The Java Training Course at Yuva Sakthi Academy is designed to transform aspiring developers into proficient Java professionals. This comprehensive program covers essential topics, including Core Java, J2EE, Spring, Hibernate, and Struts, through interactive hands-on sessions. Participants will gain a deep understanding of Java programming and data structures, empowering them to tackle complex real-world challenges effectively.

Throughout the course, students will learn to design and develop dynamic web applications using modern Java frameworks in conjunction with MySQL databases. The curriculum is tailored to cover a wide array of industries, including Banking, Insurance, Healthcare, and Gaming, ensuring that learners acquire relevant skills that meet current market demands.

By enrolling in the Java Training Course, participants will also be well-prepared to pass the Oracle Certified Associate, Java SE8 Programmer exams on their first attempt, paving the way to becoming certified Java developers. This certification is recognized globally and opens doors to numerous career opportunities in the ever-evolving tech landscape.

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Overview of Java Training

The Java Training Course at Yuva Sakthi Academy is designed to equip you with the skills necessary to excel in modern software development. This course focuses on advanced programming techniques for building robust Android applications and creating Selenium testing environments. Enhance your SQL capabilities to efficiently retrieve and manipulate data from Oracle databases while building dynamic applications and comprehensive reporting systems. Covering everything from foundational concepts to advanced Java principles, including Multi-Threading, Collections, and Array Lists, this program emphasizes hands-on practice to ensure a thorough understanding.

Our Core Java training empowers students to develop effective solutions for real-world challenges using Java. The curriculum spans essential Core Java concepts, enabling learners to navigate both fundamental and intricate programming scenarios.

Throughout the training, participants will master critical Object-Oriented Programming (OOP) principles, JDBC, Swing, Applets, and JavaBeans, which are crucial for creating standalone applications. The course prepares students to deploy cross-platform applications in various computing environments. By completing our Core Java course, you will emerge as a knowledgeable and innovative Java programmer, ready to excel in the software industry.

The curriculum also includes key topics such as data types, control structures, variables, arrays, iterations, and methods. The advanced modules are tailored to provide in-depth knowledge of frameworks like JUnit and JDBC, along with insights into Java 8 features, constructors, and more. Upon successful completion of the Core Java training, candidates will receive a certificate recognized by top companies. According to Payscale.com, the average salary for a Core Java Developer is around $83,536.

About the Core Java Course

The course modules are meticulously crafted by Yuva Sakthi Academy's professionals, who stay abreast of the latest advancements in Java technology. Each module is designed to cover the essential topics required to excel in Java examinations and interviews. With real-world examples, hands-on projects, and a blend of theoretical and practical training, students will gain a solid grasp of Core Java concepts with ease.

Eligibility

This Core Java and Advanced Java Course is ideal for individuals aspiring to pursue a full-time career in Java programming. It is suitable for those with a basic understanding of computer systems. The Advanced Java segment is tailored for software developers, engineering graduates, web designers, and programming enthusiasts.

Prerequisites for Java Training

Before enrolling in the Core Java course, students should possess fundamental computer skills. While prior experience in Java is not mandatory, it can be beneficial. For those entering the Advanced Java training, a foundational understanding of Core Java concepts is recommended.

Advantages of Java Course Training

  • Learn to develop web applications through hands-on projects utilizing Core Java, J2EE, Servlets, JSP, and MySQL databases.
  • The course covers essential topics, including Spring Framework, MVC architecture, Data Structures, Spring Boot, Hibernate, Web Services, and Java Algorithms, preparing you to become a full-stack Java developer.
  • Gain a comprehensive understanding of Object-Oriented Programming principles within the Java environment.
  • This training teaches you to create efficient and portable desktop and Android mobile applications, employing coding techniques such as Java constructs, OOP principles, dynamic data storage, threading, JDBC, exception handling, control statements, collections, and database connectivity.

Objectives of Java Training

  • Develop a deep understanding of Java's conditional statements, multithreading, exception handling, data types, and loops, as well as database interactions using the Hibernate framework.
  • Achieve a solid grasp of object-oriented programming concepts in Java, including objects, classes, and advanced Java features such as abstraction and final classes.
  • Learn to implement functions, handle arrays and strings, and use JDBC for database communication via web services.
  • Engage in diverse projects across industries such as telecommunications, banking, e-commerce, and social media.
  • Participate in Java training that involves collaboration with small and medium enterprises to understand industry standards and practices.
  • Benefit from input from Subject Matter Experts throughout the program to gain insights into industry best practices.
  • Gain hands-on experience by working on real-world industrial projects, enhancing your practical skills.

