Skill-Up AcceleratorNASSCOM Member

Advanced Java and DSA Applied Program

Master Advanced Java, Data Structures, SQL and software engineering with hands-on Java programming, application development, problem-solving and coding skills for a career in Java development.

Duration
160 Hours
Mode
Online
Mentor-Led
40 Mn+ Alumni Network

Program Overview

Program Overview

The Advanced Java and DSA Applied Program by NIIT is a focused, standalone program that builds production-grade Java engineering skills. Learners progress from core Java foundations and engineering best practices to data structures, SQL, and advanced Java application development. The program spans 3 courses, 40 sprints, and 160 hours over approximately 2.5 months. Through a structured, hands-on journey, learners develop practical problem-solving and software engineering capabilities. Successful completion of the program and course-end assessments earns the Java Certification credential, a job-relevant signal of Java engineering proficiency.

Mentorship
LEARN FROM INDUSTRY EXPERTS
Hands-on
BUILD PRACTICAL SKILLS
Assignments
PRACTICE - APPLY - GROW
SCVHS
AI FIRST METHODOLOGY
ForgeModel
HIGH INTENSITY LEARNING
DSA Prep
PRACTICE & MOCKS

Curriculum

Comprehensive curriculum to build in-demand tech skills and real-world expertise.

Development Environment

Set up a complete Java development environment by configuring IDEs, JDK, VS Code, Node.js, and PostgreSQL to create, debug, test, and manage software projects efficiently and confidently.

Version Control

Learn Git and GitLab fundamentals, configure SSH keys, and create README.md files using Markdown to manage source code, collaborate effectively, and maintain complete version history.

Java Programming

Learn Java fundamentals including datatypes, variables, operators, decision making, loops, arrays, functions, searching, sorting, strings, and StringBuilder to build quality programs.

Object-Oriented Programming

Master object-oriented programming using classes, objects, encapsulation, inheritance, polymorphism, abstraction, interfaces, packages, and exception handling for robust software design.

Activity

Demonstrate your learning through a comprehensive course-end assessment, validating programming knowledge, coding proficiency, problem-solving ability, and overall technical readiness.

Data Structures & Algorithms

Master data structures and algorithms including Big O, binary search, hashing, linked lists, stacks, queues, recursion, and sorting techniques to solve coding challenges efficiently.

SQL & Databases

Learn PostgreSQL, ER modeling, normalization, SQL queries, joins, aggregations, subqueries, DML, DDL, and JDBC connectivity to build, manage, and query enterprise databases effectively.

Agile Workflows

Understand Agile software development through Scrum roles, sprint planning, epics, user stories, backlog management, and JIRA workflows to collaborate effectively in engineering teams.

SCVHS Setup

Configure the SCVHS engineering pipeline using GitHub Copilot, AI Decision Logs, and specification-driven development.

Activity

Apply your learning by completing a comprehensive course-end project and presenting your solution through a structured technical demonstration that showcases engineering, coding, problem-solving, and communication skills.

Modern Java

Learn modern Java using records, sealed classes, collections, streams, lambda expressions, concurrency, SCVHS practices, and functional programming to build robust applications efficiently.

Design Principles

Apply SOLID design principles including SRP, OCP, LSP, ISP, and dependency management to build scalable, maintainable, extensible, and high-quality enterprise software applications.

Design Patterns

Implement behavioral and structural design patterns including Strategy, Builder, Observer, Adapter, Facade, Decorator, Proxy, and Template Method for reusable software solutions.

Testing

Develop reliable software using JUnit 5, parameterized testing, assertions, JaCoCo code coverage, and testing best practices to ensure application quality and maintainability always.

Activity

Apply your learning by completing a comprehensive course-end project and presenting your solution through a structured technical demonstration that showcases engineering, coding, problem-solving, and communication skills.

Tools & Technologies

Explore industry-relevant tools through hands-on learning to master practical, in-demand skills.

IntelliJ
IntelliJ
JDK (Java Development Kit)
JDK (Java Development Kit)
Git
Git
PostgreSQL
PostgreSQL
GitHub Copilot
JUnit + Mockito
JUnit + Mockito
Maven
Maven

Projects You'll Build

Build production-ready projects to showcase real-world skills and strengthen your portfolio.

Spec-Driven Java CLI Application Backed by PostgreSQL

Build a specification-driven Java CLI application integrated with PostgreSQL for CRUD operations. Apply JIRA sprint workflows, and CI pipelines while following the complete SCVHS development cycle to deliver a production-ready solution.

Java CLI DevelopmentPostgreSQL IntegrationAgile DevelopmentAI-Assisted Software Engineering

Java Application with Design Patterns and a JUnit Test Suite

Build a Java application using SOLID principles and 5+ GoF design patterns, supported by a comprehensive JUnit test suite with over 70% JaCoCo coverage. Document AI-assisted design decisions, code reviews, and implementation choices in an AI Decision Log.

Enterprise JavaDesign PatternsTest-Driven DevelopmentCode QualityAI-Assisted Development

Boost Your Career Visibility

Showcasing a professional Capstone Project on your LinkedIn increases recruiter interest significantly. Build production-ready work that speaks for itself.

Learning Outcomes

Develop industry-relevant skills to create real-world solutions and advance your career.

Set up a professional Java development environment, apply core language and object-oriented programming (OOP) principles, and manage code with Git version control.

