques throughout per quality expectations CMM.
  • Work on continuous improvement projects, strategic planning activities and all other projects as assigned by the Plant Manager.
  • Oversee Tool Room, new projects, new tooling, existing projects and ongoing continuous improvements.
  • Design new tooling as required in an effort to support continuous improvement activities in the plant.
  • Performed continuous improvement to stamped muffler panels laser weld fixtures increasing productivity by 10%.
  • Tool Design Group Leader for continuous improvement projects; coordinated with shop personnel.
  • Lead continuous improvement and corrective action on existing processes and tooling.
  • Maintain transfer dies and implement continuous improvement ideas.
  • Played a key role in Continuous Improvement Program.
  • Used Continuous Improvement to expedite speed to market.
  • Implement continuous improvements for new and existing tooling.
  • Conducted MRB in pursuit of continuous improvement.
  • Assisted in Continuous Improvement efforts.
  • Manage continuous improvement Kaizen teams including action item completion.

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10. Project Management

high Demand

Here's how Project Management is used in Tool Engineer jobs:
  • Project Management of converting local DDTs systems to a centralized defect tracking system in production development process.
  • Supply Project Management with tooling requirements and quotes for customer approval.
  • Project management and establishment of outside vendor sourcing.
  • Managed up to 80 mold builds at one time and project management experience from concept to completion.
  • Configured various plugins to the continuous integration process, which greatly helped in the project management.
  • Plant Engineering (Manufacturing Engineering, tooling engineer, industrial engineering, and project management).
  • Project Management of particle control and fastener process and automation tooling for printer pen IDS
  • Lead the APQP & project management effort to help ensure a successful product launch.
  • Project management of tooling and equipment in excess of $1 million dollars.
  • Project management of new and existing programs.
  • Designed and developedcommon methodology web-portal used by project managers based on Project Management Institute (PMI) principles.
  • Project management for startup of new models through development and launch, and support of current model production.
  • Project management for Electrolux/Husqvarna tooling program.
  • Contract) 787 Jig and Fixture concept, design and project management.

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11. GD

high Demand

GD refers to Grade Delay and is often mentioned on report cards or academic records when the instructor of a particular subject decides to hold the grade of a student. This is usually done if the instructor wants the student to improve their grade by retaking the exam or doing something for extra credit that will ultimately enhance their overall grade. Eventually, when the grade is assigned, the GD is then replaced with the original grade.

Here's how GD is used in Tool Engineer jobs:
  • Trained in GD & T workbook and in various other industry standards.
  • Performed mechanical and electrical drafting while using GD & T standards.
  • Created drawings using computer aided design techniques and ASME Y14.5M GD & T drafting standards and generated materials lists.
  • Performed Geometric Tolerance & Dimensioning (GD & T ASME Y14.100, Y14.5M, Y14.36M and ANSI/ASME B46.1).
  • Work involved surfacing design of tools to fit exterior of aircraft skins and precision tolerancing and dimensioning including GD & T.

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12. Windows

high Demand

Windows is a chain of operating systems that controls a computer and is developed by Microsoft. Every version of Windows consists of GUI (graphical user interface), with a desktop that allows the user to open their files.

Here's how Windows is used in Tool Engineer jobs:
  • Supported the implementation of Requisite Pro, ClearCase LT, ClearQuest, TestManager, Robot on a Windows XP based infrastructure.
  • Lead and supported the migration of admin rights for Windows and Mac workstations.
  • Developed a foam-free, two shot molded sealing system for sliding windows.
  • Created tooling details to Ford Motor Company's standards Used AutoCAD 13, Mechanical Desktop, and Windows NT 4.0 operating system
  • Designed and implemented computerized Physician Order Entry (windows client/server application) to allow care providers place and sign orders electronically.
  • Build Windows servers: ensure security requirements are met, test servers/systems/software/hardware, and integrate/install them into the production environment.

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13. CNC

high Demand

CNC stands for Computer Numerical Control. It is a subtractive manufacturing technique that usually uses computerized controls and machine tools to strip layers of material from a stock piece.

