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Computer Science Animation Jobs in Georgia (NOW HIRING)

Education, training, or experience in Computer Science, Education, Engineering, Graphic Design, Digital Art, Digital Animation, Film, or related STEM fields * A background in working with kids and ...

Education, training, or experience in Computer Science, Education, Engineering, Graphic Design, Digital Art, Digital Animation, Film, or related STEM fields * A background in working with kids and ...

Bachelors degreein Computer Science, Engineering,orequivalent+7years oftotalprofessional work ... Experience creating visual effects and animations using CSS and SVG. * Experience creating ...

Responsibilities: * Uses computer assisted design/drafting software to develop project ... Occasionally assists with presentations for visualization or animation activities. * Communicates ...

Sr. BIM Modeler

Valdosta, GA · On-site

$60K - $123K/yr

Responsibilities: * Uses computer assisted design/drafting software to develop project ... Occasionally assists with presentations for visualization or animation activities. * Communicates ...

Responsibilities: * Uses computer assisted design/drafting software to develop project ... Occasionally assists with presentations for visualization or animation activities. * Communicates ...

Responsibilities: * Uses computer assisted design/drafting software to develop project ... Occasionally assists with presentations for visualization or animation activities. * Communicates ...

Computer Science Animation information

See Georgia salary details

$4

$57

How much do computer science animation jobs pay per hour?

As of Jul 13, 2026, the average hourly pay for computer science animation in Georgia is $56.83, according to ZipRecruiter salary data. Most workers in this role earn between $56.83 and $56.83 per hour, depending on experience, location, and employer.

What is computer science animation?

Computer science animation refers to the creation of moving images and visual effects using computational techniques and programming. It combines principles from computer science, such as algorithms, data structures, and software development, with artistic design to produce animations for films, video games, simulations, and educational tools. Professionals in this field often use specialized software and programming languages to model, render, and animate digital objects and scenes. The field is interdisciplinary, drawing from mathematics, physics, and graphic design to achieve realistic and engaging results.

How is computer science used in animation?

Computer science plays a key role in animation by developing algorithms and software for creating realistic visuals, modeling characters, and simulating physical effects. Animation professionals often use programming skills and tools like Maya or Blender to automate processes and enhance visual quality.

What are the key skills and qualifications needed to thrive as a Computer Science Animator, and why are they important?

To thrive as a Computer Science Animator, you need a solid background in computer science, programming (such as C++, Python), and digital animation principles, often supported by a degree in computer science, animation, or a related field. Proficiency with animation software like Autodesk Maya, Blender, and graphics libraries or game engines (e.g., Unity, Unreal Engine) is essential, along with familiarity with scripting and rendering tools. Strong creativity, attention to detail, and effective collaboration skills help create engaging animations and facilitate teamwork in multidisciplinary environments. These skills are crucial for producing high-quality visual content that meets technical requirements and creative objectives.

Can you be an animator with a computer science degree?

Yes, a computer science degree can provide a strong foundation for a career in animation, especially in areas like computer-generated imagery (CGI), game development, or technical animation. Skills in programming, software tools such as Maya or Blender, and understanding of graphics algorithms are valuable for computer science graduates pursuing animation roles.

What is the difference between Computer Science Animation vs Computer Graphics?

AspectComputer Science AnimationComputer Graphics
Required CredentialsBachelor's in Computer Science, Animation, or related fieldsBachelor's in Computer Graphics, Digital Media, or related fields
Work EnvironmentAnimation studios, gaming companies, film productionDesign firms, visual effects companies, software development
Industry UsageCreating animated content, character animation, visual storytellingGenerating visual images, rendering, 3D modeling

Computer Science Animation focuses on developing animated content and visual storytelling using programming and computer science principles. In contrast, Computer Graphics emphasizes creating and rendering visual images, often involving 3D modeling and visual effects. While both fields overlap in visual design, Computer Science Animation is more centered on animation techniques and interactive media, whereas Computer Graphics covers a broader range of visual content creation.

Will AI replace animators?

Computer Science Animation professionals use AI tools to enhance and automate certain tasks, but AI is unlikely to fully replace human animators due to the need for creativity, storytelling, and artistic judgment. Animators will continue to adapt by integrating AI into their workflows, emphasizing skills in both traditional animation and new technologies. Human oversight remains essential for producing nuanced and expressive animations.

How do computer science animators typically collaborate with other departments during a project?

Computer science animators often work closely with artists, software developers, and project managers to ensure that animation sequences are both visually appealing and technically feasible. They regularly participate in cross-functional meetings to integrate feedback from creative teams and address any technical constraints or challenges. This collaborative environment helps ensure that the final product meets both artistic and performance standards, and also offers animators opportunities to broaden their skills by learning from adjacent disciplines.

What jobs can I get with computer animation?

