In2it LEARNING At A Glance
Transforming minds into a creative STEM world and building an exceptional future.
40%
Students dropout of STEM majors
within the first few years
69%
High school graduates are not
prepared for college-level science
12%
Undergraduate engineering degrees earned
by underrepresented groups,ages 18 to 24.
In2it Learning teaches skills that help students excel in STEM majors and other fields.
In2it Learning bridges the math and science gap with creative problem solving activities.
Through classroom instruction and virtual forums, In2it Learning promotes diversity.
In2it Learning teaches skills that help students excel in STEM majors and other fields.
In2it Learning bridges the math and science
gap with creative problem solving activities.
Through classroom instruction and virtual
forums, In2it Learning promotes diversity.
Sparking Creativity Through Intuitive Learning
At In2it Learning, we spark the creativity of K-12 students who display a high interest or aptitude in Science, Technology, Engineering, and Mathematics (STEM) subjects. We build our students’ abilities and confidence through developing real world problem solving skills. Mastering the ability to solve real-world problems will effectively prepare students to succeed in life and strengthen our world.
Preparing Students for Long-term Success
Each course builds student confidence and enthusiasm for learning. Students learn to connect difficult-to-understand abstract concepts with real-world problem-solving. In2it Learning recognizes STEM subjects are intrinsically inseparable. In2it is the only learning method that incorporates computer science into courses from the outset.
1
Foundational Courses
Computer science courses which also serve
as an evaluation platform for other
courses.
2
Intermediate and
Transitional Courses
Math courses for all level of students, including
algebra and geometry, bridging computer
science knowledge and math.
3
Honors Program
and Advanced Courses
Engineering, physics, math and computer science
courses build upon the skills learned in the first
two levels and integrate applications
that go beyond STEM majors.
Foundational Courses
Computer science courses which also serve as an evaluation platform for other courses.
Intermediate and Transitional Courses
Math courses for all level of students, including algebra and geometry, bridging computer science knowledge and math.
Honors Program and Advanced Courses
Engineering, physics, math and computer science courses build upon the skills learned in the first two levels and integrate applications that go beyond STEM majors.
For more information and to learn about classes, contact info@in2it-learning.com.
Applying Hands-on Concepts Improves Problem Solvingcontact info@in2it-learning.com.
In2it Learning’s program transforms abstract concepts into illustrative, hands-on applications that are natural to a young mind’s understanding. In particular, this program is well suited for children who:
- enjoy problem-solving using real-world applications;
- display an interest or aptitude in STEM subjects and the creative arts;
- exhibit a different learning style than other students;
- show enthusiasm for careers in applied sciences and/or the arts;
- seek higher confidence in subjects that include math, computer science, physics, engineering, and creative pursuits that require effective problem solving;
- desire to pursue higher education and want to master logical applications of concepts.