10 yrs - 14 yrs

RoboSTAR Jr. Engineer

This course is aimed at providing basic knowledge of electronics to students and give them hands on experience in understanding the electronic components and circuit designing. Here they learn PCB designing and manufacturing techniques. Once a student has this basic knowledge, he/she becomes ready to learn advance electronics.

What to students learn?

  • Basic Level electronics based Robotics Kit primarily for the students who want to take home the kit for further research.
  • Learn Electronics components
  • Learn to read Printed Circuit Board (PCB)
  • Learn to read the flow and distribution of current
  • Learn to Solder the Electronics Components
  • Learn to de-solder Electronics Components
  • Trouble Shooting of the Robotics Kit
  • Install the Electronics Components and Obstacle Avoider Sensors
  • Learn the Line Following concept and its applications

Champion Robo Engineer

In this course, the students learn basics of electronics like electronic components and their properties, application of electronic components, making electronic circuits, understanding micro-controllers, interfacing sensors and micro-controllers, etc.

What do students learn?

  • What is Technology?
  • How is society affected by Technology?
  • Understanding motors, gears, batteries, switches
  • How does electricity flow?
  • Making small electric circuits with different component combinations.
  • Measuring current, voltage and torque
  • Make different simple machine models to help community problems
  • Understand how robots work using logic.
  • Be aware of simple programming techniques
  • Recognize the obstacles programmers face when programming a robot.
  • Design programs on Arduino for light sensors and temp sensors operations
  • Understand Mechanical and Electronics components used in Robots
  • DC Motors, Servo Motors, Different types of Gears,
  • Understanding the Microprocessor 8051 in detail along with its properties and functions
  • Be aware of simple programming techniques.
  • Recognize the obstacles programmers face when programming a robot.
  • Design programs on Arduino for light sensors and temp sensors operations
  • Understand Mechanical and Electronics components used in Robots
  • DC Motors, Servo Motors, Different types of Gears,
  • Understanding the Microprocessor 8051 in detail along with its properties and functions
  • Be aware of simple programming techniques.
  • Recognize the obstacles programmers face when programming a robot.

Creo 4.0 Jr Design Engineer

In this course, the students learns how to make various exciting and innovative designs of products using maths and science knowledge. Designing in Creo 4.0 brings our students creative and innovative thinking. Designing in Creo 4.0 makes students responsibly understand mathematic and science making them more interested in studies. PTC, USA has developed scientific STEM curriculum on Creo 4.0 to let students design exciting products like Sports Water Bottle, Aeroplane, Space Suit, Plant Leaf, etc.

What do Students Learn?

  • What is CREO? Abbreviations and terminology used in CREO,
  • What is 2D sketching? How it is done in CREO.? Features of sketcher?
  • Sketching, Editing sketches, Dimensioning.
  • Sketching commands
  • How to apply Constraining
  • What is part modeling, What are the types of part modeling.
  • Difference between solid model and sheet metal modeling, Sketch based features, Engg features, Editing features.
  • Datum, Editing part model, Dimensioning
  • Task for students :- identify different birds . Collect images for different types of birds
  • Sketching Eagle wings using Arcs, Spline, line, Extruding the sketch of wings
  • Sketching Falcon wings using Arcs, Spline, line, Extruding the sketch of wings, Render
  • Using assembly constraint, Assembling the wings as one assembly
  • Features of sketcher?
  • Datum, Editing sketches, Dimensioning
  • How to apply Constraining
  • What is part modeling? What are the types of part modeling.
  • Difference between solid model and sheet metal modeling.
  • Sketch based features, Engg features, Editing features

IFRA Jr Programming Engineer

Programming is an interesting topic for everyone. One always wonders how computers operate and how different applications or machines or robots perform task on their own. The answer lies in Programming! Today every machine is programmed to function. Be it a microwave, Freeze, Television or Car. Information Technology has touched everyone’s life. So wouldn’t it be exciting to learn programming?

What do Students Learn?

We have three specialisations in Programming:

  • Graphical Programming
  • Web Programming
  • Arduino Programming

A student can learn anyone or all three of them depending on their interest.

While learning robotics, Arduino is very important and integral part of the program. Whereas, with the knowledge of Web Programming, one can build their own websites for family or friends. Graphical Programming is for the beginners who want to try their hands at programming without even typing a code. Each of the programme is uniquely designed to suit the needs of the students.