Upcoming Training Batches

Yuva Sakthi Academy provides flexible timings to all our students. Here is the Java Training Course Schedule in our branches. If this schedule doesn’t match please let us know. We will try to arrange appropriate timings based on your flexible timings.

Time Days Batch Type Duration (Per Session)
8:00AM - 12:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
12:00PM - 5:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
5:00PM - 9:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs

Syllabus of Java Training

Java and Advanced Java Syllabus

Module 1: Introduction to Java

  • Overview of Java
  • History of Java
  • Features and Benefits of Java
  • Java Environment Setup
  • Installing JDK and JRE
  • Setting up IDEs (Eclipse, IntelliJ IDEA, NetBeans)
  • Basic Syntax and Structure
  • Java Syntax and Data Types
  • Operators and Expressions
  • Control Statements (if, switch, loops)

Module 2: Object-Oriented Programming (OOP)

  • Basics of OOP
  • Principles of OOP: Encapsulation, Abstraction, Inheritance, Polymorphism
  • Classes and Objects
  • Declaring Classes and Creating Objects
  • Instance Variables and Methods
  • Constructors
  • Default and Parameterized Constructors
  • Constructor Overloading
  • Inheritance
  • Types of Inheritance (Single, Multiple, Multilevel, Hierarchical)
  • Super Keyword and Constructor Chaining
  • Polymorphism
  • Method Overloading vs. Method Overriding
  • Dynamic Method Dispatch
  • Abstract Classes and Interfaces
  • Abstract Methods and Classes
  • Creating and Implementing Interfaces
  • Multiple Inheritance through Interfaces

Module 3: Exception Handling

  • Introduction to Exceptions
  • Types of Exceptions (Checked and Unchecked)
  • Importance of Exception Handling
  • Try-Catch Block
  • Catching Exceptions Using Try-Catch
  • Multiple Catch Blocks
  • Finally Block and Try-with-Resources Statement
  • Creating Custom Exceptions

Module 4: Java Collections Framework

  • Introduction to Collections
  • Overview of the java.util Package
  • Collection Interfaces: List, Set, and Map
  • Using ArrayList
  • Using LinkedList
  • Using Vector
  • Using HashSet
  • Using TreeSet
  • Using LinkedHashSet
  • Using HashMap
  • Using TreeMap
  • Using LinkedHashMap
  • Understanding Iterators
  • Using Iterator and ListIterator
  • Collections Utility Class
  • Sorting Collections
  • Searching Collections
  • Implementing Custom Data Structures

Module 5: Java Streams and I/O

  • Introduction to Java I/O
  • Byte Streams and Character Streams
  • File Handling in Java
  • Using BufferedReader and BufferedWriter
  • Serialization and Deserialization
  • Transient Keyword
  • Object Streams

Module 6: Multithreading and Concurrency

  • Introduction to Threads
  • Creating Threads: Extending Thread Class and Implementing Runnable Interface
  • Thread Life Cycle
  • Thread Synchronization
  • Inter-Thread Communication
  • Executor Framework and Thread Pooling
  • Concurrency Utilities: CountDownLatch, CyclicBarrier, Semaphore

Module 7: Java Networking

  • Introduction to Networking in Java
  • Understanding TCP/IP and UDP Protocols
  • Working with Sockets
  • Creating a Simple Client-Server Application
  • Using URL and URLConnection Classes

Module 8: Java Database Connectivity (JDBC)

  • Introduction to JDBC
  • Types of JDBC Drivers
  • Connecting to Databases
  • Executing SQL Queries with Statement, PreparedStatement, and CallableStatement
  • Transaction Management and Batch Updates
  • Handling ResultSet

Module 9: Java Design Patterns

  • Introduction to Design Patterns
  • Singleton Pattern
  • Factory Pattern
  • Observer Pattern
  • Decorator Pattern
  • Strategy Pattern
  • Understanding MVC Architecture

Module 10: Unit Testing with JUnit

  • Introduction to JUnit
  • JUnit Annotations
  • Writing Test Cases
  • Assert Class and Test Results
  • Mocking Frameworks (e.g., Mockito)

Module 11: Advanced Java Concepts

  • Reflection API
  • Annotations
  • Lambda Expressions and Functional Interfaces
  • Stream API for Data Processing
  • Java Modules (JPMS)

