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Chassis systems engineer skills for your resume and career

Updated January 8, 2025

2 min read

Quoted expert

Bryant Harrison

Below we've compiled a list of the most critical chassis systems engineer skills. We ranked the top skills for chassis systems engineers based on the percentage of resumes they appeared on. For example, 15.8% of chassis systems engineer resumes contained cad as a skill. Continue reading to find out what skills a chassis systems engineer needs to be successful in the workplace.

15 chassis systems engineer skills for your resume and career

1. CAD

Here's how chassis systems engineers use cad:

Trained in Toyota production system and CAD for the suspension design.
Reviewed CAD models and design drawings for failure modes.

2. Design Changes

Here's how chassis systems engineers use design changes:

Track and control design changes while providing cross-functional evaluation of alternatives to meet requirements.
Reviewed and approved or denied customer design changes and updated product specifications when required.

3. BOM

BOM stands for a bill of materials in design drafting. This list outlines the raw materials, instructions, and components required to manufacture or construct a product or service.

Here's how chassis systems engineers use bom:

Created assembly drawings & BOM of the automotive fixtures with required GD&T for each part design.
Streamlined process for front suspension module BOM during significant complexity increases Skills Used MSME Background in Fluid Mechanics (instructor).

4. SAE

Here's how chassis systems engineers use sae:

War Eagle Motorsports - Formula SAE Auburn, AL In charge of designing the brake system and wheel packaging.

5. FEA

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 chassis systems engineers use fea:

Generated reports and evaluated FEA simulations.
Performed basic stress calculations on newly designed parts and worked with the internal FEA department when additional analysis was needed.

6. CAE

Here's how chassis systems engineers use cae:

Design Plastic and Steel energy storage module brackets Utilize Computer Aided Engineering (CAE), Developmental and Validation testing.
Modified multiple design rules to improve quality and validated the new rules through CAE and physical testing.

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7. Prototype

A prototype is a model or sample of a product, created prior to its release with the goal of testing the product and observing its behavior and effectiveness in use. The results of this testing are then used to further alter and improve the product in question, often redesigning it, fixing any issues which may have come up, and otherwise upgrading the already existing design.

Here's how chassis systems engineers use prototype:

Conceptualized and contributed to data warehousing projects for prototype vehicle fleet test data.
Evaluated prototype designs to verify functional requirements and conduct design revisions.

8. Suspension Components

Here's how chassis systems engineers use suspension components:

Increase handling through proper selection of suspension components with Hypnue Software.

9. CATIA

Here's how chassis systems engineers use catia:

Designed the components in AutoCAD 3D, CATIA and imported the drawings into Hypermesh and Abaqus for simulating the components.
Mentored new engineers on design, CATIA, PIOS (manufacturing information database), and liaison engineering skills.

10. DFMEA

Here's how chassis systems engineers use dfmea:

Initiate preliminary test and supporting analysis (DFMEA, PFMEA, DVP, QBC) to validate the design & Process.
Applied DFM/DFA, DFMEA and PCP processes to the designs resolved interface issues with peers and provide design information to purchasing.

11. NVH

Here's how chassis systems engineers use nvh:

Evaluated reinforcements for better NVH and Torsion performance resulting in significant cost savings and quality improvements by optimizing other body components.
Invented the mega bracket to improve Power Train NVH characteristics which resulted in a cost savings of $1.65 per vehicle.

12. FCA

Here's how chassis systems engineers use fca:

Gathered data from various FCA plants to compare vehicle drive patterns after coming off the assembly line.
Lead suppliers to build quality contents on wiring harnesses to FCA Standards & Specifications, i.e.

13. Problem Resolution

A problem resolution refers to how a person identifies the problem, determining its cause, creating a reasonable solution, and implementing a conclusion. With the help of a client specialist, it is easier to handle such a situation. Problem resolution plays a vital role in helping resolve problems efficiently and effectively.

Here's how chassis systems engineers use problem resolution:

Prepared and presented data results, failures, root cause, and problem resolution to managers and customers.
Coordinated with hardware and software engineers to meet reliability goals and problem resolution.

14. Solidworks

Here's how chassis systems engineers use solidworks:

Supported military vehicle program with driveline design and analyses using SolidWorks.
Utilized AutoCad, Solidworks, JDE, Intergy PLM, Excel, Word

15. Assembly Plant

Here's how chassis systems engineers use assembly plant:

Single contact person between assembly plant, engineering SMTs, and program team.
Worked as a Chassis System Engineer in "Plant Vehicle Team" of 'Ford Focus', in Wayne Assembly Plant.

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What skills help Chassis Systems Engineers find jobs?

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What skills stand out on chassis systems engineer 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 chassis systems engineer skills to add to your resume

The most important skills for a chassis systems engineer resume and required skills for a chassis systems engineer to have include:

CAD
Design Changes
BOM
SAE
FEA
CAE

Prototype
Suspension Components
CATIA
DFMEA
NVH
FCA

Problem Resolution
Solidworks
Assembly Plant
CNC
MIG

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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