... engineering first principles with an emphasis on system analysis, pneumatic solutions, and ... CAE tools and results as applied to the product application process. • Novice understanding of ...
... engineering first principles with an emphasis on system analysis, pneumatic solutions, and ... CAE tools and results as applied to the product application process. • Novice understanding of ...
... engineering first principles with an emphasis on system analysis, pneumatic solutions, and ... CAE tools and results as applied to the product application process. • Novice understanding of ...
... engineering first principles with an emphasis on system analysis, pneumatic solutions, and ... CAE tools and results as applied to the product application process. • Novice understanding of ...
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Novice understanding of CAE tools and results as applied to the product application process ... SMC offers technology accumulated through the years, engineers that bring it to life in new ...
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Novice understanding of CAE tools and results as applied to the product application process ... SMC offers technology accumulated through the years, engineers that bring it to life in new ...
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Competent understanding of CAE tools and results as applied to the product application process ... SMC offers technology accumulated through the years, engineers that bring it to life in new ...
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Competent understanding of CAE tools and results as applied to the product application process ... SMC offers technology accumulated through the years, engineers that bring it to life in new ...
Bachelor's degree in a mechanical or technical engineering discipline, or the equivalent in ... Novice understanding of CAE tools and results as applied to the product application process.
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Bachelor's degree in a mechanical or technical engineering discipline, or the equivalent in ... Novice understanding of CAE tools and results as applied to the product application process.
... engineering viz., CAD and CAE, testing, prototype-build, labscale/pilot-line implementation, statistical tools, FMEA, DVP&R etc.). * Good understanding of commercial roofing materials and ...
... engineering viz., CAD and CAE, testing, prototype-build, labscale/pilot-line implementation, statistical tools, FMEA, DVP&R etc.). * Good understanding of commercial roofing materials and ...
... engineering viz., CAD and CAE, testing, prototype-build, labscale/pilot-line implementation, statistical tools, FMEA, DVP&R etc.). * Good understanding of commercial roofing materials and ...
... engineering viz., CAD and CAE, testing, prototype-build, labscale/pilot-line implementation, statistical tools, FMEA, DVP&R etc.). * Good understanding of commercial roofing materials and ...
Cae Engineer information
See Indiana salary details
$32.25 - $33.65
3% of jobs
$33.65 - $35.04
5% of jobs
$35.04 - $36.43
5% of jobs
$37.43 is the 25th percentile. Wages below this are outliers.
$36.43 - $37.83
16% of jobs
$37.83 - $39.22
7% of jobs
$39.22 - $40.61
12% of jobs
The median wage is $40.79 / hr.
$40.61 - $42.01
13% of jobs
$42.01 - $43.40
12% of jobs
$43.71 is the 75th percentile. Wages above this are outliers.
$43.40 - $44.79
11% of jobs
$44.79 - $46.19
11% of jobs
$46.19 - $47.58
6% of jobs
$32
$40
$47
How much do cae engineer jobs pay per hour?
What Is a CAE Engineer?
A CAE engineer is an individual that uses computer-aided engineering (CAE) software to test the characteristics of a 3D model, such as the material’s strength, fatigue, and stress limits. While many CAE engineers possess drafting skills as well, this process varies significantly from CAD, as you are analyzing instead of designing. As a CAE engineer, your job duties include collaborating with system engineers and component engineers, using finite element analysis (FEA) software, and providing reports about your findings. The qualifications for a CAE engineering career are a bachelor’s degree in mechanical engineering and several years of engineering experience.
What is a CAE Engineer?
How does a CAE Engineer typically collaborate with other departments during the product development process?
What are the key skills and qualifications needed to thrive as a CAE Engineer, and why are they important?
What is the difference between Cae Engineer vs Mechanical Engineer?
| Aspect | Cae Engineer | Mechanical Engineer |
|---|---|---|
| Required Credentials | Bachelor's in Mechanical, Aerospace, or related fields; proficiency in CAD/CAE software | Bachelor's or higher in Mechanical Engineering; knowledge of design and manufacturing |
| Work Environment | Design offices, simulation labs, engineering teams | Design offices, manufacturing plants, R&D departments |
| Industry Usage | Automotive, aerospace, product design | Manufacturing, automotive, energy, aerospace |
| Common Search/Comparison | Yes | Yes |
While both Cae Engineers and Mechanical Engineers work in engineering environments, Cae Engineers specialize in simulation, analysis, and software tools to optimize designs. Mechanical Engineers focus on designing, testing, and manufacturing mechanical systems. The roles often overlap, but Cae Engineers are more software and simulation-focused, whereas Mechanical Engineers handle broader mechanical design tasks.

Other
Posted 15 days ago
Job description
PURPOSE
This role is to provide mechanical application technical support for internal and external customers. This position requires creativity, innovation, product design knowledge, and product application evaluation and research. A successful candidate will be fluent in the aspects of design and problem-solving utilizing engineering first principles with an emphasis on system analysis, pneumatic solutions, and mentoring of resources.
ESSENTIAL DUTIES
• Interpret internal and external customer requirements to meet desired outputs while suggesting alternatives.
• Conduct technical application evaluations to identify potential solutions or recommend alternatives to customer technical inquiries by reviewing existing documentation and report results back to internal and external customers.
• Communicate technical knowledge and specification to an extended audience (technical and non-technical) of internal and external customers.
• Read and interpret pneumatic schematics.
• Troubleshoot pneumatic circuits.
• Review and interpret data utilizing corporate management system software that include CAD models and product documentation.
• Perform guided and/or independent research on a variety of topics and provide summarized data results.
• Complete assigned tasks while providing suggestions for improving departmental processes.
• Hands on technical support for an extended audience (technical and non-technical) of internal and external customers.
• Participate on and/or lead teams to accomplish tasks, processes, and corporate directives.
• Travel mainly for the purpose of training, customer support, or trade shows. (Less than 25%)
• All other duties as assigned.
• Record daily activities.
PHYSICAL DEMANDS/WORK ENVIRONMENT
• Capacity to work indoors in an office, laboratory, and/or manufacturing environment.
• Ability to work in a stationary position for prolonged periods of time.
• Capability to lift objects or equipment weighing up to 51 pounds with or without reasonable accommodation.
• Physical aptitude to use basic hand tools in a laboratory and/or manufacturing environment.
• Ability to travel and/or attend meetings domestic and internationally outside of normal business hours
MINIMUM REQUIREMENTS
• Bachelor’s degree in a mechanical or technical engineering discipline, or the equivalent in appropriate education and
experience as determined by management utilizing internal SMC career development criteria.
• Novice understanding of the product development process.
• Competent understanding to apply project management principles, methodologies, and documentation.
• Novice understanding of CAE tools and results as applied to the product application process.
• Novice understanding of tolerance as it relates to design intent.
• Competent understanding of common industrial processes and/or controls.
• Competent understanding of material and component options by application.
• Competent understanding of schematics.
• Competent in conducting research using corporate resources.
• Fluent at efficient use of time to effectively plan and execute multiple duties.
• Fluent to utilize basic inspection equipment in a laboratory environment. (Calipers, micrometers, flow meter, voltmeter, etc.)
• Competent to utilize advanced inspection equipment in a laboratory environment. (microscopes, CMM, Contour/Roundness
Measuring Instruments, etc.)
• Fluent ability to communicate utilizing corporate office software.
• Fluent ability to take verbal and/or written direction on tasks, training, or departmental / company policies.
• Fluent ability to communicate, in English, with internal and external customers tactfully and professionally.
• 4+ years (preferred) relevant work experience.
For internal use only: ENG001