🚀 Job-Ready verification and validation difference Skills

Master verification and validation difference
with Mentors from Top Startups

Our 12-week intensive program in India demystifies verification ("Are we building the product right?") and validation ("Are we building the right product?"). Gain hands-on experience with real-world testing projects, 1:1 mentorship from industry experts, and build a portfolio that gets you hired.

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

Why This Course is Different

Don't just learn theory. Build real projects.

 

Traditional Courses

Our verification and validation difference Program

Learning Approach
Theory-heavy lectures on definitions
Hands-on project-based learning applying V&V in Agile/DevOps cycles
Project Experience
Basic, isolated exercises
6 end-to-end projects simulating real startup product launches
Mentorship
Pre-recorded Q&A or forum support
1:1 live sessions with mentors from top Indian tech startups
Outcome
Certificate of completion
Job-ready portfolio, interview prep, and direct placement support

12-Week Intensive Curriculum

Transform from beginner to professional

Month 1

Foundations of V&V & SDLC

Goal: Build a solid theoretical foundation and understand where V&V fits in the Software Development Life Cycle.

Learning Objectives:

  • Define verification (process-focused) and validation (product-focused) with clarity.
  • Map V&V activities to different SDLC models (Waterfall, Agile, DevOps).
  • Understand the cost of failure and the ROI of early V&V.

Key Tools & Technologies:

Jira Confluence Figma

Weekly Breakdown:

Week 1-2: Core Concepts & SDLC Integration
  • Deep dive: "Building it right" vs. "Building the right thing".
  • Static verification techniques: Reviews, walkthroughs, inspections.
  • Dynamic validation techniques: Testing types overview.

Hands-On Project:

SDLC & V&V Mapping Report
  • Deliverable: A detailed report analyzing a sample product requirement, mapping specific verification and validation activities for Agile and Waterfall models.
Month 2

Verification in Action: From Code to Design

Goal: Master practical verification techniques including code reviews, static analysis, and design specification validation.

Learning Objectives:

  • Conduct effective peer code reviews using checklists.
  • Utilize static analysis tools to identify code defects early.
  • Verify software design against requirements and architecture.

Key Tools & Technologies:

SonarQube ESLint / Pylint GitHub Pull Requests

Weekly Breakdown:

Week 3-4: Code-Level Verification
  • Structured code review methodologies.
  • Setting up and interpreting static analysis tools.
  • Verifying code against coding standards and security guidelines.
Week 5-6: Design & Architecture Verification
  • Verifying UML diagrams and technical design documents.
  • Traceability matrix: Ensuring requirements map to design elements.
  • Architecture review workshops.

Hands-On Project:

Open-Source Code Verification Suite
  • Deliverable: A verified code module for a microservice. Deliverables include a peer-reviewed pull request, a static analysis report, and a design verification document against provided specs.
Month 3

Validation Mastery: Testing for User & Business Value

Goal: Execute comprehensive validation through systematic testing, user acceptance, and performance evaluation to ensure business value.

Learning Objectives:

  • Design and execute test plans for functional and non-functional validation.
  • Facilitate User Acceptance Testing (UAT) with stakeholders.
  • Validate software performance, security, and usability against business objectives.

Key Tools & Technologies:

Selenium/Cypress Postman JMeter BrowserStack

Weekly Breakdown:

Week 7-9: Systematic Testing for Validation
  • Test case design: Equivalence partitioning, boundary value analysis.
  • Automating validation tests for regression.
  • Performance, security, and compatibility validation strategies.
Week 10-12: UAT & Real-World Deployment
  • Planning and executing UAT sessions with mock stakeholders.
  • Beta testing and gathering production feedback.
  • Final portfolio project: End-to-end V&V on a live application.

Hands-On Project:

E-commerce Platform Validation Suite
  • Deliverable: A complete validation package for a demo e-commerce app. Includes an automated test suite, a UAT plan with executed feedback, and a final validation report confirming the product meets all business requirements.

Real-World Projects

Apply verification and validation on industry-simulated products

API-First Service V&V

Verify the design spec and code of a RESTful API, then validate its functionality, performance, and security through automated tests and documentation.

Mobile App Launch Validation

Own the quality gate for a mobile app launch. Conduct usability testing (validation), verify store listing assets, and coordinate beta tester UAT.

Legacy System Modernization

Verify the migration plan for a legacy module and validate the new system against the old for functional parity and improved performance.

Who Is This For?

Manual Testers

Seeking to deepen their technical understanding, move into SDET/automation roles, and articulate the 'why' behind testing activities.

Fresh Graduates (CS/IT)

Aspiring to start their career in QA/Testing with a strong, practical foundation in industry-standard V&V processes.

Career Switchers

Professionals from support, operations, or other fields looking to transition into the high-demand field of software quality assurance.

Junior Developers

Wanting to improve code quality, understand QA perspectives, and contribute effectively to team reviews and testing efforts.

GOT QUESTIONS?

Frequently Asked Questions

Real questions from our community, answered by our experts

What is the main difference between verification and validation?

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Verification asks "Are we building the product right?" It's a process-focused check of documents, code, and design against specifications. Validation asks "Are we building the right product?" It's a product-focused check via testing to ensure it meets user needs and business goals.

Do I need a coding background for this course?

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Basic logical thinking is required. We start with foundations and provide coding support for automation modules. The course is designed for both technical and non-technical learners aiming to understand quality processes.

How will this course help me get a job?

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You'll build a portfolio with 6 real projects, receive 1:1 resume and LinkedIn review, mock interviews, and direct job referral support from our network of hiring partners in Indian startups and tech companies.

What is the time commitment per week?

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We recommend 10-12 hours per week. This includes 4 hours of live sessions/mentorship and 6-8 hours of self-paced project work and practice.

What tools will I learn?

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You'll gain hands-on experience with Jira, Confluence, SonarQube, Postman, Selenium/Cypress, GitHub, and JMeter, among others used in modern DevOps pipelines.

Is there a money-back guarantee?

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Yes. We offer a 100% satisfaction guarantee. If you complete the first month and feel the course isn't for you, we provide a full refund.

Will I get a certificate?

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Yes, upon successful completion of all projects and evaluations, you will receive a verifiable certificate of completion from Lead With Skills.

Can I interact with mentors directly?

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Absolutely. The program includes weekly 1:1 mentorship calls, dedicated Q&A sessions, and access to a private community channel for direct interaction.

What kind of projects will I build?

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Projects range from creating V&V plans and conducting code reviews to building automated test suites and leading UAT for applications like e-commerce platforms and APIs.

Is the course fee inclusive of all costs?

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Yes, the one-time fee of ₹18,999 covers all course materials, tool access (where applicable), mentorship, and lifetime access to the updated curriculum and community.