Module 12: Project Guidance

  • Designing and Implementing a Java Project
  • Best Practices and Coding Standards
  • Version Control with Git
  • Deployment Strategies

Java Trainer Profile

Java Training Instructor Experience

  • Our instructors possess industry-recognized certifications and consistently excel in their professional endeavors.
  • They are actively employed in leading multinational corporations, applying their Java skills in real-world scenarios.
  • With extensive networks, they maintain strong relationships with HR professionals in top-tier companies, enhancing job placement opportunities for students.
  • Their exceptional communication skills enable them to convey complex concepts effectively, ensuring clarity in every class.
  • Trainers have in-depth knowledge of critical Java topics, including Multithreading, Java Beans, JDBC, and more, providing a well-rounded educational experience.
  • They are subject matter experts who stay current with the latest advancements in Java technology and best practices.
  • Committed to student success, they provide personalized mentorship to help trainees navigate their career paths and secure internships.
  • Instructors are dedicated to supporting students in achieving their educational goals, equipping them with the confidence needed for job interviews.
  • We provide flexible training options, including both online and in-person formats, catering to learners from various geographical locations.
  • Our trainers utilize innovative teaching strategies to simplify challenging topics, ensuring students grasp advanced programming techniques.
  • We emphasize hands-on learning, enabling students to apply theoretical knowledge to practical projects, which is essential for success in the field.
  • Instructors offer ongoing support, helping students refine their skills and prepare effectively for industry challenges.
What is Java?
Java is one of the renowned, high-value IT platforms from Oracle Corporation. The exams are classified following editions: Enterprise Edition and Standard Edition. These certification exams bring you recognition of your skills and knowledge in developing rich user interfaces, web applications, application security and performance, mobile devices, and other embedded devices.
We offer training to aspirants at different levels such as corporate, customized, and academic. Most of our trainers are industry professionals who provide training in their part-time for our students. Their experience helps students gain the right industry knowledge.
Trainers also give referrals to our students in their companies, and we have tied up with many MNCs to send our every student for interviews to secure placements in reputed organizations.
How many types of Java are there?
Java can be categorized into five levels based on skills: associate, professional, expert, and master. Here is a list of the levels structured under Oracle’s Java path:
  • Oracle Certified Associate (OCA)
  • Oracle Certified Professional (OCP)
  • Oracle Certified Expert (OCE)
  • Oracle Certified Master (OCM)
  • Oracle Certified Master, Java EE 6 Enterprise Architect
  • Oracle Certified Expert, Java EE 6 Java Persistence API Developer
  • Oracle Certified Expert, Java EE 6 Web Component Developer
  • Oracle Certified Professional, Java SE 7 Programmer (Upgrade)
  • Oracle Certified Professional, Java SE 7 Programmer
  • Oracle Certified Professional, Java SE 8 Programmer (Upgrade) [1Z0-813]
  • Oracle Certified Professional, Java SE 8 Programmer (Upgrade) [1Z0-810]
  • Oracle Certified Professional, Java SE 8 Programmer (OCPJP/SCJP)
  • Oracle Certified Associate, Java SE 7 Programmer
  • Oracle Certified Associate, Java SE 8 Programmer (OCAJP/SCJA)
Which Java certification is best?
Currently, the Oracle Certified Master is highly valued because it is also the toughest to achieve. Even if you have 10 years of Java experience, it’s challenging to pass this exam, making it very prestigious. If you aspire to become a Java architect or solution architect, this is the certification you need to clear. In terms of popularity, the certifications most Java developers pursue are OCPJP and OCAJP.
How many questions are on Java exams?
The number of questions varies by exam. For instance, the 1Z0-808 exam (Oracle Certified Associate, Java SE 8 Programmer) contains 70 questions, while the 1Z0-897 exam (Oracle Certified Expert, Java EE 6 Web Services Developer) has 55 questions. All candidates receive the same Java exam questions to ensure a fair comparison. However, the order of the questions and answers is shuffled for each test.
What is the passing score for Java?
Oracle’s Java exams have a tough passing percentage, close to 65% for both OCPJP (Oracle Certified Professional Java Programmer) and OCAJP (Oracle Certified Associate Java Programmer). You need in-depth knowledge of the Java programming language and APIs to succeed in the exam.
How long is Java certification valid?
Certifications are valid for their specific versions. For example, if you pass the Java 6 exam, your certification remains valid as long as that version exists. You cannot claim it as a Java 8 certification.
Does Java certification expire?
Certifications do not expire. Once certified, you retain that status. For instance, if you are OCAJP8 certified, you will always be OCAJP8 certified. However, Oracle can retire exams, which means your certification will only hold value for the specific Java version you certified in. For example, if you certified in OCJP 6, it is valid only for Java 6. If Oracle discontinues OCJP 6, your certification won’t hold value for the latest versions.
What is the salary for a Java Certified Professional?
According to PayScale, the average salary for a Java developer is $69,722 per annum, with a range of $47,169 to $106,610. The highest-paid Java developers are in Arlington and San Francisco, where the average reported yearly salaries are around $97,000.
In India, the average pay for a Java Software Developer or Programmer is approximately Rs 434,304 per annum. Experience significantly influences income for this role, with skills in Spring and J2EE associated with higher pay. Many people transition to other jobs after gaining more than 10 years of experience in this field.
How do I study for Java?
  • Buy the book "OCA/OCP Java SE 7 Programmer I & II Study Guide" by Kathy Sierra and Bert Bates, and read it at least twice, completing all the self-tests at the end of each chapter.
  • Make proper notes for challenging concepts; you will need them later.
  • Write a lot of code every day.
  • Practice coding exercises online.
  • Review Java certification exam preparation questions from sites like Whizlabs.
  • Be diligent about practicing what you learn regularly.

