C is one of the most popular computer languages today because of its structure, high-level abstraction, machine independent feature etc. C++ is one of the predominant languages for the development of all kind of technical and commercial software. C++ introduces Object-Oriented Programming, not present in C.

Duration | 120 hours

Introduction of Programming Languages

‘C’ Tokens

Control Statement and Expressions

Looping

Arrays and String

Functions

Pointers

Structure and Unions

File Handling using ‘C’

Dynamic Memory Allocation

Storage Classes and Pre-processor

Program

C++ programming gives you a clear understanding about Object Oriented Programming. C++ is one of the every green programming languages and loved by millions of software developers. C++ is the most widely used programming languages in application and system programming. So you can choose your area of interest of software development.

Introduction to Object Oriented Programming Concept of OOP

C++’ Tokens and Type Casting

Classes & Objects

Function in ‘C++’

Constructors and Destructor

Operator Overloading

Inheritance

Working with files

Exception Handling

Program

Python is a general-purpose, object-oriented programming language with high-level programming capabilities. It has become famous because of its apparent and easily understandable syntax, portability, and easy to learn. Python is a programming language that includes features of C and Java. It provides the style of writing an elegant code like C, and for object-oriented programming, it offers classes and objects like Java.

Duration | 60 hours

Module 1: An Introduction to Python

Module 2: Beginning Python Basics

Module 3: Python Program Flow

Module 4: Functions& Modules

Module 5: Exceptions Handling

Module 6: File Handling

Module 7: Classes In Python

Module 8: Generators and iterators

Module 9: Data Structures

Module 10: Collections

Module 11: Writing GUIs in Python (Tkinter)

Module 12: Python SQL Database Access

Module 13: Network Programming

Module 14: Date and Time

Module 15: Few more topics in-detailed

Module 16: Regular Expression

Module 17: Threads ESSENTIAL

Module 18: Accessing API ESSENTIAL

Module 19: DJANGO

Program

Java has been one of the most popular programming language for many years. Java is Object Oriented. However it is not considered as pure object oriented as it provides support for primitive data types (like int, char, etc) .
Java is used in all kind of applications like Mobile Applications (Android is Java based), desktop applications, web applications, client server applications, enterprise applications and many more.

Duration | 60 hours

Java as Industry 4.0 Enabler

Organization of a Computer

Architecture of JAVA

Breaking the surface

Procure inputs

Life in an Objectvilla

Voyage to Objectvilla

Data Types | Variables | Literals | Type Casting

Floating-point data types – float, double

Character data type

Other Data Types

Modularize your code

Data Herd: Arrays

Most commonly used objects: Strings

Encapsulation

Sharing is caring: “static” keyword

Know your relationship status: Inheritance – “is-a”

Carbon is Diamond: Polymorphism

Refashion the accessibility: Access modifiers – public | protected | default | private

Has-A Relationship: Aggregation and Composition

Everything need not make sense at the top level: Abstraction

Raise your standards: Interfaces

Regex Anatomy: Regular Expressions in Java Risky Behavior: Exception Handling

Pair with your key: Map

Data Compression: JAR Files Make a Connection: Input-Output in Java

Java has been one of the most popular programming language for many years. Java is Object Oriented. However it is not considered as pure object oriented as it provides support for primitive data types (like int, char, etc). Java is used in all kind of applications like Mobile Applications (Android is Java based), desktop applications, web applications, client server applications, enterprise applications and many more.

1. Introduction to Collections

• Understanding the need for collections
• Advantages of using collections
• Overview of the Java Collections Framework

2. Collection Interfaces

• Collection interface
• List, Set, and Queue interfaces
• Key methods in each interface

3. List Interface and Implementations

• ArrayList class
• LinkedList class
• Vector class
• Stack class

4. Set Interface and Implementations

• HashSet class
• LinkedHashSet class
• TreeSet class

5. Map Interface and Implementations

• HashMap class
• LinkedHashMap class
• TreeMap class

6. Queue Interface and Implementations

• PriorityQueue class
• LinkedList class for queue operations

7. Iterators

• Iterator interface
• ListIterator interface

8. Collections Class

• Methods provided by the Collections class for sorting, searching, etc.