Write structured engineering specifications and direct AI tools within the SCVHS Pipeline - validating, hardening, and owning every line that goes to production.

Apply advanced Java concepts and design patterns and principles to write clean, maintainable, production-grade code.

Solve DSA problems and write efficient SQL queries as a unified problem-solving foundation.

Apply debugging, testing, and optimisation techniques to improve code quality and build reliable Java applications.

Present engineering decisions with architecture walkthroughs, live demos, and a professional technical portfolio.

Industry-Recognized Certification

Certificate of Completion

This is to certify that

Student Name

Has successfully completed the Advanced Java and DSA Applied Program

Signature

Date

Earn a trusted NIIT professional certificate.

Global Recognition

Accepted by leading employers and organizations worldwide.

Easy Sharing

Add your certificate to LinkedIn, resumes, and professional portfolios.

Career Value

Demonstrates practical skills aligned with industry needs.

Data-Driven Learning, Delivered with Quality

Experience a data-driven learning ecosystem with measurable progress.

Structured Learning Roadmap

Clear learning pathways delivered through our LMS with defined milestones and module progression.

Learner Connect Sessions

Regular live mentor interactions to resolve doubts, reinforce concepts, and maintain engagement.

AI Assisted Faculty Quality Monitoring

AI-assisted faculty performance analysis ensures consistent teaching quality and delivery excellence.

Program Performance Report

Track attendance, assignments, assessments, quizzes, and overall performance with structured progress tracking.

Frequently Asked Questions

Find answers to your queries about the program, curriculum, and admissions.

This program is designed for fresh engineering graduates (B.E./B.Tech/BCA/MCA), final-year CS/IT students, career changers, and aspiring developers from non-CS backgrounds looking to build a strong foundation in software development.

The program is suitable for learners who want to develop practical skills in Core Java, Object-Oriented Programming (OOP), Data Structures and Algorithms (DSA), and SQL through structured, hands-on learning.

The program comprises 160 hours of learning delivered over approximately 2.5 months, following a sprint-based learning model.

Each sprint is 4 hours, comprising 2 hours of live, mentor-led sessions and 2 hours of self-guided, hands-on practice.

Learners are also expected to dedicate additional time outside scheduled sessions to complete projects and assignments, depending on the program requirements.

No. The program starts from setting up a Java development environment in the first sprint and builds systematically from there. No prior programming experience is required - the course can be taken up by college students, freshers, career switchers, and working professionals. The program design is done in such a manner that even non-CS engineering graduates can enroll for this program.

The Advanced Java and DSA Applied Program is a single, focused 3-course, 40-sprint, 160-hour journey covering core Java programming, data structures and SQL, and production-grade software engineering practices (OOP, SOLID, design patterns). Every sprint runs on the SCVHS Pipeline - Specify, Construct, Validate, Harden, Ship - so learners produce working, production-grade code throughout, not isolated exercises. Completing the program earns the Java Certification credential.

Admission to the program is direct. Eligible learners can apply by completing the online application form, submitting the self-declaration, accepting the terms and conditions, and paying the program fee. Admission is confirmed upon successful payment.

Mastery Learning is an instructional approach that maps the overall program to specific job roles, individual courses to core competencies, and each learning sprint to one task at a time. Every task follows the same cycle - concept session, quiz, hands-on practice, submission, feedback, refinement - and each 4-hour sprint dedicates 70% of its time to hands-on practice or reviewing and refactoring work, so skills are reinforced rather than just covered once.

The program runs on the SCVHS Pipeline - Specify, Construct, Validate, Harden, Ship - a five-stage methodology used in every sprint from course 2. Learners write the requirements and specs first, use AI to accelerate code generation within that spec, then personally review, test, secure, and deploy everything the AI produces. Because the methodology is tool-agnostic, it works with GitHub Copilot or any future AI coding assistant, so the skill transfers even as tools change.

The program prepares learners for entry-level Java engineering roles such as Junior Java Developer, Java Application Developer - roles that value strong fundamentals in core Java, data structures, SQL, and clean, production-grade coding practices.

GitHub Copilot is the primary AI coding assistant used throughout the program via the SCVHS Pipeline, helping learners specify, generate, and review code against their own engineering judgment.

You need at least 8 GB RAM, an Intel i3 or AMD Ryzen 5 (8th gen or newer) processor, a 256 GB SSD with 50 GB free space, 10 Mbps+ internet, and a webcam with audio for live sessions. No GPU is required, and the setup runs on Windows 10, macOS 11, or Ubuntu 20.04.

Yes, learners receive a digital certificate after successfully completing the program and meeting all the required conditions (overall performance score, attendance, payment clearance etc).

You’ll graduate with 2 total projects - built across 50+ hands-on assignments, and one programming assessment. Every project is documented with an AI Decision Log explaining the engineering judgment behind it, so the portfolio shows employers how you work, not just what you shipped.

Hassle-Free Refund Policy

Your satisfaction is our priority. We offer transparent refund terms for your peace of mind.

100% Money-Back Guarantee

Full refund (excluding the booking fee) if you cancel before the batch starts

Quick Refund Review

Eligible refund requests are carefully reviewed within seven working days

Transparent Refund Timeline

Approved refunds are completed within 45 days for timely settlement

Important: Enjoy a transparent refund policy. Cancel 48 hours before the class start date to be eligible for a refund if you haven’t attended any class.

Duration160 Hours
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