Key Features of Our Training Institute

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Training Courses Reviews

I highly recommend the computer training institute for anyone who wants to improve their computer skills. The instructors are knowledgeable and patient, and they create a comfortable and supportive learning environment. The curriculum is well-structured and covers a range of topics, from basic computer operations to advanced programming languages.

T

TOM DINESH

*Right place to learn new technologies *Self motivated staffs ... *This institution is a good start for emerging youngster who has a passion in their life I have trained for core Java. It was very useful to learn java from basic level. *The trainers are knowledgeable and real time worked employees. I like this institutions be hope with us. You are really reached your goals....

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Harish Arjunan

One of the best academy to easy learn tally prime from kalpana mam one to one teaching is very excellent ..,coaching is very good and motivational person are here ...great service and excellent teach and friendly staff, good environment and comfortable to learn easily Thank you for wonderfull guide mam. ....

P

Priya Mohan

Frequently Asked Questions

What is Java?

Java is a high-level, object-oriented programming language developed by Sun Microsystems (now owned by Oracle). It was designed with the principle of "write once, run anywhere" (WORA), meaning that compiled Java code can run on any platform that supports Java without the need for recompilation.

Java is renowned for its portability, platform independence, and security features. It is used extensively in building enterprise-scale web applications, mobile applications (Android), desktop applications, and large-scale systems.

What are the key features of Java?

Java offers several features that contribute to its popularity and versatility:

  • Platform independence: Java programs can run on any device or operating system with a Java Virtual Machine (JVM).
  • Object-oriented: Encourages modular and reusable code through classes and objects.
  • Robust: Provides strong memory management, exception handling, and type checking.
  • Secure: Built-in security features like bytecode verification and runtime environment sandboxing.
  • Multi-threaded: Supports concurrent execution of multiple tasks for enhanced performance.
  • High performance: Just-in-time (JIT) compilation optimizes bytecode execution for faster application performance.
  • Dynamic: Supports dynamic memory allocation and automatic garbage collection.
  • Rich API: Extensive library of pre-built classes and packages for various functionalities.
  • Community support: Active community of developers, open-source libraries, and frameworks.
  • Scalable: Scales from small applets to large-scale enterprise applications.

These features make Java suitable for a wide range of applications from desktop GUIs to web servers and embedded systems.

What are the different types of Java applications?

Java applications are broadly classified into:

  • Standalone applications: Also known as desktop applications, these run independently on a user's computer without needing a web browser. They typically have graphical user interfaces (GUIs) and interact with users directly.
  • Web applications: Applications that run on web servers and interact with users via web browsers. Java Enterprise Edition (Java EE) is commonly used for building enterprise-level web applications.
  • Mobile applications: Android applications are primarily developed using Java. Android Studio, the official IDE for Android development, uses Java along with Kotlin for Android app development.
  • Enterprise applications: Large-scale distributed applications built using Java Enterprise Edition (Java EE) technologies such as servlets, JSP (JavaServer Pages), EJB (Enterprise JavaBeans), and Java Persistence API (JPA).
  • Embedded systems: Java is used in embedded systems for its platform independence, real-time capabilities, and robustness in managing hardware resources.
  • Applets: Small Java programs that run within web browsers and provide interactive content. Applets have declined in popularity due to browser compatibility issues and security concerns.