9. Comparable and Comparator

• Implementing the Comparable interface
• Using the Comparator interface for custom sorting

10. Concurrent Collections

• ConcurrentHashMap and other concurrent collection classes

11. Custom Collections

• Creating custom collection classes
• Implementing custom iterators

12. Legacy Classes

• Understanding and using legacy classes like Hashtable and Vector

13. Java Streams (Optional)

• Using Java Streams with Collections

Thread:

• A thread is a lightweight process. It shares the same resources (like memory space) with other threads of the same process.
• Threads within a process can communicate with each other more easily than separate processes.

Advantages:

• Concurrency: Multithreading enables a program to execute multiple tasks concurrently, making better use of available resources.
• Responsiveness: Multithreading can improve the responsiveness of applications, especially in graphical user interfaces (GUIs), where the user might interact with different elements simultaneously.
• Performance: Certain tasks, like I/O operations or parallelizable computations, can benefit from multithreading and lead to improved performance.

Challenges:

• Concurrency Issues: Care must be taken to avoid issues like race conditions and deadlocks, where multiple threads may interfere with each other’s execution.
• Synchronization: Threads may need to synchronize their activities, especially when accessing shared resources, to prevent conflicts.

Thread States:

• Threads can be in various states, including running, ready, blocked, and terminated.

Thread Lifecycle:

• Threads go through various stages, including creation, running, blocking, unblocking, and termination.

Thread Synchronization:

• Techniques like locks, semaphores, and monitors are used to synchronize threads and manage access to shared resources.

JDBC (Java Database Connectivity)

1. DriverManager:

• DriverManager is a class in the JDBC API that manages a list of database drivers. It is responsible for establishing a connection to the database using an appropriate driver.
• The getConnection method of DriverManager is used to establish a connection to a database. It takes a URL, username, and password as parameters.

1. Driver:

• A JDBC driver is a software component that enables Java applications to connect to a database. There are four types of JDBC drivers:

• Type 1: JDBC-ODBC Bridge Driver
• Type 2: Native-API Driver
• Type 3: Network Protocol Driver
• Type 4: Thin Driver (also known as the Direct-to-Database Pure Java Driver)

• Each type of driver has its own advantages and disadvantages, and the appropriate driver is chosen based on the specific requirements of the application.

1. Connection:

• The Connection interface represents a connection to a database. It is obtained using the getConnection method of the DriverManager.
• The Connection interface provides methods for creating statements, committing transactions, and managing other aspects of the database connection.

1. Statement:

• The Statement interface is used to execute SQL queries against the database. There are three types of statements:

• Statement: Used for general-purpose queries with no parameters.
• PreparedStatement: Used for precompiled SQL queries with parameters.
• CallableStatement: Used for calling stored procedures.

1. ResultSet:

• The ResultSet interface represents the result set of a query. It provides methods for retrieving data from the database after the execution of a query.
• Developers use ResultSet to navigate through the rows and columns of the query result and retrieve the data.

1. SQLException:

• SQLException is an exception class that provides information about errors that occur during database operations. It helps developers handle exceptions gracefully and provides details about the nature of the error.

1. Batch Processing:

• Batch processing allows the execution of multiple SQL statements in a single batch, which can improve performance by reducing the number of round-trips between the application and the database.

1. Transaction Management:

• JDBC supports transactions, allowing multiple SQL statements to be executed as part of a single transaction. The Connection interface provides methods for managing transactions, such as commit and rollback.

• Introduction to JSP
• SpringBoot Framework

FRONTEND

HTML | CSS | Java Script

BACKEND

Java | SpringBoot

DATABASE

SQL

Duration-180Hrs

FRONTEND

HTML | CSS | Java Script

BACKEND

Python | Django

DATABASE

SQL

Duration-180Hrs

MS Office(Complete)

Paint