Java Certification Training Course
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40 Days
Duration
Course Demo Video
Java Training Course Details
Introduction To Java Training
What you’ll learn
- Core Java – Data Types, Methods, Classes, Packages, CLA and OOPS
- Advanced Java Skills – Multi-Threading, Garbage Collection, & IO Streams
- Strings, Collections and Networking
- Advanced Java – JDBC, Servlets, & JSP
- Master Spring Framework & Core Modules, JDBC, ORM, & AOP
- Spring Transaction Management, MVC and JEE
- Build 2 Complex Realtime Java Projects
- Prepare for Java certification exams and get Job Ready
- Resume & Interview preparation and Job Assistance
Prerequisites for Java Training:
We will cover these topics as part of Java training course.
- Basics of Programming
Why Enrol in Java Course?
Java Has Plenty of Job Opportunities as it is one of the most mature and popular programming languages in the world.
Many well-known companies, including Goldman Sachs, eBay, and Google, use this high-performance, object-oriented programming language.
The average Java Developer salary in the United States is $100,878.
Why Choose Us
Learn from the Best
We have got the certified training experts with domain expertise to train you
Real Time Implementation Projects
We will use real time implementation scenarios to explain the course content
Interactive Online Training Sessions
Expert trainers take highly interactive live training sessions and we do share the training videos
Resume, Interview & Job Assistance
We will help you with resume preparation, train you for the interviews, and provide job assistance
Live Demos
You can attend up to 3 live demo classes before you join the course
24*7 Support
We work round the clock and respond to your queries promptly
2000+
Batches Completed
20000+
Happy Students
5 *****
Star Ratings
50+
Expert Trainers
Java Training Course Curriculum
- Introduction to computer languages?
- Need of computer languages
- Java v/s other languages Platform dependencies?
- Introduction to Java
- History of Java JDK software
- Platform Independency
- Structure of Java-application
- Introduction to variables and identifiers
- Type of variables
- Memory construction and destruction of variables
- Rules to create variables
- Naming conventions of variables
- Introduction to Blocks and Methods
- Primitive types
- Reference types
- Introduction to Java Methods
- Need & Classification of functions
- Class keyword and its naming convention
- Class naming convention
- Why main has public access
- Why main has static modifier
- Why return type is void
- System.out.println() description
- Naming convention of methods and packages.
- Overloading main method
- Static members (class level)
- Non-static members (object level)
- Introduction
- Why wrapping
- Boxing and Unboxing
- Auto Boxing and Auto Unboxing
- Primitive to String conversion and vice-versa
- Usage of access modifiers in packages
- Introduction to Packages
- How to create user defined package
- Calling members of same and different packages
- Import statement
- Need of fully qualified name
- Difference between import and include
- Creating and Importing Sub packages
- Introduction to CLA
- Advantage and disadvantages of CLA
- Parse methods
- Scanner and Random classes
- Introduction to OOPS
- Classes and Object
- Encapsulation and Abstraction
- Inheritance and final keyword
- Polymorphism
- Abstract classes
- Interfaces, Aggregation, Association & Composition
- Singleton and Factory classes
- Introduction to multi-tasking and multi-threading
- Drawbacks in multi-tasking
- Creation of Thread
- Life cycle of Thread
- Threads Using Thread and Runnable interfaces
- Time management in multi-tasking and multi-threading
- Sleep(), join(), wait(), notify(), notifyAll()
- Naming to threads via constructors or via setters
- Constructors of Thread class
- Introduction GC
- Introduction to daemon threads
- Drawbacks of
- finalize(), gc(), exec()
- JVM memory increment
- Process class
- Byte & Character streams
- Object streams (Serialization)
- Why serialization
- Transient keyword
- What is persistent state of an object
- Marker interface
- Can we serialize subclass object if super class is not Serializable
- Can we serialize an object contains reference to non-Serializable object
- Byte array streams, Data input streams, Buffered streams
- Working with files
- Static inner classes
- Non-static inner classes
- Local inner classes
- Anonymous inner classes
- Introduction to Strings
- Creating objects to String
- String library functions
- Mutable objects
- Immutable objects
- String/String Buffer/String Reader
- Creating Immutable class
- Introduction to network programming
- Classes and interfaces of java.net packages
- Difference between TCP and UDP
- What is Port?
