🚀 Job-Ready v-model Skills

Master The V-Model
For Node.js Certification & Beyond

Go beyond theory with our 12-week intensive V-Model training in India. Master the complete verification and validation lifecycle through 6 real-world projects, guided by 1:1 mentors from top tech startups. Build a professional portfolio that proves your skills for Node.js certification and high-demand QA/Development roles.

12
Weeks
6
Projects
100%
Job Support
WhatsApp Us
🔥Limited seats • ₹18999 / $224

Why This V-Model Course is Different

Don't just learn theory. Build real projects for your Node.js certification journey.

 

Traditional Courses

Our V-Model Program

Learning Approach
Theory-heavy lectures on SDLC
Hands-on project-based learning with Node.js applications
Project Experience
Toy examples or outdated case studies
6 real-world projects building & testing Node.js microservices
Mentorship
Pre-recorded Q&A or community forums
1:1 live mentorship from professionals in top startups
Certification Focus
Generic completion certificate
Portfolio-focused training designed for Node.js certification success
Outcome
Basic understanding of V-Model phases
Job-ready skills for QA Engineer, Test Analyst, or Node.js Developer roles

12-Week Intensive Curriculum

Transform from beginner to V-Model professional

Month 1

V-Model Foundations & Requirements Engineering

Goal: Master the left side of the V-Model - from user requirements to system design, with a focus on Node.js application contexts.

Learning Objectives:

  • Understand the V-Model phases and their relationships.
  • Elicit and document software requirements using industry standards.
  • Translate requirements into system architecture and high-level design.
  • Apply requirements traceability for Node.js projects.

Key Tools & Technologies:

JIRA/Confluence Draw.io / Lucidchart User Story Mapping Node.js Runtime

Weekly Breakdown:

Week 1-2: V-Model Fundamentals & Requirement Analysis
  • Comparison of SDLC models (Waterfall, Agile, V-Model).
  • Stakeholder identification and requirement gathering techniques.
  • Writing clear, testable Functional & Non-Functional Requirements.
  • Introduction to Node.js project structures.
Week 3-4: System Design & Architecture
  • Creating System Design Specifications (SDS).
  • Designing modular Node.js application architecture.
  • Interface design and API specification.
  • Establishing traceability matrix from requirements to design.

Hands-On Project:

Project 1: Requirements & Design for an E-commerce API
  • Deliverable: Complete Software Requirements Specification (SRS) and High-Level Design document for a Node.js based product catalog and cart API.
Month 2

Implementation, Unit & Integration Testing

Goal: Dive into the 'Code' phase and ascend the right side of the V, mastering unit and integration testing for Node.js.

Learning Objectives:

  • Write clean, modular code based on design specifications.
  • Develop comprehensive unit tests using modern frameworks.
  • Design and execute integration tests for APIs and services.
  • Understand Test-Driven Development (TDD) in the V-Model context.

Key Tools & Technologies:

Jest / Mocha Supertest Postman Docker Git

Weekly Breakdown:

Week 5-6: Implementation & Unit Testing
  • Coding modules against detailed design documents.
  • Writing unit tests with Jest for individual functions and modules.
  • Code coverage analysis and quality gates.
  • Mocking dependencies and external services.
Week 7-8: Integration Testing
  • Testing interactions between modules and services.
  • API contract testing with Supertest.
  • Database integration testing with test containers.
  • Continuous Integration pipeline setup for automated testing.

Hands-On Project:

Project 2 & 3: Build & Test a User Authentication Service
  • Deliverable: A fully functional Node.js authentication microservice (JWT, OAuth) with 90%+ unit test coverage and a complete suite of integration tests.
Month 3

System Testing, Validation & Deployment

Goal: Complete the V-Model cycle with system testing, user acceptance, and deployment, preparing for Node.js certification scenarios.

Learning Objectives:

  • Plan and execute end-to-end system tests.
  • Conduct User Acceptance Testing (UAT) and gather feedback.
  • Understand deployment strategies and post-deployment validation.
  • Create comprehensive test documentation and reports.

Key Tools & Technologies:

Cypress / Selenium JMeter / k6 Jenkins / GitHub Actions AWS / Heroku TestRail / Zephyr

Weekly Breakdown:

Week 9-10: System & Acceptance Testing
  • Developing system test plans from requirement specifications.
  • Functional, performance, security, and usability testing.
  • Creating UAT scripts and coordinating with stakeholders.
  • Defect lifecycle management and reporting.
Week 11-12: Deployment & Career Preparation
  • Deployment pipelines and environment management.
  • Production monitoring and sanity testing.
  • Building a professional portfolio of all projects.
  • Resume preparation and Node.js certification exam guidance.