Java's versatility allows developers to create diverse applications ranging from desktop software to enterprise-level systems and mobile apps.

How does Java achieve platform independence?

Java achieves platform independence through its bytecode and virtual machine architecture:

  1. Java source code is compiled into platform-independent bytecode by the Java compiler.
  2. The bytecode is executed by the Java Virtual Machine (JVM), which is platform-specific but acts as an intermediary between the compiled Java code and the underlying operating system.
  3. When a Java application runs, the JVM translates bytecode into machine code suitable for the host system, enabling Java programs to run on any device or operating system that supports the JVM.

This "write once, run anywhere" capability simplifies software development, deployment, and maintenance across diverse computing platforms.

What are the main principles of object-oriented programming (OOP) in Java?

Java follows key principles of object-oriented programming (OOP) to structure code and manage complexity:

  • Encapsulation: Bundling data (attributes) and methods (functions) that operate on the data into a single unit (class).
  • Inheritance: Deriving new classes (child classes) from existing ones (parent classes) to inherit attributes and behaviors, promoting code reuse and hierarchy.
  • Polymorphism: Providing multiple forms of functionality through method overriding (runtime polymorphism) and method overloading (compile-time polymorphism).
  • Abstraction: Hiding complex implementation details behind simple interfaces to focus on essential functionalities.
  • Modularity: Breaking down software into manageable, independent modules (classes and packages) for easier development, maintenance, and testing.

OOP principles in Java facilitate code organization, reusability, and flexibility, enhancing software design and development.

How can Java handle exceptions?

Java uses exception handling to manage runtime errors and exceptional conditions:

  1. Enclose code that may throw exceptions within try block.
  2. Catch specific exceptions using catch blocks to handle and recover from errors gracefully.
  3. Use finally block to execute cleanup code regardless of whether an exception occurs or not (optional).
  4. Throw custom exceptions using throw keyword to indicate specific error conditions in your code.
  5. Handle checked exceptions (compile-time exceptions) by including them in method signatures or using try-catch blocks.
  6. Use unchecked exceptions (runtime exceptions) for critical errors that may not be recoverable during program execution.

Java's exception handling mechanism promotes robust, fault-tolerant code by separating error-handling logic from normal program flow.

What are Java collections and how are they used?

Java collections are frameworks that provide classes and interfaces to store, manipulate, and manage groups of objects:

  • List: Ordered collection that allows duplicate elements (e.g., ArrayList, LinkedList).
  • Set: Unordered collection that does not allow duplicate elements (e.g., HashSet, TreeSet).
  • Map: Key-value pair collection where each element is unique (e.g., HashMap, TreeMap).
  • Queue: Collection designed for holding elements prior to processing (e.g., PriorityQueue, LinkedList).

Java collections framework simplifies data manipulation, iteration, sorting, and searching operations. They enhance code readability, performance, and efficiency in handling data structures.

What is the difference between JDK, JRE, and JVM?

Java Development Kit (JDK), Java Runtime Environment (JRE), and Java Virtual Machine (JVM) serve distinct purposes in Java programming:

  • JDK (Java Development Kit): Comprehensive development kit containing tools (compiler, debugger, libraries) to develop Java applications. It includes JRE.
  • JRE (Java Runtime Environment): Runtime environment required to run Java applications. It includes JVM and core libraries.
  • JVM (Java Virtual Machine): Virtual machine that executes Java bytecode. It translates bytecode into machine-specific code, enabling Java's platform independence.

Together, JDK facilitates Java application development, JRE enables Java application execution, and JVM ensures Java's cross-platform compatibility by interpreting bytecode.

How does Java support multithreading?

Java provides built-in support for multithreading, allowing concurrent execution of multiple threads within a single process:

  • Java's Thread class and Runnable interface facilitate thread creation and management.
  • Synchronization mechanisms such as synchronized keyword and locks (e.g., ReentrantLock) ensure thread-safe access to shared resources.
  • Thread pooling (e.g., Executor framework) optimizes thread creation and management for scalable applications.
  • Java's memory model ensures consistent and synchronized memory access across threads, preventing data races and thread interference.
  • Thread communication and coordination are achieved using inter-thread communication mechanisms like wait(), notify(), and notifyAll() methods.

Java's multithreading capabilities enhance application performance, responsiveness, and resource utilization in concurrent programming environments.