- What is IP address? Types?
- What is Socket?
- Finding IP address.
- Creating URLs
- Exception classes of java.net packages
- Reading data from URL’s open stream (from local server, global server)
- Writing data through URL Connection
- Introduction to generics & collections
- Difference between arrays and Collections
- Collection interfaces
- List, Set, Map 7 Queue Interface
- Time management over collection classes
- Memory management over collection classes
- Deleting duplicate objects from collections
- equals() method
- Iterator & Enumeration class
- for-each loop
- influence of generics in collections
- Introduction to AWT
- AWT library classes and interfaces
- Introduction to Applets
- Creating Applets
- Applet Life cycle
- Drawing shapes and colors in Applets
- Creating components
- Layout Management, Event Listeners
- Introduction to swings
- Swings API
- Light & Heavy weight components
- Components, Menu & Sub menu creation
- Setting Listeners to components
- Project Creation using APPLETS, SWINGS, AWT and JDBC
- JDBC Introduction
- JDBC Architecture
- Java.Sql Package
- Connection, Statement, Result Set
- Prepared and Callable Statement
- Scrollable and Updatable Result Set
- Batch Updates
- Result Set Meta Data
- Simple Transaction Management
- Four Levels of JDBC Drivers, Their Pros & Cons
- Features of JDBC 3.0/4.0
- Need of server-side Programming
- Introduction to Servlets
- Servlet Life Cycle
- Javax.Servlet Package
- ServletConfig, ServletContext, ServletResponse
- Supplying initialization parameters to Servlets
- Performing database operations in Servlets
- Include And Forward Mechanisms
- Applying filters to Servlets
- Javax.Servlet.Http Package
- HttpServlet Life Cycle
- Http request methods GET vs POST
- HttpServletRequest, HttpServletResponse
- Dealing With Http Headers & Error Codes
- Session Tracking, Purpose
- Hidden form fields, Cookies
- Http Session, Url Rewriting
- Event Listeners
- Web Application Security
- Disadvantages of Servlets
- Introduction to JSP
- JSP Life Cycle
- Creating dynamic Web content with JSP
- Scripting Elements
- Scriptlet, Declaration & Expression
- XML syntax for JSP elements
- JSP directives page, include and taglib
- JSP implicit objects & scopes
- Include And Forward Mechanism
- Using a Java bean in a JSP
- JSP Model 1 architecture
- JSP Model 2 (MVC) architecture
- Custom Tag Development, Classic Tags, Simple Tags
- Error Handling in a JSP
- JSTL
- Expression Language
- Processing XML in a JSP
- Introduction to Spring Framework and Modules
- Introduction to IOC and Spring Container
- Types of Dependency Injections
- Setter injection
- Constructor injection
- Resolving Constructor Injection Confusion
- Collection Dependency Injection
- Autowiring & Dependency Checking
- Spring bean scopes
- Factory methods Configuration
- Bean Inheritance
- Bean Life Cycle
- Aware Interfaces
- Pre and Post Processors
- Working with properties files
- Multiple Configuration files
- Null string
- Method replacement
- Lookup method injection
- Spring expression language (spel)
- Annotation-based dependency injection
- Inner beans
- Alias Names
- Lazy Initialization
- Spring Boot Application Introduction
- Drawbacks of plain JDBC
- Templates, Jdbc Template
- Named Parameter & Simple Jdbc Template
- All the methods defined in Templates
- DAO Support classes
- Callback interfaces
- Basic & Driver manager Data source
- Examples of database access operations using spring jdbc
- Examples of accessing stored procedures using spring jdbc
- RDBMS Operation classes
- Introduction to ORM
- Integrating with Hibernate
- Spring with hibernate without Hibernate Template
- Spring with hibernate with Hibernate Template
- Hibernate Template
- Hibernate DAO Support
- Callback interfaces
- Spring with JPA and other ORM integrations
- Introduction & Need of AOP
- AOP Terminologies
- Types of Advices & Point cuts
- AspectJ Style AOP support
- Programmatic based & Declarative Based AOP
- Introduction to Transaction Management
- Declaring a Spring Transaction Manager
- Configuring isolation levels
- Configuring transaction propagation
- Transactions and integration testing
- Aop 2.0 Configuration driven Transaction Management
- AspectJ annotation-based Transaction engagement
- Introduction To MVC
- Spring MVC flow & Resources
- Dispatcher Servlet
- Controller Classes
- Hadler Mappings
- Validations & View Resolvers
- Tiles in Spring MVC
- Message source
- MVC namespace (new in Spring 3.0)
- Spring Handler interceptors
- I18N
- PDF Views and Excel Views
- Spring MVC annotations
- Struts-Spring-Hibernate Integration
- Scheduling Based Applications with Spring
- Spring Webservices Integration
- Introduction to Java Realtime Project 1
- Build Java Project 1 for Realtime scenario
- Test the Examples and debug the if required
- Introduction to Java Realtime Project 2
- Build Java Project 2 for Realtime scenario
- Test the Examples and debug the if required
