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Engineering instructor vs electronics instructor

The differences between engineering instructors and electronics instructors can be seen in a few details. Each job has different responsibilities and duties. Additionally, an engineering instructor has an average salary of $50,652, which is higher than the $49,272 average annual salary of an electronics instructor.

The top three skills for an engineering instructor include kids, professional development and engineering principles. The most important skills for an electronics instructor are curriculum development, laboratory experiments, and electronic devices.

Engineering instructor vs electronics instructor overview

Engineering InstructorElectronics Instructor
Yearly salary$50,652$49,272
Hourly rate$24.35$23.69
Growth rate12%12%
Number of jobs77,63132,850
Job satisfaction--
Most common degreeBachelor's Degree, 61%Bachelor's Degree, 49%
Average age4646
Years of experience--

Engineering instructor vs electronics instructor salary

Engineering instructors and electronics instructors have different pay scales, as shown below.

Engineering InstructorElectronics Instructor
Average salary$50,652$49,272
Salary rangeBetween $33,000 And $76,000Between $32,000 And $73,000
Highest paying CityStamford, CT-
Highest paying stateConnecticut-
Best paying companyKern Community College District-
Best paying industryEducation-

Differences between engineering instructor and electronics instructor education

There are a few differences between an engineering instructor and an electronics instructor in terms of educational background:

Engineering InstructorElectronics Instructor
Most common degreeBachelor's Degree, 61%Bachelor's Degree, 49%
Most common majorElectrical EngineeringElectrical Engineering
Most common collegeUniversity of Michigan - Ann ArborUniversity of Michigan - Ann Arbor

Engineering instructor vs electronics instructor demographics

Here are the differences between engineering instructors' and electronics instructors' demographics:

Engineering InstructorElectronics Instructor
Average age4646
Gender ratioMale, 81.5% Female, 18.5%Male, 89.8% Female, 10.2%
Race ratioBlack or African American, 7.3% Unknown, 5.0% Hispanic or Latino, 10.4% Asian, 12.3% White, 64.8% American Indian and Alaska Native, 0.3%Black or African American, 7.0% Unknown, 4.9% Hispanic or Latino, 10.0% Asian, 11.3% White, 66.5% American Indian and Alaska Native, 0.3%
LGBT Percentage16%16%

Differences between engineering instructor and electronics instructor duties and responsibilities

Engineering instructor example responsibilities.

  • Achieve highest GPA for any class in the history of the program.
  • Enrich student learning of robotics and computer programming with the LEGO Mindstorm robotic kits.
  • Conduct labs on PLC operations, advance motor control, service installation, and raceways.
  • Provide training on DC motor control systems and programmable logic controllers for surface mining equipment to employees and mining personnel worldwide.
  • Instruct students on OSHA regulations and procedures.
  • Conduct DC motor interface design seminar course.
  • Show more

Electronics instructor example responsibilities.

  • Own and manage a small business as a CPR and first aid instructor and consultant for diverse clients.
  • Apply adult learning theories to design instructional materials and teach evening adult courses about AutoCAD.
  • Lead lecture for undergraduate engineering students on the basics of hand drawing and Solidworks CADmodeling.
  • Create curriculum for PLC course, as well as participated in other curriculum revision/development.
  • Cover the fundamental concepts of chemistry and biology including cell biology, metabolism, microbiology, genetics, evolution and histology.
  • Instruct adults in a variety of topics including; emotional psychology, biological psychology, anatomy and physiology, motivational psychology ...

Engineering instructor vs electronics instructor skills

Common engineering instructor skills
  • Kids, 25%
  • Professional Development, 13%
  • Engineering Principles, 8%
  • Engineering Courses, 4%
  • Mathematics, 4%
  • Instructional Materials, 3%
Common electronics instructor skills
  • Curriculum Development, 11%
  • Laboratory Experiments, 9%
  • Electronic Devices, 9%
  • Electronic Theory, 8%
  • Microprocessors, 6%
  • Electrical Safety, 5%

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