Here's how CNC is used in Tool Engineer jobs:
  • Developed and maintained CNC programs for vertical and horizontal machining centers.
  • Designed and programmed CNC machinery for secondary operations.
  • Make or modify wax injection molds per customer requirements or quality improvements, using CNC machines, grinders and manual machines.
  • Hired to be responsible for all Die Cast / Trim Tooling, Machining Fixtures, CNC Machining and Tool Room Employees.
  • Supervised the production team and made the recommendation and ultimate purchase of the company's first CNC milling center.
  • Tool and Die Components Designed tooling for tool and die components Programmed NC machines Programmed CNC wire EDM's
  • Managed CNC Machine shop managing 20 employees to program and manufacture of plastic injection molds in Tijuana Mexico.
  • Worked in CNC machining, designed tooling & constructed test fixtures that gave accurate dimensions & data.
  • Operated both CNC and manual lathes, surface grinders, and developed proficiency with precision measuring tools.
  • Program and document all the process needed to ensure accurate coding and operations of CNC machines.
  • Operated AutoCad v.2000 Software (2D and 3D) and provided all EDM and CNC programming.
  • Develop and design tools for high production CNC manufacturing lines, by providing turnkey solutions.
  • Designed all tooling components required to manufacture the company's first CNC Slant Bed Lathe.
  • Created process plans, designed fixtures and programmed CNC machine tools for prototype parts.
  • Manage and coordinate work assignments for 5 salaried tool designers and CNC programmers.
  • Worked with stretch bending, forming, crushing, trimming and CNC cutting.
  • Designed die cast dies and machining fixtures for production CNC milling.
  • Provided CNC programming, mold design, quotes, and support.
  • Implement 5DBIQ and visual factory in CNC and Cavity weld departments.
  • Programmed a CNC Punch Press and Plasma Arc machine.

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14. FEA

high Demand

The Finite Element Analysis (FEA) is software that can simulate physical phenomenon with the help of numerical procedures. FEA helps companies in developing better and cost-effective products by reducing the number of physical prototypes.

Here's how FEA is used in Tool Engineer jobs:
  • General knowledge of FEA applied to analyze some tool designs in order to confirm hand calculations.
  • Operated IDEAS for solid modeling, tool design, and Finite Element Analysis (FEA).
  • Performed stress calculations and FEA with ANSYS Design Space.
  • Used Unigraphics NX9/10 for design of parts and FEA.
  • Designed tools to aid in the assembly of the 737 MAX and 737 NG airplanes FMEA and FEA Drafting Failure analysis
  • Conducted structural finite element analysis (FEA) to study component interactions under intermediate and extreme applied load conditions.

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15. Sigma

average Demand

In Greek alphabets, sigma is the 18th letter that means "to sum up". In statistics, the lower case symbol of sigma is the unit of measurement for standard deviation which is used to assess the variability in a given set of data. While the upper case symbol is for summation notation means to add up all the given numbers in the data set.

Here's how Sigma is used in Tool Engineer jobs:
  • Completed Motorola Six Sigma Mechanical Tolerance, Mini-Tab and other Engineering/ Quality Courses.
  • Saved plant over $80,000 by using Six Sigma project to determine parameters for improving efficiency during the manufacturing process.
  • Lead special project teams to develop or improve 6 Sigma Quality, Kan Ban and Lean manufacturing.
  • Worked with a cross-functional team on machining Six Sigma project resulting in 5% scrap reduction.
  • Involved with Six Sigma projects to improve production flow.
  • Implemented and worked with Lean Sigma methodologies.
  • Implement improvements using Six Sigma principles.

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16. Product Design

average Demand

Product design can be described as a process of imagining, creating, and iterating products that solve user's problems and talk about the specific needs of users in the market. Product design is an engineering disciple and it is the basic design and idea that goes before the mass production of the product.

Here's how Product Design is used in Tool Engineer jobs:
  • Analyze product designs for manufacturing feasibility and make improvement recommendations to shorten delivery time, cut cost and improve quality.
  • Decreased program risks and eliminated variability by spearheading design improvements for rocket motor tooling.
  • Supported manufacturing operations and provided manufacturing technical support to product design and procurement.
  • Presented tooling approach to customer based preliminary and critical product design reviews.
  • Evaluate product design and proactively analyze potential molding complication.
  • Participate in quality assurance and product design initiatives.
  • Analyzed New Job Applications: From part print to finished product designing fixtures and tooling to maximize process efficiency.
  • Worked with project teams to develop initial program prototypes and provide DFMA input to product design.
  • Identified a product design improvement when applying the tool trial results into new vacuum cleaner products.
  • Assisted in new product design and build for wire troughs, fastener, and clips.
  • Conducted product design and customer tooling support as a part of supplier integration program.
  • Work with product designers to assure product designs are able to be manufactured.
  • Manage customer assistance through product design groups on campus and in Dallas.
  • Assist product designers to create plastic parts that are efficient to manufacture.
  • Worked with product design teams to formulate a manufacturing process.
  • Provided product design and implementation services to diverse client base.
  • Supervised product design, production trials and controlled quality.
  • Assist project managers in the development of product designs.
  • Assist product designers in part concept and design.
  • Participate via conference calls to review product designs.

