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Design checker skills for your resume and career

Updated January 8, 2025

4 min read

Quoted experts

Bryant Harrison,

Bryant Harrison

Below we've compiled a list of the most critical design checker skills. We ranked the top skills for design checkers based on the percentage of resumes they appeared on. For example, 10.6% of design checker resumes contained gd as a skill. Continue reading to find out what skills a design checker needs to be successful in the workplace.

15 design checker skills for your resume and career

1. GD

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 design checkers use gd:

Scanned existing interior plastic parts to verify GD & T standards are met from mold
Created fab drawings, GD & T required for precision parts.

2. Engineering Drawings

Engineering drawings are technical drawings that tell about the requirements for engineering components or equipment. Such drawings have standardized languages and symbols. There are multiple types of engineering drawings such as isometric drawing, orthographic or multiview drawing, schematic drawings, one view, and two view drawings, etc.

Here's how design checkers use engineering drawings:

Review engineering drawings for best drafting practices, application of correct geometric tolerances, and appropriate manufacturing specifications.
Examine engineering drawings for completeness, clarity, fit including tolerance build up and dimensional accuracy.

3. Creo

Here's how design checkers use creo:

Work accomplished utilizing Pro/E 5 (Creo Element), Solid Works software, and Windchill 9.0.
Use of CREO 4 Software Use WindChill PDM Focus primarily rocket engine turbo machinery design and components.

4. Aided Design

Here's how design checkers use aided design:

Utilized third-party applications (FabCAD) to prepare shop fabrication drawings and generate computer-aided design layouts based on specific project requirements.
Provide architectural plans by operating computer-aided design system, analyzing design options, evaluating construction, project management.

5. Engineering Design

Engineering design is defined as the method that engineers use to recognize and solve problems. It is an extensive and flexible approach to problem-solving and provides the necessary information needed regarding every step of the process. An engineering design is a collaborative effort of the team to identify problems underlying a process and find out ways to solve them.

Here's how design checkers use engineering design:

Review and Evaluate engineering designs, production drawings to conform with: form fit and function.
Assigned as a Senior Engineering Design Checker to various aerospace contracts.

6. Solidworks

Here's how design checkers use solidworks:

Assisted with updating of SolidWorks drawing formats and Toolbox components as well as creating models and drawings.
Designed Canister Welding Arm and assisted in the design of Nuclear Storage Canister using SolidWorks.

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7. Aerospace

Aerospace refers to the physical science focusing on designing and developing, testing, and producing systems that aid in navigation to space or traverse through the earth's atmospheric zone.

Here's how design checkers use aerospace:

Designed linear transducers and printed wiring boards for commercial/military aircraft and aerospace applications.
Ford Aerospace Communications Corporation: Preparation and revision of ink drawings related to military equipment.

8. Tolerance Analysis

Here's how design checkers use tolerance analysis:

Executed tolerance analysis of mechanisms with linear and rotational movement.
Performed tolerance analysis of joints to ensure clearances and proper fit per ASME Y14.5.

9. Design Drawings

Here's how design checkers use design drawings:

Examine engineering and design drawings for accuracy, completeness and sound design to prescribed standards and contractual requirement.
Check structural steel & concrete design drawings using Auto Cad 2012 & 2013.

10. Windchill

Here's how design checkers use windchill:

Approved, Checked, Released and Promoted Drawings into Windchill 8.0.
Used Pro/E Wildfire 2 & 3, Pro/INTRALINK and Windchill software.

11. PLM

PLM stands for "product lifecycle management." This process is the management of a product's entire lifecycle, from when the product is first conceived and developed to when the product is sold and, eventually, disposed. A company may use PLM for a variety of reasons, most commonly to reduce the amount of errors in the manufacturing process and to ensure the product is sold more quickly.

Here's how design checkers use plm:

Entered part and drawing numbers into PLM tracking system to track work from purchasing through assembly and facilitate future repeat orders.
Experienced in PDM, PLM and Oracle Data management.

12. Product Data Management

Here's how design checkers use product data management:

Implemented EPDM (Enterprise Product Data Management) a SolidWorks product, and migrated data to EPDM.
Train division personnel in the use of AutoCad, Inventor, & Product Data Management software.

13. Auto CAD

Here's how design checkers use auto cad:

Customized Auto CAD Conducted research needed for site improvements with regard to utility locations.
Created intricate Auto CAD designs for the manufacturing of decorative glass products/portfolios.

14. ANSI

Here's how design checkers use ansi:

Worked with ASME, ANSI, JIS and PED standards.
Required use of ANSI, ASME, GD&T, Unigraphics (UG) CAD and PDM.

15. PDM

Here's how design checkers use pdm:

Trained Support Equipment designers on PDM, manufacturing process and drafting standard.
Documented design guidelines, drawing procedures and PDM requirements using Microsoft Office.

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What skills help Design Checkers find jobs?

Tell us what job you are looking for, we’ll show you what skills employers want.

What soft skills should all design checkers possess?

Bryant Harrison

Instructor, Murray State University

Engineers are constantly working with a variety of people on a project. These people could be other engineers in the same department or other departments, managers, stakeholders, and customers. The ability to communicate both on a technical and non-technical level with these people is likely the most important soft skill for a design engineer.

What skills stand out on design checker resumes?

Bryant Harrison

Instructor, Murray State University

Design Engineers should be able to think creatively and be prepared to use software to solve problems. Students who have acquired certifications in design software have shown some level of aptitude toward using that software to create and design engineering solutions.

Do you want to know more?

List of design checker skills to add to your resume

The most important skills for a design checker resume and required skills for a design checker to have include:

GD
Engineering Drawings
Creo
Aided Design
Engineering Design
Solidworks
Aerospace
Tolerance Analysis
Design Drawings
Windchill
PLM
Product Data Management
Auto CAD
ANSI
PDM
Asme Y14

Dimensional Accuracy
NX
Catia V5
Drawing Packages
Engineering Documentation
PCB
Prototype
Enovia
Assembly Drawings
Mechanical Drawings
ECO
Unigraphics
Design Reviews
ISO
HVAC
Retrofit

BOM
Engineering Changes
Structural Steel
Checker
P Id
IDS
Customer Specifications
PLC
Installation Drawings
CADWorx
UG
DOD
Chrysler
BP
Process Equipment
Sketch

Updated January 8, 2025

Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

Updated January 8, 2025

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