What are Java annotations and how are they used?

Java annotations provide metadata information about Java code and are used for:

  • Code documentation: Annotations like @Override, @Deprecated, and @SuppressWarnings provide additional information and compile-time checks.
  • Compiler instructions: Annotations like @Override and @FunctionalInterface validate overridden methods and functional interfaces.
  • Runtime processing: Custom annotations (e.g., @CustomAnnotation) allow developers to define and process metadata at runtime using reflection.
  • Framework integration: Frameworks like Spring and Hibernate use annotations for dependency injection, transaction management, and ORM (Object-Relational Mapping).
  • Tooling and build automation: Annotations integrate with build tools (e.g., @Test in JUnit for testing) and IDEs to enhance developer productivity.

Java annotations improve code readability, maintainability, and provide declarative programming capabilities to enhance framework integration and runtime processing.

What are the 4 basic keywords for Object-Oriented Programming?

  • Encapsulation
  • Abstraction
  • Inheritance
  • Polymorphism

How many methods are available for Java programming?
There are only two methods that are used in Java:

  • Pre-Defined Method
  • User-Defined Method

What Will You Learn from Java Training?
When you go for the best Java training courses provided by Yuva Sakthi Academy, you get many advantages such as:

  • You will learn by working in the real time projects on Java
  • Practical lessons from the leaders of this industry
  • Interactive online training
  • More scope of finding placement in some of the best IT companies in the country
  • Attain the knowledge of how to scale interview skills for Java
  • Flexible batch timings

Hence, if you are looking for the ideal Java training institute near me then join us at Yuva Sakthi Academy. We have the keys to your success.

Java Training Batch Size

  • Regular Batch (Morning, Day time & Evening): Available Seats: 8 (maximum)
  • Weekend Training Batch (Saturday, Sunday & Holidays) Available Seats: 8 (maximum)

Do I get job support at the end of this course?
Yes, we have a team of dedicated personnel who will provide you with support even after the end of the course. We will help you to:

  • Build a proper resume
  • Share top interview questions and answers
  • Share some of the insights about the real-time projects
  • Bring a better career change

What payment modes are accepted?
We, at Yuva Sakthi Academy, accept almost all major payment options such as Cash, Net Banking or Cards.
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With Java Training , you will learn the basics of Java Language Objects. The complete beginners will learn basic Java Programming Language from Scratch. And the others at advanced level will learn the Essential Developer Course of Java and will become a Junior Java Developer.
The core java tutorials will cover basic concepts and examples for beginners and professionals. With our introductory Java Course , you will gain a competitive advantage by getting certified as a Java Developer.
Java enables future developers to master coding with is one of the most important aspects of today’s technical world. This course helps you get noticed by top hiring companies.
Java is an object-oriented programming language that is globally popular for its syntax which is similar to most other programming languages. This language has earned its status as one of the leading programming languages for business applications. Java will continue to have a great future.
This Comprehensive Java Course will teach you the Java Object Oriented Programming with best practices and instructor led Java EE Demo Projects.  Our updated Java Course Syllabus will focus on 100% Modern java design implementations to develop dynamic and secure real time applications.
Write Java Code like a Pro with our Java training delivered by experienced trainers through online and Classroom with Resume Building and Mock Interviews to get Software developer Jobs.
You will gain strong Practical exposure on SQL & PLSQL database languages Queries along with this Java Course to manipulating data in Real-time Projects. Get in-depth Practical Classes on JAVA 8 features Such as lambda expressions, Stream API, Method and functional interface, Parallel array Sorting and more with Course Materials and Project Assignments.

Introduction to JAVA

Java is a user-friendly yet reliable and secure language used in the internet world. This programming language is known as one of the best platforms for mobile application developers. Java has two strategic domains known as Core Java and Advance Java.
Java is used in a wide variety of computing platforms from mobile phones and embedded devices to supercomputers and enterprise servers. It is the most popular programming language for Client-Server applications with more than 10 million developers worldwide.
Core Java training helps to build an applet or small application modules to make it possible for a Web page user to interact with the page. The Java course helps to get opportunities to work in a cross-platform computing environment

What is Java?

Java is a programming language that was developed by Sun Microsystems. Java is a simple, portable, platform-independent, object-oriented, multi-threaded, secure, architecture-neutral, robust, high performance, dynamic and distributed. It runs on various OS platforms like Mac, Windows, and UNIX. It can be used to develop software and applets.

