STEM curriculum uses a hands-on, problem-based approach to teach science, technology, engineering and mathematics. The curriculum uses an interdisciplinary approach to develop problem-solving and critical thinking skills and facilitate innovation.
STEM curriculum uses real-world applications as the basis for activities. Students learn how problem solving and the scientific process apply to everyday situations. The curriculum aims to get students interested in STEM areas and improve proficiency in those areas.
A STEM lesson plan often starts by presenting students with a problem. Students gather information and conduct experiments to test theories. For example, students might create a simulated oil spill in a dish pan and test different ways to control and clean up the oil. The key to STEM curriculum is choosing problems students can relate to and engaging students in hands-on exploration of the topic.
The curriculum also prepares students for careers that focus primarily on STEM areas and those that use it as a part of the job. One of the primary goals of the curriculum is to empower students to become leaders in science, technology, engineering and mathematics. These areas are some of the fasted growing fields in the world. STEM initiatives often focus on girls, as they are less likely to enter STEM fields.