Computer Science Tutor
Spring, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Spring, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Spring, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Conroe, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Conroe, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Fulshear, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Fulshear, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Cypress, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Cypress, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Tomball, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Tomball, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Richmond, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Richmond, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
The Woodlands, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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The Woodlands, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Houston, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Sugar Land, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Sugar Land, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Kingwood, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Kingwood, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Sugar Land, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Sugar Land, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Katy, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Katy, TX · On-site
Elementary Computer Science (Grades K-5): * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Missouri City, TX · On-site
Elementary Computer Science (Grades K-5) * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
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Missouri City, TX · On-site
Elementary Computer Science (Grades K-5) * Introduction to coding and block-based programming (Scratch, Code.org). * Computational thinking and logic. * Basic problem-solving with algorithms.
Houston, TX · On-site
High School Computer Science The Village School is a private college preparatory school for grades Early Childhood through High School. Our High School offers the International Baccalaureate Diploma ...
Houston, TX · On-site
High School Computer Science The Village School is a private college preparatory school for grades Early Childhood through High School. Our High School offers the International Baccalaureate Diploma ...
Houston, TX · On-site
The ideal Computer Science candidate will inspires students, set ambitious expectations, and supports all learners in achieving strong academic outcomes. To create a safe, respectful, and engaging ...
Houston, TX · On-site
The ideal Computer Science candidate will inspires students, set ambitious expectations, and supports all learners in achieving strong academic outcomes. To create a safe, respectful, and engaging ...
The ideal Computer Science candidate will inspires students, set ambitious expectations, and supports all learners in achieving strong academic outcomes. To create a safe, respectful, and engaging ...
The ideal Computer Science candidate will inspires students, set ambitious expectations, and supports all learners in achieving strong academic outcomes. To create a safe, respectful, and engaging ...
Part-Time Faculty - Computer Science (North) Teaching Computer Science. Applications for part-time faculty positions are accepted on a continuous basis and reviewed if openings become available.
Part-Time Faculty - Computer Science (North) Teaching Computer Science. Applications for part-time faculty positions are accepted on a continuous basis and reviewed if openings become available.
$48.7K - $51.9K
7% of jobs
$51.9K - $55.2K
7% of jobs
$55.2K - $58.4K
2% of jobs
$58.4K - $61.7K
0% of jobs
$61.7K - $64.9K
2% of jobs
$66.3K is the 25th percentile. Wages below this are outliers.
$64.9K - $68.2K
15% of jobs
$68.2K - $71.4K
16% of jobs
The median wage is $71.7K / yr.
$71.4K - $74.7K
13% of jobs
$74.7K - $77.9K
6% of jobs
$79.4K is the 75th percentile. Wages above this are outliers.
$77.9K - $81.2K
16% of jobs
$81.2K - $84.4K
17% of jobs
$48.7K
$71.6K
$84.4K
The computer science field provides a wide range of opportunities for technically talented individuals. Depending on your skills and interests, you can find computer science jobs as a software developer, hardware engineer, database administrator, computer systems analyst, network architect, information security analyst, or web developer. You need an analytical mind and strong technical skills to perform your job duties, which may be to develop, maintain, and troubleshoot computer systems, applications, or networks. Your responsibilities in a computer science job are often directly related to the business goals and outcomes of your employer.
| Aspect | Computer Science | Software Developer |
|---|---|---|
| Required Credentials | Bachelor's or higher in CS or related field | Bachelor's in CS, Software Engineering, or related field often preferred |
| Work Environment | Research labs, academia, tech companies, startups | Tech companies, software firms, freelance projects |
| Industry Usage | Academic research, algorithm development, theoretical work | Building, coding, testing software applications |
| Common Search/Comparison | Focuses on theoretical foundations and algorithms | Focuses on practical software creation and deployment |
Computer Science and Software Developer roles often overlap, but Computer Science emphasizes theoretical foundations, algorithms, and research, while Software Developers focus on designing, coding, and maintaining software applications. Both roles require programming skills, but their primary focus and work environments differ.

Contractor
Posted 8 days ago