What is the full meaning of Java?

JAVA (Just Another Virtual Accelerator) being used as slang for “coffee” Java does not have any full form, but a programming language originally developed by James Gosling at Sun Micro systems in 1995, which has since been taken by Oracle Corporation. It derives much of its syntax from the most popular programming languages of all time: C & C++.

What type of language is Java?

Java is an object-oriented language. Its syntax is common as C & C++. Java programs are compiled to class files (bytecode) that can run on any JVM (Java Virtual Machine), making Java a platform-independent programming language. It does not require re-compilation and works efficiently in computers as well as Android mobile platforms.

Why is Java a platform?

Java is a platform for application development. A platform is a loosely defined computer industry buzzword that typically means some combination of system hardware & software that will mostly run all the same software. For example, DEC Alphas running Windows NT would be one platform, Power Macs running Mac OS 9.2 would be another.

What is Java used for?

In today’s world, Java has a wide variety of different uses. For example, Java is used for web-applications like Google docs and also for things like mobile games. Perhaps most notably, Java is mostly used to build applets or small application modules for use as part of a web page. Java can be used to code almost anything. It is often used as a “backend” programming language for the web, so web applications will often use Java code to create Application Program Interface (API) to allow the front-end to do different tasks.

What is the difference between Java and core Java?

Java is a programming language, but Core Java is a part of Java. Core Java is the basic of Java. If you don’t know anything about Java, then you have to start with core Java. Core Java is used for developing a general Java application whereas Advanced Java is used for developing the web-based application and enterprise application.
Core Java is having the concept of Java fundamentals, JDBC, Swings, Applet, Java Beans technology without this; no one can jump on any advance Java technology. Java is basically categorized in 3 parts: J2EE, J2SE and J2ME. To learn J2ME or J2EE, you should know core Java.

What is the difference between Java and Javascript?

JavaScript (JS) is not related to or similar to Java. JS is an OOP scripting language while Java is an OOP programming language. Java creates applications that run in a virtual machine(VM) or browser while JS code is run on a browser only. Java code needs to be compiled, whereas JavaScript code is all in the text. Both languages have a C like a syntax and are mostly used in client-side Web applications, but there are few similarities only.

Is Java an open-source?

In 2006, Sun released much of Java as FOSS (free and open-source software), under the terms of the GNU GPL (General Public License). In 2007, Sun finished the process, making all of Java’s core code available under a free software or open-source distribution terms, apart from a small portion of code to which Sun did not hold the copyright.
Open Java Development Kit (OpenJDK) is an open-source and free implementation of the Java programming language.

Is Java a coffee?

Java logo is a coffee-cup because “Java” is a slang term for “coffee”. Many Java software products contain coffee-related puns (e.g. numerous variants of “espresso”). Gosling wanted a simple but an attractive name for his product. It was named oak at first; later it was changed to Java.

What is j2ee in Java?

J2EE in Java stands for Java 2 Enterprise Edition. J2EE is a Java-centric, platform-independent environment from Sun for developing, building & deploying Web-based enterprise applications online. The J2EE platform consists of a set of APIs, services, and protocols that provide the functionality for developing multitiered, Web-based applications.

What are the Applications/domains using Java Technology?

Java is an amazing technology with applications in several fields from Android applications, server apps at financial services industry, software tools to trading applications. Here is a list of applications of Java:

Which language is better for career Java or PHP?

Many will say it is all about the preference of the programmer, which is true, to a point. Looking at the benefits provided by both PHP and Java, it is clear that they both are very powerful. Every programming is better for other things. JAVA and PHP these are popular development language and while trying to decide which one to choose from these two options for careers.
Both Java and PHP are pervasive and integral to the modern web. These are two platforms, support some of the most profitable and largest sites of the world. Choosing Java or PHP is not the easiest decision. Both have their pros and cons. However, for few projects, one is certainly better than the other. Most Larger projects are better with Java vs PHP. However, small and medium projects are better with PHP vs Java.

Predictions of Java Job Opportunities in upcoming Years & Salary Packages?

