Propulsion systems engineer vs engineer

The differences between propulsion systems engineers and engineers can be seen in a few details. Each job has different responsibilities and duties. While it typically takes 2-4 years to become a propulsion systems engineer, becoming an engineer takes usually requires 4-6 years. Additionally, a propulsion systems engineer has an average salary of $102,136, which is higher than the $92,077 average annual salary of an engineer.

The top three skills for a propulsion systems engineer include MATLAB, engine performance and DOD. The most important skills for an engineer are python, cloud, and C++.

Propulsion systems engineer vs engineer overview

	Propulsion Systems Engineer	Engineer
Yearly salary	$102,136	$92,077
Hourly rate	$49.10	$44.27
Growth rate	6%	2%
Number of jobs	112,874	618,207
Job satisfaction	-	4.33
Most common degree	Bachelor's Degree, 75%	Bachelor's Degree, 65%
Average age	44	41
Years of experience	4	6

Propulsion systems engineer vs engineer salary

Propulsion systems engineers and engineers have different pay scales, as shown below.

	Propulsion Systems Engineer	Engineer
Average salary	$102,136	$92,077
Salary range	Between $75,000 And $138,000	Between $65,000 And $130,000
Highest paying City	Everett, WA	Huntsville, AL
Highest paying state	Rhode Island	New Hampshire
Best paying company	Cirrus Aircraft	Fort Bend County
Best paying industry	-	Automotive

Differences between propulsion systems engineer and engineer education

There are a few differences between a propulsion systems engineer and an engineer in terms of educational background:

	Propulsion Systems Engineer	Engineer
Most common degree	Bachelor's Degree, 75%	Bachelor's Degree, 65%
Most common major	Aerospace Engineering	Mechanical Engineering
Most common college	Stanford University	Michigan Technological University

Propulsion systems engineer vs engineer demographics

Here are the differences between propulsion systems engineers' and engineers' demographics:

	Propulsion Systems Engineer	Engineer
Average age	44	41
Gender ratio	Male, 90.0% Female, 10.0%	Male, 86.3% Female, 13.7%
Race ratio	Black or African American, 4.2% Unknown, 4.4% Hispanic or Latino, 11.1% Asian, 11.0% White, 69.0% American Indian and Alaska Native, 0.3%	Black or African American, 3.3% Unknown, 4.6% Hispanic or Latino, 9.1% Asian, 15.0% White, 67.9% American Indian and Alaska Native, 0.1%
LGBT Percentage	8%	5%

Differences between propulsion systems engineer and engineer duties and responsibilities

Propulsion systems engineer example responsibilities.

Develop Perl scripts to automate object model and functional mapping into the application metadata and database.
Monitor OS optimization; test, evaluate product processing and accuracy performance within environment before operational implementation are performed with SCCM.
Introduce a new change process and documentation to improve speed and efficiency of problem identification during a rapid prototyping to manufacturing.

Engineer example responsibilities.

Manage startup, trouble shooting and testing of PLC control equipment.
Lead project team to design and FDA validate 10-up extreme accuracy vial dosing system and CIP/SIP automate cleaning equipment.
Automate the creation of a WebLogic Admin and manage server deployment scheme within an installer for secure application deployment.
Install and test PLC in client own equipment on site - solve some logical and hardware issues to accomplish goal
Implement and manage continuous delivery systems and methodologies on AWS.
Manage Terraform and refactore from monolithic to application specific components.

Propulsion systems engineer vs engineer skills

Common propulsion systems engineer skills

MATLAB, 33%
Engine Performance, 11%
DOD, 9%
Technical Support, 7%
NASA, 6%
FAA, 6%

Common engineer skills

Python, 8%
Cloud, 6%
C++, 5%
C #, 5%
AWS, 5%
Java, 4%