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Online Courses For Tool Engineers

One of the best ways to acquire the skills needed to be a tool engineer is to take an online course. We've identified some online courses from Udemy and Coursera that will help you advance in your career. Since tool engineers benefit from having skills like python, linux, and cad, we found courses that will help you improve these skills.

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Learning SOLIDWORKS: For Students, Engineers, and Designers
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Mechanical design and Product development process
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Learn the basic ideas and concepts behind developing mechanical products related to mechanical engineering...

Product Development & Systems Engineering
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The complete Product Development & Systems Engineering course! Earn 25 contact hours AND prepare to take the INCOSE Exam...

Introduction to SOLIDWORKS
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Learn the fundamentals of SOLIDWORKS engineering and design software including parts, drawings, and assemblies...

Unreal Engine: Intro to Game Design
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Like "Fortnite?" Master the tools used to build it as we build a simple shooting gallery game using Unreal Engine 4!...

Product Design Management for Agile Practitioners
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Application of product design management principles, concepts, tools and techniques in agile product management...

Autodesk CAD/CAM/CAE for Mechanical Engineering
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The demand placed on today's engineers goes above and beyond the job description. Products have become complex and engineers are more frequently asked to leave specialized roles and to take on a wide variety of tasks that are beyond their traditional responsibilities. These tasks are centered on form, fit, and function. Engineers need to factor in broader concerns such as cost, procurement, sustainability, manufacturability, and serviceability. Their role has moved away from an individual respon...

Mechanical engineering design: Sheet metal design
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Pro Engineer Creo Fundamental 3D design course
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Learn fundamentals of creo parametric from scratch including part design, drawing, assembly...

Engineering Design Process with Autodesk Fusion 360
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This course provides a deeper exploration of mechanical assemblies and simulation, which are key engineering features of the design and manufacturing process. The foundation of engineering design is exploration and iteration. Design is rarely a perfectly linear and straightforward process. In this course, we'll explore mechanical assembly design and simulation, focusing on testing and improving design components and performance. As we move through design assumptions, testing, and refining design...

Autodesk Fusion 360 Integrated CAD/CAM/CAE
coursera

Design, engineering, and manufacturing are undergoing a digital transformation, and the need for a collaborative product development environment is becoming an ever-growing requirement. Autodesk® Fusion 360™ meets this need by connecting CAD, CAM, and CAE in a single cloud-based platform unlike any other tool of its kind. This course builds upon digital manufacturing trends and foundational CAD concepts discussed in Course 1 of this series by introducing Fusion 360 as a problem-solving too...

Engineering Project Management
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Master strategies and tools to more effectively and successfully manage projects. Today's professional environment is highly competitive, continuously changing, and difficult to manage. Employees rarely reach positions of leadership without managing one or more projects or a project segment early in their career. The goal of this Specialization is to give you the tools to more effectively and successfully manage projects; to give you a solid foundation of knowledge, skills, and confidence that s...

Managing Major Engineering Projects
coursera

Accelerate your career by improving your project management skills. This Specialization delivers a rigorous exploration of the best practices for planning and delivering these major engineering projects. You'll learn about the measures of success, how to resolve challenges of governance and typical financing approaches of these projects. If you are an engineer or a project manager and you aspire to get involved with major engineering projects, or you are already working on one, then this Special...

Modeling and Design for Mechanical Engineers with Autodesk Fusion 360
coursera

There are many considerations that play a part in engineering a new product. Regardless of what that product is, there are fundamentals such as form, fit, and function when it comes to digital modeling. In this course, we lay the foundation to create any design and dive deep into topics about the control of the design. From assembly joints and joint limits to complex shapes using forms, rest assured that your design will be rock solid. After completing this course you'll be able to: - Create and...