Java is one of the top 5 programming languages to learn in 2019 due to the wide application and the flexibility it provides in application development. With the advent of Android, this technology has witnessed new heights. As long as there is Android and people use this OS on their mobile devices, Java will prevail. Java technology is used from Android application development, trading applications to web browsers.
After C++, Java is the most important thing, taking place in the IT industry. With the innovations and the implication of Java in agile and lean thinking, the future for this technology looks bright. Some of the popular real-life use of java are JPC, ThinkFree office suit, NASA World Wind, Blu-ray BD-J, Sun SPOT, etc.
As a Java programmer, you have a wide range of positions to look forward to and a very lucrative career.
Here is a list of the salary package offered by Intel India to Java professionals:

Designations Median Pay
Project Manager, Information Technology (IT) INR 11,10,324
Java Software Programmer, Developer INR 3,37,217
Project Manager, Software Development INR 11,80,930
Software Engineer INR 3,43,095
Senior Software Developer/Engineer/ Programmer INR 5,87,057
Test/Quality Assurance (QA), Engineer (Computer Software) INR 3,00,741
Software Developer INR 3,37,383

Salaries paid by top companies to Java programmers:

Companies Pay Scale Range
Wipro Technologies Ltd. INR 2,56,521- INR 10,17,224
Infosys Limited INR 2,88,422 – INR 9,55,745
Cognizant Technology Solutions INR 8,70,000- INR 9,42,000
Logica CMG INR 3,39,000 – INR 3,62,000
Tata Consultancy Services Ltd. INR 2,44,949 – INR 7,95,257
HCL Technologies Ltd. INR 2,42,568- INR 8,68,856
IBM Global Services INR 2,80,244 – INR 10,99,532

Core Java & Advanced Java Training

We, at Yuva Sakthi Academy, provide you with the complete JAVA training courses . Once you take admission in our institute, you will go out from here as a Java expert. Our complete Java training curriculum includes:

Core Java 7

The Core Java Training Course of Yuva Sakthi Academy includes the introduction of Java, constructors, OOPS concepts, multi-threading, semantics, applets, exception handling, GUI programming, etc.

Advanced Java

Advanced Java course will help you to learn the ability to use the latest technologies and combining them with advanced Java. You will learn using technologies such as Hadoop and its other systems.

J2EE

Those who have good knowledge about the basics of Java look for deeper knowledge on the programming language and that is what Java J2EE Training Course will provide you. J2EE is the platform for developing and deploying applications.

Servlet

In this course, you will get introduced to the Java Servlet platforms which are basically used to handle requests which are acquired from web servers.

JSP

In this course, you will be learning about Java Servlet Pages and its applications. It will work as a foundation for you in building your career as a Java programmer.

JSF

Java Serves Faces is one of the latest Java frameworks which are used to build different web applications. In this course, you will be learning about them and obtain the ability to create the Web user interface on Java.

Struts framework

It is an open-source framework that helps you to develop a web Struts framework is one of the most popular training courses on Java which you should attend.

EJB

It is a server-side programming method that infuses the business strategies inside a web application. In this age, knowing EJB could be highly beneficial for the students.

Hibernate Framework

In this course, you will be learning about an open-source lightweight framework that enables applications to interact with the web applications.

Spring

In this course, you will learn about the Spring framework which can be used by any Java web applications.
Live Project with the actual environment as per the SDLC Principles
In this course, you will be working on live projects and get hands-on experience of how actually working with Java programming language feels like.

Why Should you go for the Java Training ?

With the advancement of mobile application development, Java has become an essential programming language to be added to any software professional’s skill set. It is one of the best choices of developers in the world of programming. Currently, Java finds its application in mobile and web development. Additionally, Hadoop is the most widely used framework of Big Data architecture, and it uses Java for design & development. Hence, Java makes way for professionals in the field of Big Data.

Who should go for the Java Training ?

Java training can be taken up by the following professionals:

How will Java Training help your Career?

This will make you more valuable to your present and/or future employer.

What Skills will you learn in Java Training ?

During the Java course, you will be trained by our expert trainers:

Why Java Training is So Important

Yuva Sakthi Academy offers a wide range of JAVA Training to meet the growing corporate needs. Right from the beginning of the career Java developers will have a decent package and they get very good pay once they get succeeded in their first project.
If you have proper technical knowledge with valid from any of the well-reputed institutions, you can fetch a great job in this Java field, just for this reason many people prefer taking Java Training.

Why to Choose Java Training As a Career Option?

Do a simple Google search by typing the best programming languages for career development. The result you’ll encounter is a head-spinning list of programming languages on different websites. But, there will remain one constant in each of those lists, Java. Read more at Why Choose Java As a Career Option? 

Why Yuva Sakthi Academy is Rated as No.1 Java Training ?

The JAVA Training Institute being offered by Yuva Sakthi Academy will ensure 100% placement and wide industry exposure.

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