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Tinkercad Jobs (NOW HIRING)

STEM Instructor

Cary, NC · On-site

$16 - $20/hr

Background check Experience with tools like Lego WeDo, EV3, Spike Prime, TinkerCad, MicroBit, Roblox, Minecraft, Python, HTML, JavaScript, Unity, or Arduino, and participation in competitions (FLL ...

STEM Instructor

Cary, NC · On-site

$16 - $20/hr

Background check Experience with tools like Lego WeDo, EV3, Spike Prime, TinkerCad, MicroBit, Roblox, Minecraft, Python, HTML, JavaScript, Unity, or Arduino, and participation in competitions (FLL ...

Prior experience with CAD platforms such as KiCAD, AutoCAD, SketchUP, Fusion360, TinkerCAD, nanoCAD, SolidWorks, etc. * Unparalleled time management skills and an unquenching thirst for working for ...

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Tinkercad information

What is a Tinkercad?

A Tinkercad job typically involves using Tinkercad, a free online 3D design and modeling tool, for tasks such as creating digital prototypes, designing 3D-printable objects, or teaching 3D modeling skills. Professionals in this role may include educators, designers, engineers, or hobbyists who use Tinkercad for STEM education, product design, or personal projects. Responsibilities can vary from teaching CAD concepts to students to creating functional models for prototyping.

What are the key skills and qualifications needed to thrive in Tinkercad?

To thrive in a role involving Tinkercad, such as a 3D Designer or STEM Educator, you need strong proficiency in 3D modeling, spatial reasoning, and basic design principles, often supported by a background in engineering, technology, or education. Familiarity with Tinkercad software and related tools like 3D printers or CAD programs is highly valuable, and certifications in CAD design or digital fabrication can boost qualifications. Creativity, clear communication, problem-solving, and a patient teaching approach are standout soft skills. These competencies are crucial for effectively creating designs, teaching others, and facilitating hands-on learning or prototyping in educational or design-focused settings.

What are some common challenges faced when working with Tinkercad?

One common challenge is ensuring that users of all skill levels can effectively navigate and utilize the Tinkercad platform, especially in group or classroom settings. Professionals and educators may need to troubleshoot technical issues, such as file compatibility with 3D printers or exporting designs for more advanced CAD software. Managing time effectively to cover both the basics and more complex design applications can also be demanding. Successfully addressing these challenges often requires adaptability, clear communication, and proactive problem-solving to support both individual learners and project outcomes.

What jobs use Tinkercad?

Jobs that use Tinkercad typically include roles in 3D modeling, product design, engineering, and education. Professionals such as CAD designers, educators, and hobbyists utilize Tinkercad for creating prototypes, visualizations, and teaching STEM concepts. Familiarity with 3D design tools and basic engineering principles is often required.
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Cities with the most Tinkercad job openings:

What are the most commonly searched types of Tinkercad jobs?

The most popular types of Tinkercad jobs are:

What states have the most Tinkercad jobs?

States with the most job openings for Tinkercad jobs include:

Infographic showing various Tinkercad job openings in the United States as of August 2026, with employment types broken down into 13% Full Time, 20% Part Time, and 67% Contract. Highlights an 93% Physical, and 7% Remote job distribution.

3D Design Teaching Opportunities (Tinkercad)

Staten Island, NY • On-site

Concorde Education
Education Programs Administration • 11 - 50 employees

$50/hr

Contractor

Posted 8 days ago


Job description

POTENTIAL INDEPENDENT CONTRACTOR INSTRUCTIONAL ASSIGNMENTS

Program: 3D Design 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: 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 3D design and digital modeling 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 3D design and modeling sessions;

• Introduce students to foundational 3D design concepts through project-based learning;

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

• Support students in creating digital models, prototypes, product designs, inventions, architectural concepts, 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:

• Creating, resizing, and manipulating 3D shapes and objects;

• Aligning, grouping, and combining design elements;

• Designing with measurements, scale, and precision;

• Basic design-thinking and prototyping concepts;

• Building 3D models using Tinkercad or similar design platforms;

• Exporting digital models and preparing designs for 3D printing, where applicable; and

• Creativity, spatial reasoning, problem-solving, and iterative design processes.

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 Tinkercad or similar 3D design, CAD, modeling, engineering, architecture, fabrication, or digital design tools;

• 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 Chromebooks, web-based applications, educational technology, or related digital design tools.

Preferred backgrounds may include educators, tutors, engineering students, architecture students, designers, makers, STEM professionals, fabrication specialists, and others with relevant instructional or technical experience.

MATERIALS AND RESOURCES

Assignments may utilize school-provided technology, Chromebooks, Tinkercad, web-based design platforms, curriculum resources, lesson plans, project guidelines, and 3D-printing resources where available.

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.