Keyboard ALT + g to toggle grid overlay
Autodesk is proud to partner with VEX Robotics and the Robotics Education & Competition (REC) Foundation to inspire students to pursue careers in STEM fields, helping close the global skills gap and connecting education to industry through hands-on, curriculum-based robotics engineering programs.
Learn how a group of recent high school graduates took their VEX Robotics experience to a whole new level through a summer internship program. Now they are on their way towards a career in robotics.
What do VEX Robotics students and MegaBots have in common? Their passion for robots! VEX Robotics 2017 High School World Champions Bryon Tjanaka and Dylon Tjanaka are invited to tour MegaBots lab to learn about how professionals are building robots, and see what it takes to have a robot building career.
VEX participants and academic institutions worldwide get free* access to the same software used by today’s design professionals. Teams can use digital design tools to enhance their work and save valuable project time, from documenting design ideas to using 3D CAD software to model and test robots before they are built.
Click on each product below for instructions on how to download recommended software and apps for VEX.
Autodesk® Fusion 360™ software is a cloud-based 3D CAD/CAM tool that helps teams explore design ideas and create models for 3D printing and machining. Quickly modify robot designs, create assemblies, produce photorealistic renderings, and fabricate the parts you need to succeed.
Autodesk® Inventor® Professional software enables teams to produce 3D models that can help with the design, visualization, and simulation of the robot’s functionality.
Autodesk® AutoCAD® software provides productivity tools to create designs and documentation to help teams progress quickly into the build stage.
Autodesk® 3ds Max® software is the ideal solution for the VRC Game Design Animation Challenge. Teams can build a game animation by creating 3D content and simulating game play using the modeling, rendering, and animation capabilities of 3ds Max.
The Autodesk VEX Parts Library provides you with digital models of all the parts included in the VEX Classroom Kit in Autodesk Inventor. Datasets are available in Imperial and Metric units, and will work for Inventor version 2013 onward. These datasets can also be imported for use in Autodesk Fusion.
Download and unzip these files to save your kit of parts. The download time is estimated at 5 minutes or less.
Each lesson is designed for easy integration into a standard one-hour class. Includes both video and print tutorials, as well as VEX datasets to guide students through the engineering design process.
These new courses support two pathways in the VEX robotics program:
Learn to make a custom part with quick tutorials, videos and datasets – and then 3D print it. Designed for the REC Foundation online challenge, make a unique part to boost your robot’s potential today.
Autodesk software is integrated into nearly half of the units in the VEX EDR Curriculum, while detailed tutorials appear in Units 4 and 13. Unit 4 teaches teams to use Inventor to design and build their VEX robots, and Unit 13 shows how to use Fusion or Inventor to design, model, and 3D print custom robotics parts.
The Autodesk Design Academy features a constantly growing collection of lessons, projects and curriculum support materials that help educators teach students creative confidence in the world of design.
Whether you are a mentor, teacher, or VEX Robotics team member – these recorded webinars will help you learn and teach how to use Autodesk software to design, document and test your robot, saving valuable build time.
Students and educators are eligible for an individual educational license if they are enrolled or employed at a Qualified Educational Institution which has been accredited by an authorized governmental agency and has the primary purpose of teaching its enrolled students. Learn more.
Qualified Educational Institutions may access free educational licenses for the purposes of learning, teaching, training, research and development that are part of the instructional functions performed by the educational institution. Learn more.