School-Young Genius Jumpstart Programs

Young Genius Jumpstart Program

This foundation course gives the child a head start in approaching his/ her future. In the present he or she lays the foundation on how the theory that they are learning in school is being applied – forever transforming their approach to learning. By revising certain science and electronics concepts and by learning & practicing a 5-step process of logical problem-solving using technology and creativity, students will be able to go beyond what they are learning now and be empowered to deal with a variety of situations. It provides an overview of the technology that they will be using and applying as they progresses in life. They will also develop a hands-on approach sorely lacking in most schools today.

Foundation Program

IoT + Robotics + Product Design using 3D Printing

Internet of Things (IoT): Level 1

It is about imbuing/ imparting intelligence to machines. We are surrounded by IoT without even realising it.
Academic Concepts:
Electricity, resistance, conductivity, ohms law, Flemings law, Solenoid, Electromagnetism, Light and sound spectrum – reflection of sound
Applications:
Home security solution with motion sensor
Automated door openings
Smart lights
Smart agriculture
Road safety for the driver of a vehicles

Robotics: Level 1

It is about creating/ building mechanical structures that can perform tasks (Like sweeping the streets or picking up loads more efficiently).
Academic Concepts:
Force, torque, mechanical advantage, work done, Newton’s first law (transformation of energy), Potential energy, Kinetic energy and Pneumatics, Pascal's law.
Applications:
Click Clock
Wind mill
Hydro power
Solar power
Sail boat using gears, pulleys & levers.

Product designing using 3D printing: Level 1

It describes the process of imagining, creating, and iterating products that solve users' problems or address specific needs.
Academic Concept:
Volume, area, cartesian system, perimeter, angles and dimensions, shapes, number system, axis of symmetry, properties of triangle, vertices and edges, parallel and perpendicular lines, pythagoras and midpoint theorem.
Application:
3D applications in the areas of Health, Fashion, Architecture, Interior design, Bottle cap – consumer goods

Integrated Program (IORT):

IoT + Robotics
Students will learn to develop 12 IoT & Robotics applications using laws of Physics integrating with other sciences like chemistry & biology.

Internet of Things (IoT): Level 1

It is about imbuing/ imparting intelligence to machines. And we are surrounded by IoT without even realising it.
Academic Concepts:
Light and sound spectrum– reflection of sound, Electricity, Resistance, Conductivity, Ohm's law, Fleming's law, Solenoid, Electromagnetism.
Applications:
Home security solution with motion sensor
Automated door openings
Smart lights
Smart agriculture
Road safety for the driver of a vehicle

Robotics: Level 1

It is about creating/ building mechanical structures that can perform tasks (Like sweeping the streets or picking up loads more efficiently).
Academic Concepts:
Force, torque, mechanical advantage, work done, Newton’s first law (transformation of energy), Potential energy, Kinetic energy and Pneumatics.
Applications:
Gears
Click Clock
Wind mill
Hydro power
Solar power
Sail boat using gears, pulleys & levers

Robotics: Level 2

It is about building a smart bot using concepts from Robotics L1 & IoT L1, to solve real world problems.
Academic Concepts:
Sound, Distance and speed calculations, 3 dimensional movement / displacement hence velocity/ acceleration, Right hand rule of torque and angular momentum – gyroscopic movement, Light (visible and invisible), Beer and Lambert's law - Amount of light absorbed is proportional to the concentration of the light absorbing substance, Haemoglobin and its Oxygen carrying ability, Rate of heart beat/ Oxygen content.
Applications:
Line following robots
Maze solver, a robot that remembers the way, a live streaming robot
Gesture-controlled robot

Integrated Program

IoT + Data Science
Humans today are generating 2.5 quintillion bytes of data each day at our current pace. Understanding how to collect this data and harvesting this data to help solve real life problems is a big opportunity. This integrated course builds on the foundation of the practice of IoT and Data Science to develops complex applications to solve world problems.
IoT is the way data is captured across various applications. IoT gives an understanding of how to enable automation in a stimulus-response cycle.
Teaching Data Science to kids is proven to improve their analytical, logical, and problem-solving skills, and improve their performance at school while preparing them for success in a data-driven future.
The true power of Data Science is when you combine the collection of the data as well through the use of sensors and IoT.

Internet of Things (IoT): Level 1

Academic Concepts:
Light and sound spectrum – reflection of sound, Electricity, Resistance, Conductivity, Ohms law, Flemings law, Solenoid, Electromagnetism.
Applications:
Home security solution with motion sensor
Automated door openings
Smart lights
Smart agriculture
Road safety- obstruction detection

IoT (Internet of Things): Level 2

Academic Concepts:
Light (visible and invisible), Conductivity, Electromagnetism, Beer and Lambert's law- Amount of light absorbed is proportional to the concentration of the light absorbing substance, Haemoglobin and its Oxygen carrying ability, Rate of heart beat/ Oxygen content.
Applications:
Home safety
Breath analyzer
Oximeter
Gesture controlled lights

Data Science: Level 1

Data Science helps to analyse this collected data. It teaches kids to obtain, clean/process, and transform data.
Academic Concepts:
Mathematical concepts like Mean, Median, Mode, Standard deviation, line graph, bar graph and histogram.
Applications:
They will learn to collect data and analyze data to solve real world problems/ questions
Travel prediction based on traffic conditions (navigation)
Covid 19 case prediction (Healthcare)
Retail store profitability (E-commerce)
Weather prediction

3D Printing for Product Design

Our Product design course using 3D printing brings technology into the art and science of product design.
Using mathematical concepts like volume, 3D geometry etc and combining creativity with logical problem solving, product design is given a new dimension. This is translated into 3D printing– the future of manufacturing, giving our young designs a jumpstart to the science of design itself. Here too, they learn and practice out step-wise process of logical problem-solving using technology,.It is almost as if she will jumpstart her education and future afresh.
This entire course gives you the foundation on which you can build your technology skills specializing in 3D Printing & Product Design. It is for anybody who wants to marry a logical mindset with creativity.

Academic Concepts
Applications

Academic Concepts Covered

3D Printing Level 1 & Level 2:
Volume, area, cartesian system, perimeter, angles and dimensions, shapes, number system, axis of symmetry, properties of triangle, vertices and edges, parallel and perpendicular lines, pythagoras and midpoint theorem.
Designing Concepts Level 1:
Elements of design, principle design, ergonomics, design research, form studies, product detailing.

Students develop applications in the areas of:

Health
Fashion
Architecture
Construction
Aerospace
Engineering
Interior design - joints
Consumer goods

100%

Foundation Program

Internet of Things (IoT): Level 1

Robotics: Level 1

Product designing using 3D printing: Level 1

Integrated Program (IORT):

Internet of Things (IoT): Level 1

Robotics: Level 1

Robotics: Level 2

Integrated Program

Internet of Things (IoT): Level 1

IoT (Internet of Things): Level 2

Data Science: Level 1

3D Printing for Product Design

Academic Concepts Covered

Students develop applications in the areas of:

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