We at Stemlabs aim to make STEM (Science, Technology, Education and Mathematics) Education accessible to all the children across the world by way of engaging them with loads of fun using our custom-designed kit to construct endless and unlimited models along with animated user-friendly software. We help them move towards DICE, which is Design thinking, Innovation, Creativity and Entrepreneurship. Our vision is to change the education system for a better tomorrow. How does our program work? We offer programs right from the early age of 4+. The Inspire 'Builders’ program for children ages 4+ is a stepping stone to STEM using simple machines. We help little hands to build, recreate, and innovate by building interesting models related to various themes. Our Inspire 'Freshmen'​ program helps children ages 8+ to build motorized machines. In this program, they will explore mechanical, physical, and logical aspects of machinery by building real-life motorized machines. Our next step up is the Inspire 'Challengers'​ Program ages 12+ where our teens will toy with technology by maneuvering motorized machines. This program is designed to help students to do well in school and prepare them for college studies regardless of the career path they choose. Why are we different? Our custom-designed kit can be reused in more than 100 ways to construct models. Our hands-on STEM-based curriculum prepares your child for school in a comprehensive, fun and engaging way. Our approach to learning is beyond textbooks, blackboards, and chalks. So BUILD, PLAY, LEARN here at Stemlabs. Website: https://www.stemlabs.in/ Amazon product: https://amzn.to/2o4n9ax

1. STEMLABS
Robotics the fun way

2. Mission and Vision
• Spark creativity and bolster a deep interest in Science, Math and Engineering in
children through hands-on learning by “making”.
• Deliver a balanced, STEM focused education that equips and empowers our learners
with the skills, knowledge and experience vital for success.
• We know that Children resent traditional lecture format but love the Active &
engaged learning format. We at STEMLABS develop educational products to immerse
children in the field of robotics by engaging them in role play and games. Teaching
STEM concepts through gaming will forever change the child’s appetite to learning
and will prepare them to move towards DICE-design thinking, innovation, creativity
and entrepreneurship and It is STEMLABS vision and focus to change the education
system for a better tomorrow.

3. Programs

4. Freshman Class Structure
• Preparation.
o Choose concept of the week (Fulcrum, torque, Centrifugal force etc..)
o Practice model building and model enhancements.
• Execution. (60-75 minutes, once a week)
o Teaching the concept (10 minutes; Use slides to enhance delivery)
o Model building.
o Iterate concept and tie concept with the model.
o Cleanup.

5. Overall Program Structure
Curriculum
• Freshman
Execution
• Freshman
Business
• School
• stemlabs

6. Freshman Curriculum

7. Freshman Execution
Learn Build Play

8. Responsibilities
School
• Enrollment
• Teacher Training
o Week before Module, Instructor
undergoes training.
o Concept review
o Model building
• Setup
o Material setup. (Batteries, Motors,
instruction sheets etc..)
o Classroom setup
STEMLABS
• Program readiness
o Equipment leasing.
o Classroom material.
o Instructor Material
• Teacher Training
o Train the trainer.
o Online support.

9. Why stemlabs?
• The overall course objective is to impart theoretical and applied knowledge in the
fields of Science, Technology, Mechanical Engineering, and Math (STEM) by using
technic modular bricks and other exciting tools.
• The main goal of the course is to illustrate content through stories and
demonstrations. Our students will learn math and physical principles through
intuitive study, develop their independent learning and improve their building skills.
The course will provide mathematical integration between physical laws and the
simple calculations to support them. The laws and mathematics are both illustrated
through the construction of exciting stemlabs models.
• Once the concepts have been demonstrated students enjoy hands on building the
models which provides experiential learning and reinforces the lessons topic. To carry
out the building process, students receive a tailor made kit developed by stemlabs.

10. Thank You