Frequently asked questions

Click the question below:

Q. What are the eligibility criteria for enrolling in the courses?

To enroll in our courses, different eligibility criteria apply based on the specific course:
  • For Java and Python courses, an interest in learning coding is required.
  • Software testing courses have no coding requirements.
  • Advanced Office, Tally, Power BI, Tableau courses require an interest in creativity.
  • For the Spoken French course, a basic knowledge of English is necessary.

Q. What mode of training is provided for the courses?

The courses are delivered through online and live hands-on training mode, providing participants with a dynamic and interactive learning experience.

Q. Will recordings of the lectures be provided?

Yes, recordings of the lectures will be made available to participants for reference and review.

Q. Is it possible to change the batch timing?

Yes, participants have the flexibility to change the batch timing to suit their schedule and preferences.

Q. If a lecture is missed, can it be revisited later?

Yes, participants have the opportunity to revisit and revise missed lectures to ensure a comprehensive understanding of the course material.

Q. What resources are provided, including notes, assignments, quiz, projects, and certifications?

Comprehensive resources, including notes, assignments, quizzes, projects, and certifications, are made available to participants to enhance their learning experience and skill development.

Q. Is placement assistance provided after completing the courses?

Yes, participants receive placement assistance to facilitate their entry into the workforce upon successful completion of the courses.

Q. Can participants suggest additional topics for inclusion in the courses?

Yes, participants are encouraged to suggest additional topics, especially if they are deemed important for interviews or further skill development.

Our offers

Robotics - Class 6-12

₹8000(25 hours)

  • Introduction to Robotics:
    • History of robotics
    • Basic concepts and definitions
    • Types of robots
    • Applications of robotics in various fields
  • Mechanical Design:
    • Components of robots (sensors, actuators, controllers, etc.)
    • Designing robot structures (chassis, arms, grippers)
    • Degrees of freedom and kinematics
  • Electronics and Electrical Circuits:
    • Basics of electricity and circuits
    • Sensors and actuators
    • Microcontrollers (like Arduino or Raspberry Pi)
    • Introduction to soldering and assembling electronic components
  • Programming and Software:
    • Introduction to programming concepts
    • Programming languages used in robotics (such as Python, C/C++, Scratch for younger students)
    • Software tools for design and simulation
  • Robot Control:
    • Open loop vs. closed loop control
    • Use of different algorithms for movement and path planning
  • Sensors and Signal Processing:
    • Types of sensors (ultrasonic, infrared, touch, light, etc.)
    • Data acquisition and processing
    • Interfacing sensors with microcontrollers
  • Actuators and Movement:
  • Robotics in Real World:
    • Industrial robots
    • Service robots
    • Medical and assistive robots
    • Unmanned vehicles (land, air, and water)
  • Safety and Ethics in Robotics:
    • Safe design and operation of robots
    • Ethical considerations in the use of robots (privacy, job displacement, etc.)
  • Hands-On Projects and Competitions:
    • Designing, building, and programming a simple robot
    • Working in teams to solve challenges
    • Participation in robotics competitions like RoboCup, World Robot Olympiad (WRO), or FIRST LEGO League (FLL)
  • Emerging Technologies:
    • Artificial Intelligence (AI) and Machine Learning (ML) in robotics
    • Human-robot interaction
    • Internet of Things (IoT) and robotics
  • Career Opportunities in Robotics:
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Programming course Classes 6-12

₹8000(30 hours)

    1. Secondary Level (Classes 9 and 10):
      • Understanding Computer Systems and Software
      • Introduction to Object-Oriented Programming Concepts
      • Basics of Java Programming (syntax, data types, variables, operators)
      • Control Statements (if, if-else, switch, loops)
      • Introduction to Classes and Objects
      • Basic Input and Output
      • Simple Programs focusing on aforementioned concepts
    2. Senior Secondary Level (Classes 11 and 12):
      • Review of OOP Concepts in Java (Classes, Objects, Constructors, methods)
      • Data Structures: Arrays, Strings
      • Inheritance and Polymorphism
      • Interfaces and Abstract Classes
      • Exception Handling
      • File Handling and I/O Streams
      • Collections Framework (may be introduced)
      • Basic GUI programming with AWT/Swing (if part of the syllabus)
      • Applet Programming (though applets are largely deprecated)
      • Event Handling and Layouts
      • Multithreading (basic introduction)
      • Networking (basic concepts if included in the curriculum)
      • Database connectivity through JDBC (if included in the curriculum)
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Python programming classes 6-12

₹8000(40 hours)

    1. Grade 11:

      1. Getting Started with Python
        • Introduction to Python
        • Basic concepts: Variables, Data Types, Operators
      2. Flow of Control
        • Conditional statements (if, if-else, if-elif-else)
        • Looping (for and while loops)
      3. Functions
        • Defining and calling functions
        • Passing parameters and returning values
        • Recursion
      4. Data Handling
        • Lists
        • Tuples
        • Dictionaries
        • Strings
      5. File Handling
        • Reading from and writing to files
        • Understanding file operations and modes
        • Using with block for resource management
      6. Exception Handling
        • Try-except block
        • Handling multiple exceptions
        • finally block

    2. Grade 12:

      1. Data Structures
        • Stacks and Queues
        • Linked Lists (in some cases introduced)
        • Trees and Graphs (basic overview)
      2. Object-Oriented Programming
        • Classes and Objects
        • Inheritance
        • Polymorphism
        • Encapsulation and Abstraction
      3. Databases and SQL
        • Introduction to DBMS
        • Basic SQL queries
        • Connecting Python with databases
      4. Boolean Algebra
        • Binary numbers and operations
        • Boolean functions and gates
      5. Networking with Python
        • Basics of networking
        • Creating simple network applications
      6. Web Development (optional)
        • Introduction to web frameworks such as Flask or Django
        • HTML/CSS basics, and integrating with Python
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