Introduction to CAD, CAM, and Practical CNC Machining
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This course introduces you to the foundational knowledge in computer-aided design, manufacture, and the practical use of CNC machines. In this course we begin with the basics in Autodesk® Fusion 360™ CAD by learning how to properly sketch and model 3D parts. Before we program any toolpaths, we'll explore CNC machining basics to ensure we have the ground level foundational knowledge needed to effectively define toolpaths. Finally, we explore the basics of setting up a CAM program and defini...

Unreal Engine: Open World Landscapes
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CAM and Design Manufacturing for Mechanical Engineers with Autodesk Fusion 360
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With design for manufacturing, our design process focused on the design over its cost, but always keeping in mind how parts needed to be made. With manufacturing at the core of a design, we're able to fix potential problems in the design phase rather than after production. In many cases, the end product is made up of an assembly of different pieces to simplify manufacturing or to achieve specific design goals. Each piece represents a certain tolerance and put together, things might not work or f...

Electrical Power Engineering Principles
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Manufacturing Guide for Mechanical Product Development
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20 Most Common Skill For A Tool Engineer

Python17.6%
Linux6.5%
CAD6.3%
Java6%
Jenkins6%
Ruby4.8%
Unix4.5%
Solidworks3.9%

Typical Skill-Sets Required For A Tool Engineer

RankascdescSkillascdescPercentage of ResumesPercentageascdesc
1
1
Python
Python
17.6%
17.6%
2
2
Linux
Linux
6.5%
6.5%
3
3
CAD
CAD
6.3%
6.3%
4
4
Java
Java
6%
6%
5
5
Jenkins
Jenkins
6%
6%
6
6
Ruby
Ruby
4.8%
4.8%
7
7
Unix
Unix
4.5%
4.5%
8
8
Solidworks
Solidworks
3.9%
3.9%
9
9
Continuous Improvement
Continuous Improvement
3.4%
3.4%
10
10
Project Management
Project Management
2.7%
2.7%
11
11
GD
GD
2.2%
2.2%
12
12
Windows
Windows
2.1%
2.1%
13
13
CNC
CNC
2.1%
2.1%
14
14
FEA
FEA
1.7%
1.7%
15
15
Sigma
Sigma
1.7%
1.7%
16
16
Product Design
Product Design
1.5%
1.5%
17
17
SQL
SQL
1.5%
1.5%
18
18
QA
QA
1.4%
1.4%
19
19
Mold Changes
Mold Changes
1.4%
1.4%
20
20
New Tools
New Tools
1.4%
1.4%
21
21
Setup
Setup
1.3%
1.3%
22
22
Cost Reduction
Cost Reduction
1.2%
1.2%
23
23
Design Reviews
Design Reviews
1.2%
1.2%
24
24
Product Quality
Product Quality
1.1%
1.1%
25
25
Perl
Perl
1.1%
1.1%
26
26
SPC
SPC
1%
1%
27
27
Test Equipment
Test Equipment
0.9%
0.9%
28
28
DFM
DFM
0.9%
0.9%
29
29
Technical Support
Technical Support
0.9%
0.9%
30
30
R
R
0.9%
0.9%
31
31
Catia
Catia
0.9%
0.9%
32
32
ISO
ISO
0.8%
0.8%
33
33
Engineering Drawings
Engineering Drawings
0.8%
0.8%
34
34
Design Tools
Design Tools
0.8%
0.8%
35
35
Product Development
Product Development
0.8%
0.8%
36
36
Quality Standards
Quality Standards
0.7%
0.7%
37
37
Customer Requirements
Customer Requirements
0.7%
0.7%
38
38
Trouble Shooting
Trouble Shooting
0.6%
0.6%
39
39
Ppap
Ppap
0.6%
0.6%
40
40
Preventive Maintenance
Preventive Maintenance
0.6%
0.6%
41
41
Shop Floor
Shop Floor
0.6%
0.6%
42
42
Engineering Support
Engineering Support
0.5%
0.5%
43
43
Github
Github
0.5%
0.5%
44
44
Part Quality
Part Quality
0.5%
0.5%
45
45
Cam
Cam
0.5%
0.5%
46
46
Parts Inventory
Parts Inventory
0.5%
0.5%
47
47
Apqp
Apqp
0.5%
0.5%

46,934 Tool Engineer Jobs

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