Java Full Stack Program

Master front-end & back-end development with Java, Spring Boot, and modern frameworks.

Descriptions

Java Full Stack Programming involves developing both the front-end and back-end of web applications using Java technologies. It includes working with frameworks like Spring Boot for back-end development and React or Angular for front-end design. Databases such as MySQL or MongoDB are commonly used for data management. Full stack developers also handle API development, authentication, and cloud deployment. This skill set enables professionals to build complete, scalable, and efficient web applications.

Key Points

Curriculum

  • Introduction to Software and Computers
  • Introduction to Programs and
    Programming Languages
  • Introduction to Operating
    System and Microprocessor
  • Internet and Platform
    Independence
  • Achieving portability through Byte Code
  • Features of Java
  • Write Once Run Anywhere
  • C/C++ vs Java
  • Organization of a Computer
  • Organization of RAM
  • Compilation vs Interpretation
  • Object Code vs Executable Code
  • Architecture of Java – JDK vs JRE vs JVM
  • Installation of JDK and IDEs
  • Primitive and Non Primitive Data Types
  • Categories of Primitive Data Types
  • Why Java is called a strongly typed programming language
  • Declaration and initialization of
    variables
  • What is OOP?
  • What is an Object
  • Steps to be taken before object creation
  • Writing coherent Classes
  • Steps involved in Object creation
  • Accessing Objects using Address Variable
  • Segments of the RAM
  • Local vs Instance variables
  • Assignment Operator
  • Arithmetic Operators
  • Comparison/Relational Operators
  • Logical Operators
  • Ternary Operator
  • Classification of Operators based
    on number of Operands
  • Selection Statements:
    a.Simple if
    b.If - else if Ladder
    c. Switch
  • Looping Statements:
    a.while loop syntax and control flow
    b.for loop syntax and control flow
    c.do while loop syntax and
    control flow
  • Jump Statements:
    a.break
    b.continue
  • Star Patterns
  • Boundary Patterns
  • Numerical Patterns
  • Alphabetical Patterns
  • Definition of Array
  • Limitations of variables
  • Types of Arrays
    a.1D Array
    b.Rectangular Array [2D,3D]
    c.Jagged Array [2D,3D]
  • Creation, Population, and Display of Arrays
  • Different ways of creating Arrays
  • What do you mean by dimension?
  • Array of Objects
    For each/Enhanced for loop
  • Enforcement of Array boundaries
  • Types of methods based on parameters and return values
  • Creation of Activation records
  • Method Overloading
  • Method resolution order
  • Type Casting
  • Numeric Type Promotion
  • Why method overloading is called
    virtual/false/compile time polymorphism?
  • Definition of Strings
  • Types of Strings
    a. Mutable Strings
    b. Immutable Strings
  • Type-1 and Type-2 declaration of
    Immutable Strings
  • Comparison of Strings
  • Memory allocation for Strings on String Pool
  • Concatenation of Strings
  • Methods of String class
  • String Tokenization using StringTokenizer class
  • Creating Mutable Strings using the
    StringBuffer/String Builder class
  • Accessors and mutators
  • Why encapsulation is called data binding?
  • Properties of a constructor
  • Types of constructor
  • Updated steps of object creation
  • Static and Non-Static Variables
  • Static and Non-Static Blocks
  • Static and Non-Static Methods
  • Application of static keyword
  • Rules for accessing static variables and static methods
  • Scopes in Java
    Why main() should be marked
    static?

Instructor

This course includes:

Why Future Spaze?

Comprehensive Career-Focused Programs

From 4-year long-term training to 90-day job-ready bootcamps, we cater to every stage of a student’s journey.

Placement Assurance

Our Placement Guaranteed Courses ensure students secure jobs with confidence.

High-Package Dream Job Program

We help students crack ₹10LPA+ roles in top product-based companies.

Globally Recognized Certifications

Certifications from Microsoft & Pearson VUE for added credibility.

Unique Teaching Methodology

We don’t just teach; we transform learning through real-time live projects, hands-on training, AI-driven tracking, and innovative teaching techniques that ensure deep understanding and practical application.

Industry-Driven Learning

Live projects, hands-on training, expert mentorship, and daily hiring drives.

Institution Partnerships

Our Center of Excellence (CoE) model helps colleges enhance student employability.

Faculty Development Program (FDP)

Keeping educators ahead with the latest niche technologies.