Compare A Electronic Design Engineer ↔ B Chemical Engineer
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2 moves
No pay difference shown for this route: mechatronics Engineer: OEWS pay for an 'All Other' group; not specific to this occupation.
Gates on this route
- Move 1, to Mechatronics Engineer: no degree, license or hours gate found (O*NET 31.0 and the licensing agencies checked for this job).
- Move 2, to Chemical Engineer: no degree, license or hours gate found (O*NET 31.0 and the licensing agencies checked for this job).
Move 1 Transfer move to the side
Electronic Design Engineer to Mechatronics Engineer
- O*NET lists Mechatronics Engineers as a related occupation (Primary-Short); skills and knowledge profile similarity r = 0.88.
- Gates checked: no degree, license or hours gate found (O*NET 31.0 and the licensing agencies checked for this job).
Move 2 Transfer move to the side
Mechatronics Engineer to Chemical Engineer
- Skills and knowledge profile similarity r = 0.87 (one of the 3 most similar occupations, r >= 0.6).
- Gates checked: no degree, license or hours gate found (O*NET 31.0 and the licensing agencies checked for this job).
Side by side
All Chemical Engineers: Texas median $132,750, $530 more a year than all Electronics Engineers, Except Computer ($132,220), every experience level.
Chemical Engineer: 70% work more than 40 hours a week, about 1.7 times the share for Electronic Design Engineer (42%).
Occupation-wide pay all experience levels, not this level's pay; Texas median, base pay, $0 to $300k
Gates checked: No degree, license or hours gate on these moves in O*NET 31.0 and the licensing agencies checked for each job.
Outlook 2024 to 2034 whole occupation
A +19.5% Texas, 670 openings a year
B +8.0% Texas, 160 openings a year
Over 40 h a week
Physical load our index from O*NET, 1 to 5; A B; largest differences first
1.5 / 5+0.52.0 / 5
- Outdoors, all weather+1.73Outdoors, all weather: A 1.14, B 2.87
- Very hot or cold+1.23Very hot or cold: A 1.07, B 2.3
- Protective gear+1.15Protective gear: A 1.15, B 2.3
- Hazardous equipment+0.86Hazardous equipment: A 1.53, B 2.39
- Hazardous conditions+0.77Hazardous conditions: A 2.01, B 2.78
Degree
A Most people in this job hold a bachelor's degree or higher (O*NET: 86%).
B Most people in this job hold a bachelor's degree or higher (O*NET: 100%).
License
A Texas PE license (TBPELS) is required for the practice of engineering as defined in Occ. Code 1001.003; whether this job needs it depends on the work.
B Texas PE license (TBPELS) is required for the practice of engineering as defined in Occ. Code 1001.003; whether this job needs it depends on the work.
Experience
A Most common related work experience: over 4 years, up to and including 6 years (O*NET: 34%).
B Most common related work experience: none (O*NET: 30%).
Skills O*NET importance, 1 to 5
You likely have: 6
- Critical Thinking
- Complex Problem Solving
- Reading Comprehension
- Judgment and Decision Making
- Systems Analysis
- Mathematics
To build: 3
- Science +1.12
- Active Learning +0.76
- Systems Evaluation +0.50
Make this your goal
Save Electronic Design Engineer to Chemical Engineer as your goal. Each step then shows the hours you have logged toward it, your exam practice and your license, with the one thing to do next and the 3 skills to build as a checklist. Free with an account.
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