Learning about basic component level understanding, deciding what to use and when.

Understanding the limitations and advantages of each component.

Students will be using a platform that allows them to make circuit’s virtually and program them to simulate and see the desired outcome if done using physical components.

Evaluations at various levels to check the performance of every child.

Ample practice activities for the child to gain confidence in programming and track their progress with each activity.

Mufaddal Kagalwala

Mufaddal Kagalwala is a STEM trainer for students and educators. He has 10+ years of experience and has personally curated a number of products in the educational toy industry, STEM (Science, Technology, Engineering, and Mathematics) domain. He is also the chief trainer for LEGO Education, Arduino Education, Strawbees Education, Kubo Education, Sam Labs. Having experience in the industry and designing so many products, he has taken up to educate students about STEM and its benefits.

Having a career and focus on STEM is the next big bubble as compared to in the past in becoming a successful Doctor or Engineer, the reason today majority of the things are technology-driven.

As a teacher, he has interacted with hundreds of students, trained, and built their interest in this field. Having said this the students have benefited by understanding the concepts taught to them in theory reinforced.

Awards and Accolades

Awarded to be the Chief trainer for Duck Learning India.

How many Sessions?

24 sessions

Session Topics

1.Topic

Platform and Components

Outcomes

Introduction to platform, creation of accounts, platform interface and building 1st circuit

Duration

40 minutes

2.Topic

Basic Circuit

Outcomes

Building the 1st circuit and modify to add more components and learn about the same

Duration

40 minutes

3.Topic

Add on to Circuit

Outcomes

Taking the existing circuit to the next level with introduction to more newer components and understanding their controls

Duration

40 minutes

4.Topic

Learning Sensor 1

Outcomes

Introduction to PIR Motion sensor

Duration

40 minutes

5.Topic

Learning Sensor 2

Outcomes

Introduction to Tilt sensor

Duration

40 minutes

6.Topic

Intermediated Circuit

Outcomes

Build circuits incorporating all that has been taught earlier to make it work together with more components and synchronization of components

Duration

40 minutes

7.Topic

Introduction to Arduino

Outcomes

Introducing the micro controller board and it's components

Duration

40 minutes

8.Topic

Progamming with Arduino

Outcomes

Creating the basic code to program, Arduino board

Duration

40 minutes

9.Sensors with Arduino 1

My blocks

Outcomes

Learn to add sensor to the board and control it to become autonomous - Ultrasonic sensor

Duration

40 minutes

10.Sensors with Arduino 2

My blocks

Outcomes

Learn to add sensor to the board and control it to become autonomous – Motion Sensor

Duration

40 minutes