- Explain various Core Certification Options
- Discuss 50+ Important Python Certification Questions
- Practice Python Certification questions
- Prepare Crisp Resume as Python Developer
- Discuss common interview questions in Python
- Explain students what jobs they should target and how
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ABOUT UNOGEEKS
Who We Are
Unogeeks is the Top Software Training Institute which delivers Best In Class training in Trending IT Courses. We help you
1) Master IT Skills Hands On from Industry Experts
2) Complete Real World Implementation Projects
3) Clear Official Certification Exams
4) Build Resume and Attend Mock Interviews
5) Build Confidence and Get Job Ready
Java Training FAQs
There are several reasons why someone might consider going for Java programming training:
- Widely Used Language: Java is one of the most widely used programming languages in the industry. It is utilized in various domains such as web development, mobile app development, enterprise software, big data processing, and more. By learning Java, you gain access to a vast job market with numerous career opportunities.
- Versatility: Java is known for its versatility, as it can be used to develop a wide range of applications, including desktop applications, web applications, mobile applications, and enterprise-level systems. It has a robust set of libraries and frameworks that simplify development tasks.
- Object-Oriented Programming: Java is an object-oriented programming (OOP) language, which promotes code reusability, modularity, and maintainability. Learning Java helps you understand OOP principles, design patterns, and best practices, which are valuable skills in software development.
- Strong Ecosystem: Java has a mature and extensive ecosystem with a vast community of developers, libraries, frameworks, and tools. This ecosystem provides resources, support, and opportunities for collaboration and learning.
- Job Opportunities: Java skills are highly sought after by employers. By acquiring Java programming expertise, you increase your employability and open doors to job roles such as Java developer, software engineer, systems analyst, and more.
- Scalability and Performance: Java is known for its scalability and performance. It is used in building enterprise-level systems that handle high traffic and large-scale data processing. Understanding Java allows you to develop efficient and scalable applications.
- Industry Demand: The demand for Java developers remains consistently high, and the language continues to evolve with new features and enhancements. By staying updated with Java training, you can align your skills with industry trends and requirements.
Yes, Java courses are available for beginners. Java is a popular programming language and is often recommended as a starting point for individuals new to programming. Beginner-level Java courses introduce fundamental programming concepts and cover topics such as variables, data types, control structures, functions, and object-oriented programming principles. These courses typically provide hands-on exercises, code examples, and practical projects to help beginners gain a solid understanding of Java syntax and programming concepts. They are designed to provide a gradual learning curve, making it accessible for individuals with little to no prior programming experience to start their journey in Java programming.
Java programming certification courses are designed to validate and demonstrate proficiency in Java programming skills. These certification programs are offered by various organizations, including Oracle, which provides the widely recognized Oracle Certified Java Programmer (OCPJP) certification.
Java programming certification courses typically cover advanced Java topics, such as Java syntax, object-oriented programming, exception handling, multithreading, I/O operations, collections, and more. They often require a solid understanding of core Java concepts and prior programming experience.
By completing a Java programming certification course and passing the certification exam, individuals can showcase their expertise and credibility in Java programming. Java certifications are valued by employers as they demonstrate a certain level of proficiency and knowledge in the language, which can enhance career prospects and open doors to job opportunities as Java developers, software engineers, or architects.
Java programming certification courses often include comprehensive study materials, practice exams, and hands-on exercises to prepare candidates for the certification exam. It is important to research and choose a reputable certification program that aligns with your career goals and the specific Java technologies and versions you are interested in.
Learning Java offers numerous benefits:
- Versatility: Java is used in various domains, from web and mobile app development to big data processing.
