DJI Education aims to make cutting-edge technology fun and accessible through a revolutionary approach to allow every youth gets a chance of fulfilling their dreams in tech. To this end, DJI Education has launched the DJI Education Hub––a powerful solution for empowering practical learning in tech innovation, by integrating with DJI’s robotic offerings and providing comprehensive tools that support a wide range of teaching scenarios.
Effective Teaching Tools
Pre-class preparation platform
Interactive multimedia courseware
Easy-to-use course materials
Low-Cost Robotics Simulator
Industrial-quality robotics simulation
Diverse application scenarios
Accessible to all grade levels
Popular Course Offerings
DIY and AI course modules
Robotics programming classes
Designed for all age groups and skills levels
Effective, Comprehensive, and Accessible
Following our educational robotics products' success, DJI Education strives to provide students and teachers with a more seamless learning and teaching experience by using our industry-leading software and service to expand the possibilities of their educational journey.
Teaching
Diverse Educational Resources
Teachers will have easy access to course resources and question banks for all age groups to help them create exam forms, schedule exams, and complete learner evaluations efficiently. Teachers can create their own customized instruction format specific to their needs.
Learning
Fun and Simple Programming Education Tools
DJI Education Hub comes with Rogram , a new programming interface for teaching learners to use Scratch and Python coding languages[1],to create innovative robotics programs. Rogram is easy to use and the programs it makes are compatible with more than 130 different types of robots, including a full lineup of DJI robotics products.
Practice
New Interactive Simulator
DJI Education Hub also features the new DJI Robotics Simulator, which includes a 3D physics engine that adds realism to the simulation environment by mimicking the characteristics of an actual working machine, including its joint structure and reproducing the effects of collisions, friction, and resistance. Combined with a diverse range of application scenarios[2], this simulator delivers a more intuitive and practical experience to programming learners. Teachers and learners can also debug programs in the simulator and link them to an actual robot[3] for concurrent testing, enabling the seamless integration of virtual and real-time processes.
Notes：
[1] Python programming will be provided in subsequent updates.
[2] The current support scenes are: Free Practice, RoboMaster 2020 Youth Championship,AI - Intelligent Transportation,AI - Nuclear Power Plant Rescue,artificial intelligence curriculum series. The follow-up will continue to increase.
[3] The currently supported physical simulation robots are: RoboMaster S1, RoboMaster EP, RoboMaster TT, and other products will be added in the future.