With a background in computer animation, you can pursue roles such as 3D animator, character animator, visual effects artist, motion graphics designer, or game designer. These jobs typically require proficiency in animation software like Maya, Blender, or Adobe After Effects and may involve working in film, television, gaming, or advertising industries.
What job categories do people searching Computer Science Animation jobs in Georgia look for? The top searched job categories for Computer Science Animation jobs in Georgia are:
Infographic showing various Computer Science Animation job openings in Georgia as of July 2026, with employment types broken down into 2% Internship, 35% As Needed, 30% Full Time, 8% Part Time, 2% Contract, and 23% Nights. Highlights an 69% Physical, 3% Hybrid, and 28% Remote job distribution, with an average salary of $118,213 per year, or $56.8 per hour.
STEM & Coding Teaching Opportunities

STEM & Coding Teaching Opportunities

Concorde Education

Atlanta, GA • On-site

$50/hr

Contractor

Posted 6 days ago


Job description

POTENTIAL INDEPENDENT CONTRACTOR INSTRUCTIONAL ASSIGNMENTS

Program: Coding Instructor Opportunities

Location: On-site at partner schools; varies by assignment

Teaching Mode: In Person

Grade Levels: Elementary, Middle, and High School; varies by assignment

Schedule: Typically 1–4 instructional service hours per week after school

Program Length: Commonly approximately 10 weeks per assignment

Start Dates: Opportunities become available throughout the school year

Compensation: Estimated typical compensation of $50+ per completed instructional service hour, depending on assignment scope, experience, location, schedule, and agreed compensation

ABOUT THE OPPORTUNITY

Concorde Education is seeking independent instructional contractors to provide coding and computer science enrichment services for K–12 students.

This is a potential independent contractor assignment, not an employee position. Contractors may choose whether to apply for, accept, decline, or ignore available opportunities.

Assignments vary by school, grade level, schedule, curriculum, available technology, and program objectives.

Concorde may provide curriculum guidance, lesson-plan suggestions, project ideas, instructional resources, or program objectives. Contractors may use their professional judgment to adapt instruction within the assignment scope and applicable site requirements.

ASSIGNMENT SCOPE

Depending on the accepted assignment, contractors may:

• Plan and facilitate engaging, age-appropriate coding and technology sessions;

• Introduce students to foundational programming concepts through project-based learning;

• Adapt activities based on student experience levels, site requirements, available technology, and program objectives;

• Support students in creating coding projects, games, animations, websites, applications, or other final projects, where applicable;

• Maintain a safe, respectful, inclusive, and age-appropriate learning environment;

• Communicate assignment-related needs or significant concerns with Concorde and school staff, as appropriate;

• Complete a brief session completion form after each scheduled session; and

• Follow applicable site safety, visitor, technology, emergency, and student-protection procedures.

EXAMPLE PROGRAM TOPICS

Assignments may include topics such as:

• Introductory programming concepts, including sequencing, loops, and conditionals;

• Scratch or ScratchJr game and animation design;

• Beginner Python programming;

• Web development fundamentals, including HTML, CSS, and introductory JavaScript;

• Computational thinking and debugging;

• Interactive project creation; and

• Collaboration, creativity, and problem-solving.

Specific content, software platforms, and curriculum requirements vary by assignment.

QUALIFICATIONS

Preferred qualifications include:

• At least 60 college credits, where required by the applicable assignment or site;

• Experience with coding, programming, computer science, or related technology subjects;

• Experience teaching, tutoring, coaching, mentoring, or leading activities with school-age students;

• Strong communication, organization, and classroom facilitation skills;

• Availability to provide services for the accepted assignment schedule and communicate schedule issues as soon as reasonably practicable; and

• Familiarity with tools such as Scratch, Python, HTML/CSS, JavaScript, Chromebooks, or similar educational technology.

Preferred backgrounds may include educators, tutors, computer science students, software developers, engineers, STEM professionals, coding club leaders, and others with relevant instructional or technical experience.

MATERIALS AND RESOURCES

Assignments may utilize school-provided technology, web-based coding platforms, Chromebooks, curriculum resources, lesson plans, or project guidelines.

Contractors may use their own instructional methods and materials when appropriate, safe, age-appropriate, lawful, and consistent with the assignment scope and site requirements.

Purchases requiring reimbursement must be approved in writing by Concorde before they are incurred.

COMPENSATION

Compensation varies by assignment and agreed contractor terms. Many opportunities pay $50+ per completed instructional service hour with students.

Contractors may propose their desired compensation rate when applying. When proposing a rate, contractors should consider the overall assignment scope, including anticipated preparation, planning, commute, materials, schedule, and other business considerations.

Concorde may accept the proposed rate, decline the application, or provide a counteroffer based on the budget for the specific assignment.

Unless otherwise approved in writing, compensation is based on completed instructional service hours with students.

Payment for completed services is generally made by direct deposit on the fifteenth day of the month following the month in which services were completed, unless otherwise stated in the accepted assignment terms or required by applicable law.

APPLICATION AND ONBOARDING

Applicants selected to move forward may be invited to create a contractor profile and complete any required onboarding steps.

Applying, interviewing, receiving an invitation to create a profile, creating a profile, or completing onboarding does not guarantee selection, placement, or future assignment opportunities.

Potential assignments are subject to assignment fit, agreed compensation, completion of required onboarding, applicable background-check review, Fair Chance or pre-adverse action procedures where required, site-specific clearance requirements, and final written confirmation from Concorde Education.

Some assignments may require background-check authorization, fingerprinting, agency clearance, site-specific documentation, identification badges, or other compliance steps before services may begin.

Applicants should not provide criminal-history information unless and until requested through the appropriate legally compliant process.

EQUAL OPPORTUNITY

Concorde Education considers contractor applicants without regard to any status protected by applicable federal, state, or local law and is committed to respectful, inclusive, and student-centered programming.