- Job Opportunities: Java skills are in high demand, providing ample career opportunities.
- Strong Ecosystem: Java has a vast community, libraries, and frameworks that simplify development.
- Scalability: Java is known for its scalability and performance in building enterprise-level systems.
Yes, you can learn Java courses online. Our online courses provide flexibility in terms of scheduling, self-paced learning, interactive exercises, and access to comprehensive learning materials, making it convenient to learn Java online.
Yes, learning Java course online can be highly beneficial. We offer flexibility, accessibility, and self-paced learning. They provide interactive exercises, video tutorials, and access to a wide range of learning resources. Online platforms also often have a supportive community and offer practical coding challenges to enhance your Java skills.
A Java online course is suitable for a wide range of individuals:
- Beginners: Those new to programming can start with Java as it provides a solid foundation and has abundant learning resources available.
- Students: Java is a commonly taught programming language in universities and colleges, making an online course a valuable supplement to formal education.
- Working Professionals: Professionals in IT or related fields can enhance their skills and expand their career opportunities by learning Java.
- Developers of Other Languages: Developers proficient in other programming languages can learn Java to broaden their skill set and explore new career paths.
The prerequisites for a Java course can vary depending on the specific course and its level of complexity. However, here are some general prerequisites that are commonly recommended:
- Basic Programming Knowledge: It is helpful to have a basic understanding of programming concepts such as variables, data types, control structures, and functions.
- Familiarity with Object-Oriented Programming (OOP): Java is an object-oriented programming language, so having some familiarity with OOP principles like classes, objects, inheritance, and polymorphism can be beneficial.
- Fundamentals of Algorithms and Data Structures: Having a basic understanding of algorithms and data structures, such as arrays, linked lists, stacks, and queues, can facilitate learning Java.
- Basic Knowledge of Command Line and Text Editors: Understanding how to navigate the command line interface and work with a text editor to write and save Java code is important.
Yes, learning Java programming can lead to a rewarding career. Java is widely used in the industry, and professionals with Java skills are in high demand. By mastering Java, you can pursue various career paths, including:
- Java Developer: Develop Java applications, web services, and software solutions using Java frameworks and libraries.
- Software Engineer: Design, develop, and maintain software systems and applications using Java and related technologies.
- Full Stack Developer: Build end-to-end web applications using Java for the backend and frontend technologies like JavaScript, HTML, and CSS.
- Android Developer: Create mobile applications for Android devices using Java and the Android development framework.
- Big Data Developer: Utilize Java for developing applications and frameworks to process, analyze, and manage big data.
- Enterprise Application Developer: Build enterprise-level systems and applications using Java-based frameworks like Spring and Hibernate.
- Software Architect: Design and plan the overall structure and architecture of software systems, leveraging Java technologies.
The system requirements for taking a Java course online can vary depending on the specific course and the platform or learning management system (LMS) used. However, here are some general guidelines for the system requirements:
- Operating System: Java is compatible with Windows, macOS, and Linux. Ensure that your computer meets the minimum requirements for the specific operating system.
- Processor and Memory: A modern multicore processor and at least 4GB of RAM are recommended for a smooth learning experience.
- Disk Space: Allocate sufficient disk space for Java development tools, IDEs, and any additional resources or project files you may be working with.
- Internet Connection: A stable internet connection is necessary to access online course materials, video tutorials, and other resources.
- Web Browser: The specific LMS or online platform used for the Java course may have browser requirements. Commonly supported browsers include Google Chrome, Mozilla Firefox, and Safari.
- Java Development Kit (JDK): Depending on the course, you may need to install the Java Development Kit (JDK) on your computer. Ensure your computer meets the specifications provided by the JDK for the version you'll be using.
Yes, we do give Java Certifification after the completion of the course.
Upcoming Batch Schedule
WeekDay Batch 1
Monday – Saturday
07:00 – 08:30 AM (IST)
WeekDay Batch 2
Monday – Friday
08:30 – 10:00 AM (IST)
WeekDay Batch 3
Monday – Friday
07:00 – 08:30 PM (IST)
WeekEnd Batch 1
Saturday – Sunday
06:30 – 09:30 AM (IST)
WeekEnd Batch 2
Saturday – Sunday
05:00 – 08:00 PM (IST)
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