Hands-On Project:

Project 4, 5 & 6: Full-Stack Application Lifecycle
  • Deliverable: A complete, deployed full-stack application (Node.js backend + React frontend) with full V-Model documentation: SRS, test plans, test cases, defect reports, and a deployment guide.

Real-World Projects

Build a portfolio that proves your V-Model and Node.js skills

E-commerce API Suite

Define requirements, design, build, and test a complete set of RESTful APIs for an online store using Node.js and Express. Includes product management, user cart, and order processing.

Secure Authentication Microservice

Implement a scalable auth service with JWT and OAuth 2.0. Apply the V-Model rigorously: from security requirements, to unit/integration tests, to penetration testing reports.

Real-Time Analytics Dashboard

Build a full-stack application with a Node.js backend and React frontend. Experience the full V-Model lifecycle: requirement gathering for data visualization, system testing for real-time updates, and UAT for user experience.

Who Is This V-Model Course For?

Aspiring QA Engineers

Manual testers or freshers wanting to master a structured SDLC model, automate testing for Node.js apps, and transition into high-demand QA roles.

Node.js Developers

Developers seeking to deepen their understanding of the complete software lifecycle, improve code quality through testing, and prepare for Node.js certification.

Career Switchers

Professionals from other fields aiming to enter tech with a strong, portfolio-backed foundation in both development and systematic verification/validation processes.

Engineering Students

CS/IT students looking to supplement academics with industry-relevant, project-based experience in the V-Model to stand out in campus placements.

GOT QUESTIONS?

Frequently Asked Questions

Real questions from our community, answered by our experts

Is this course suitable for complete beginners with no coding experience?

+

Yes, but with a caveat. The course starts with fundamentals, but the pace is intensive. We recommend beginners dedicate extra time in the first month. Having basic logical thinking and computer skills is essential. We provide pre-course JavaScript basics material to get you started.

How does this course help with Node.js certification?

+

Our curriculum is designed to cover the core competencies tested in popular Node.js certifications. The project-based approach ensures you don't just memorize concepts but understand their practical application, which is key to passing performance-based exams. We also include certification exam guidance and mock tests in the final module.

What is the time commitment per week?

+

We recommend a commitment of 12-15 hours per week. This includes 4-6 hours of live sessions/mentorship and 8-9 hours of self-paced project work, practice, and assignments. Consistency is more important than long, infrequent bursts.

What kind of job roles can I target after this course?

+

Graduates are prepared for roles like Associate QA Engineer, Test Analyst, Junior Node.js Developer, Automation Test Engineer, or SDET (Software Development Engineer in Test). Your specific role will depend on which aspect of the V-Model (development or testing) you gravitate towards during the projects.

Do you provide placement assistance?

+

Yes, we offer 100% job support. This includes resume and LinkedIn profile review, portfolio presentation guidance, mock interviews (technical and HR), and referrals to our hiring partner network. We don't guarantee a job, but we equip you with the skills and support to secure one.

What if I miss a live mentorship session?

+

All live sessions are recorded and available in your student dashboard. You can review them at your convenience. For 1:1 mentorship calls, we offer flexible rescheduling based on mentor availability.

What software/tools do I need to install?

+

You will need a computer (Windows, macOS, or Linux) with a stable internet connection. We will guide you through installing Node.js, a code editor (VS Code), Git, Docker, and various testing frameworks. Most tools are free and open-source.

Is the fee a one-time payment or installment?

+

We offer both options. You can make a one-time payment of ₹18,999 or opt for a 3-month interest-free installment plan (approx. ₹6,333 per month). Details are provided during the enrollment process.

How is the V-Model relevant in today's Agile world?

+

Excellent question. The V-Model's core principle of early test planning and traceability is highly relevant. Many Agile teams use a "V-Model within a sprint" for critical features. Understanding the V-Model gives you a strong foundation in systematic testing, which is a valuable skill even in Agile/DevOps environments, especially in regulated industries like finance and healthcare.

Can I interact with other students in the batch?

+

Absolutely. You'll have access to a dedicated batch community (like Slack or Discord) where you can collaborate on projects, discuss concepts, and network. Peer learning is a key part of our program's philosophy.