5yrs to 12yrs

Students in the range of 5yrs-12yrs are taught simple machines (i.e. Simple robots) for better understanding of mechanical concepts.

Students learn various concepts of STEM and learn “How”, “Why”, “Where” it can be implemented

These are some robotic models the Students have made on their own:-

1. Speedster:- A three wheeled bike which will be moving with the help of DC/BO motor and gears
2. F1 car: – A robotic racing car which is a prototype of the model which are actually used in F1 race.
3. Vintage: – A four wheeled car prototype which were made in the 20^th
4. Windmill: – A prototype of how windmill works and how it converts wind energy to electrical energy.

More such robots are made and an internal competition is conducted for enjoyment of children.

• Build Simple machines.
• Learn STEM concepts
• Overcome Problems
• Implement project based ideas
• Learn various mechanical parts such as pulleys, gears, shaft, axel etc.
• Learn various scientific concepts such as torque, push, pull, friction, pressure etc.
• Learn various electronics and electrical concept such as electricity, current, voltage, battery, power supply, etc.

• Build Simple machines.
• Learn STEM concepts
• Overcome Problems
• Implement project based ideas
• Learn various mechanical parts such as pulleys, gears, shaft, axel etc.
• Learn various scientific concepts such as torque, push, pull, friction, pressure etc.
• Learn various electronics and electrical concept such as electricity, current, voltage, battery, power supply, etc.

Below are some examples of the electronic projects which the students will create:

What do Student’s Learn?

1. Implement Project Based Ideas
2. Basic Electronic Components
3. Mechanical Concepts
4. Electronic Concepts
5. Electrical Concepts
6. Power Generation Techniques
7. Engineering & Technology

As technology dominates our lives, learning basic computer programming isn’t just a smart idea, it’s an essential skill for grown-ups and children alike. Learning how to build simple websites and games helps kids refine their design, logic and problem-solving abilities. It also allows them to express ideas and creativity in unique ways.

Our training programs are carefully and scientifically designed to bring out the innovation and creativity through out-of-the-box approach while giving the child an opportunity to explore computer programming and Technology. Whether or not your child grows up to be the next Zuckerberg, programming is a highly useful skill for him or her to learn. It teaches vital problem-solving, creativity, and communication skills. Plus, it can be downright fun for you both.

What do Student’s Learn?

1. Able to have fundamental knowledge on basics of computers hardware and number systems.
2. Able to understand the basic terminology used in computer programming.
3. Learn to use browser and search hyperlink capabilities.
4. Describe uses of the internet and design a simplistic web page using HTML coding.
5. Understanding the concepts of c programing.
6. Learn vital problem-solving, creativity and communication skills.

This is the beginner level for the students above 12 yrs. to understand the various electronic components, their properties and usage. It helps them to make various projects and use them at home or in school exhibitions.

Our Electronic D-I-Y Projects prepares students to understand the complete details of electronic components and their application. It also inculcates creative and innovative thinking among the students and prepares them for using technology for the benefit of society.

If students are given these valuable inputs at early age, it helps them understand how to use this knowledge for creating useful products for home and society. Innovative and creative thinking coupled with analytical and logical reasoning helps the development and growth of brain for the child at the young age.

In this level, students learn newer technologies and build robots based on these technologies. One can use this knowledge further to Automate their Home or Offices. Deep understanding and knowledge of the technologies help students become more creative and innovative in their approach. Today in the era of smart phones and internet, students are already using these technologies. Once they learn these technologies which are easily available, they will be able to tweak it, churn it and make excellent use of it.

DTMF CONTROLLED CHAMPION ROBOT

• Assembling the robot and operations
• Programming using Arduino Basic Electronics
• Microprocessor and Microcontroller
• DTMF Module datasheet
• Connections and Configurations
• Controlling through DTMF

BLUETOOTH CONTROLLED CHAMPION ROBOT

• Basic Electronics
• Microprocessor and Microcontroller
• Bluetooth Module datasheet
• Connections and Configurations
• Controlling through Bluetooth APP
• Programming using Arduino
• Assembling the robot and operations

HAND GESTURE CONTROLLED ROBOT

• Basic Electronics
• Microprocessor and Microcontroller
• Configuring two micro-controller for Master and Slave format
• Understanding motor controls
• Accelerometer Module datasheet
• Configuring Sensors on the micro-controller and data exchange
• Connections and Configurations
• Controlling through Bluetooth APP
• Programming using Arduino
• Assembling the robot and operations

Arduino Based D-I-Y Kit – Advance Level

Students are taught to use Arduino Microcontroller integration with sensors and output devices using various technologies like Bluetooth, DTMF and RF

Arduino Based D-I-Y Kit – Expert Level

Students create Expert Level projects and learn various application of technology in their surrounding at low cost. Projects like Arduino Home Automation System, Climate Control, Arduino Radio, etc.

IOT for Employment

Internet of Things (IOT) is the new buzz word in the industry. Several Startups and companies are working on IOT projects and there is a huge demand for Engineers with knowledge of IOT. Our students create innovative and creative projects like Home Automation, Transport Monitoring and Feedback system using GPS, etc.

3D Printing Technology

Every Engineer dreams to make a product of his/her own. 3D Printing technology has brought product designing to your doorstep and a very economical rate. You can make prototype of even manufacture complex products on 3D Printer without having to spend a fortune on protyping.

Engineering Projects

Engineering College students spend almost 6 months i.e. one semester for making projects which is a vital component for their academics as well as future career. Unfortunately, many of them just buy the projects. Hence, in the interview, they are not able to answer the industry questions and are caught by the interviewers who are very shrewd to understand the signs of uneasiness and lack of knowledge.

Hence, to avoid these issues with students, we provided guided engineering projects at very low cost and also train students before hand in understanding the technology. Our methodology is very unique. We get the project done from the student under guided environment and teach the nuances of the project which the engineering college professors, quiet understandingly, are not able to guide.