EDUCATORS

Students may take certification exams at no cost when their school is a SOLIDWORKS Academic Certification Provider on active subscription. Minimum license requirements apply.

CADimensions can confirm whether your institution qualifies and what license count is required.

The pathway runs CSWA to CSWP to CSWPA.

CSWA is the associate credential and proves core modeling competency, which a student can typically reach inside an introductory course. CSWP is the professional level, covering advanced parts, assemblies, and design intent. CSWPA is the advanced specialist tier, where a student picks a discipline such as sheet metal, weldments, or drawing tools and demonstrates depth in it.

Each level is a separate credential, so the pathway also works as a progression map for a multi-semester course sequence.

There are nine certification exams across three levels.

Associate level includes CSWA Academic, CSWA Additive Manufacturing, and CSWA Simulation. Professional level includes CSWP Academic, CSWP Simulation, and CSWP MBD. Advanced Specialist level includes CSWPA Drawing Tools, CSWPA Sheet Metal, and CSWPA Weldments.

The SOLIDWORKS Education Edition includes seven professional tools in a single academic license: Design Premium, Simulation Premium, Flow Simulation, Plastics Premium, CAM Professional, Visualize Professional, and Composer.

That covers 3D CAD modeling, structural and motion analysis, computational fluid dynamics, injection molding analysis, CNC programming, photorealistic rendering, and technical documentation. A student can carry one project from concept through simulation to a machined part without leaving the environment.

CADimensions helps schools choose the right 3D printing tools, learning resources, and licensing for their program. The goal is to make 3D printing easier to teach, easier to fund, and easier to use with students.

You can use 3D printing to teach engineering concepts in a hands-on way. Students can design a model, print it, test it, and learn from the result. That makes abstract ideas more practical.

Start with the learning goals, not the printer. Decide what students need to learn, what types of projects they will complete, and how often the equipment will be used.

From there, you can choose hardware, software, materials, training resources, and a support plan that fit the classroom. CADimensions can help schools work through those choices before they invest.

Yes. 3D printing gives middle school and high school students a practical way to learn design thinking, problem solving, and STEM skills.

Students can move from an idea to a physical part. That process helps them understand design, measurement, iteration, and real-world constraints. It also gives them experience with tools used in engineering and manufacturing careers.

Colleges and universities can use 3D printing in engineering, design, manufacturing, architecture, medical, and research programs.

A structured 3D printing curriculum helps students learn how to design for additive manufacturing, prepare files, choose materials, and evaluate printed parts. CADimensions also provides a 12-week syllabus resource for higher education programs that are building or expanding 3D printing coursework.

Educators can use SOLIDWORKS and 3DEXPERIENCE tools to teach 3D CAD modeling, design, collaboration, and engineering workflows.

These tools help students build skills on professional software. That matters because students are not just learning classroom theory. They are learning tools and workflows used by engineers, designers, and manufacturers.

3DEXPERIENCE for educators is a cloud-based platform for CAD modeling and collaboration.

It can help support virtual learning, classroom projects, and team-based design work. Students can work together in a shared environment while learning the basics of 3D modeling and product development.

Yes. CADimensions provides education guides, classroom activities, teacher resources, and downloadable learning materials.

These resources can help educators teach 3D CAD modeling, introduce 3D printing, build student projects, and structure a course. That way, you are not starting from a blank page.

Yes. CADimensions provides funding resources that help educators make the case for 3D printing in the classroom.

A strong funding request should connect the printer to student outcomes. That can include STEM proficiency, design thinking, career readiness, hands-on learning, and support for engineering or manufacturing pathways.

Students can use certification programs to show proficiency in design, engineering, CAD, and 3D printing concepts.

Certification gives students something practical to point to when applying for internships, college programs, or technical roles. It also helps educators measure progress beyond a finished classroom project.

Yes. Laser cutting and engraving can support design, technology, engineering, art, prototyping, and fabrication courses.

Students can use lasers to create prototypes, models, project parts, and finished designs. This helps them follow an iterative design process and produce real physical work from their digital designs.

Choose based on what students need to learn.

Use CAD software when students need to build digital design skills. Use 3D printing when they need to test physical parts and understand engineering concepts. Use laser cutting when they need fast fabrication, engraving, prototyping, or design-and-technology projects.

Most programs need a mix over time. CADimensions can help map the tools to your curriculum, budget, and space.

Yes. CADimensions can help schools choose the right hardware and licensing for their institution.

That includes matching tools to classroom goals, student skill level, available space, and budget. The point is to set up a program that teachers can actually use, not just buy equipment that sits in a lab.