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Computer programming professor vs software engineer

The differences between computer programming professors and software engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 2-4 years to become both a computer programming professor and a software engineer. Additionally, a software engineer has an average salary of $100,260, which is higher than the $89,794 average annual salary of a computer programming professor.

The top three skills for a computer programming professor include linux, HTML and mathematics. The most important skills for a software engineer are java, python, and software development.

Computer programming professor vs software engineer overview

Computer Programming ProfessorSoftware Engineer
Yearly salary$89,794$100,260
Hourly rate$43.17$48.20
Growth rate12%21%
Number of jobs28,202339,938
Job satisfaction-3.5
Most common degreeBachelor's Degree, 55%Bachelor's Degree, 73%
Average age4639
Years of experience44

Computer programming professor vs software engineer salary

Computer programming professors and software engineers have different pay scales, as shown below.

Computer Programming ProfessorSoftware Engineer
Average salary$89,794$100,260
Salary rangeBetween $50,000 And $158,000Between $73,000 And $136,000
Highest paying City-San Bruno, CA
Highest paying state-California
Best paying company-The Citadel
Best paying industry-Start-up

Differences between computer programming professor and software engineer education

There are a few differences between a computer programming professor and a software engineer in terms of educational background:

Computer Programming ProfessorSoftware Engineer
Most common degreeBachelor's Degree, 55%Bachelor's Degree, 73%
Most common majorComputer ScienceComputer Science
Most common collegeUniversity of PennsylvaniaHarvard University

Computer programming professor vs software engineer demographics

Here are the differences between computer programming professors' and software engineers' demographics:

Computer Programming ProfessorSoftware Engineer
Average age4639
Gender ratioMale, 71.7% Female, 28.3%Male, 78.0% Female, 22.0%
Race ratioBlack or African American, 7.0% Unknown, 4.5% Hispanic or Latino, 10.8% Asian, 11.3% White, 66.1% American Indian and Alaska Native, 0.3%Black or African American, 4.4% Unknown, 4.8% Hispanic or Latino, 8.1% Asian, 34.0% White, 48.5% American Indian and Alaska Native, 0.2%
LGBT Percentage16%8%

Differences between computer programming professor and software engineer duties and responsibilities

Computer programming professor example responsibilities.

  • Provide students with the information necessary to achieve basic Linux administration and configuration skills.
  • Implement the server activities recorder using Java.
  • Implement database query interface using Java.
  • Experiment with different surface chemistry to improve quality of yields -participate in poster session and presentation to faculty and graduate students.
  • Provide ESL and Microsoft instruction to qualifying participants.

Software engineer example responsibilities.

  • Manage product releases, solve software bugs in a client/server environment, write UNIX shell scripts to manage development environments.
  • Manage responsive UI design, implementing complex, dynamic functionality.
  • Define continuous integration process and configure Jenkins build server to manage it.
  • Develop a python serial communication program to automate test procedures and verify proper operation.
  • Manage website/software/mobile applications by generating full scope requirements base upon PMI / SDLC guidance.
  • Contribute to implementing microservices used to manage entities and maintain a synchronize state between supplier and distributor.
  • Show more

Computer programming professor vs software engineer skills

Common computer programming professor skills
  • Linux, 20%
  • HTML, 19%
  • Mathematics, 16%
  • PowerPoint, 16%
  • C++, 15%
  • Computer Classes, 13%
Common software engineer skills
  • Java, 15%
  • Python, 9%
  • Software Development, 6%
  • Database, 3%
  • GIT, 3%
  • Object Oriented Programming, 3%

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