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STEM Education

Science, technology, engineering, and mathematics focused learning solutions

Fig. 263 · Orrery

The field

At a glance

Definition

Science, technology, engineering, and mathematics focused learning solutions

Technologies

Visual programming environments teach coding concepts without syntax complexity. Virtual labs simulate science experiments without physical equipment. Robotics kits combine hardware and software for project-based learning. AI tutors provide personalized STEM instruction. Simulation environments model engineering and physics concepts.

Applications

Students learn coding through visual programming environments. Virtual chemistry and physics labs enable experiments without physical equipment. Robotics kits teach engineering through building and programming. AI tutors provide step-by-step math and science instruction.

Market and funding

The global STEM education technology market exceeds $5 billion, driven by workforce demand for STEM skills and government investment in STEM education.

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