Manual and Automation

This content covers a comprehensive overview of software testing, software development, and automation testing using Selenium. The content is organized into several sections, each covering different aspects of the software testing life cycle, development methodologies, testing methods, and tools. Here’s a breakdown of the key sections:

Software Testing Overview

• Introduction to Software Testing:
  Definition and importance.
• Software Development Process:
  Understanding the process of software development and differentiating between project and product development.
• Objectives of Testing:
  Reasons and goals for software testing.
• Testing Principles:
  Fundamental principles guiding software testing.
• Software Architecture:
  Layers (tiers) and system environment.
• Software Development Life Cycle (SDLC):
  Overview of SDLC and models including Sequential, Waterfall, V-Model, Incremental & Iterative, and Agile.
• Software Testing Methods:
  White Box, Black Box, Grey Box, Agile, and Ad Hoc Testing.
• Levels of Testing:
  Unit, Integration, System, and User Acceptance.
• Functional and Non-Functional Testing:
  Positive, Negative, Compatibility, Performance, Load, Stress, Recovery, Parallel, Compliance, Mutation, Security, and Usability Testing.
• Regression Testing:
  Unit, Regional, and Full Regression.
• User Acceptance Testing:
  Alpha, Beta, Regulatory, Operational, and Contractual Acceptance Testing.
• Maintenance Testing:
  Maintenance Test Life Cycle, Change Request, Impact Analysis, and Types of Maintenance.
• Software Testing Life Cycle (STLC):
  Requirement Analysis, Test Planning, Test Design, Test Environment Setup, Test Execution, and Test Closure.
• Test Process Documents:
  Test Plan, Test Scenarios, Test Case, Requirement Traceability Matrix (RTM), and Defect Report.
• Test Case Authoring:
  Functional Test Case, Review, Walkthroughs, Inspection, and Peer Review.
• Build Release Process:
  Standalone Application, Client-Server Application, and Web Application.
• Defect Reporting & Tracking:
  Defect Life Cycle, Severity & Priority, and Defect Tracking Tools.
• Test Closure:
  Criteria and Test Summary Report.
• Agile Method and Approach:
  Kanban, Scrum, Scrum Roles, Planning, Ceremonies, and Artifacts.

Selenium (Introduction)

• Automation Testing:
  Differences between Manual & Automation Testing and advantages of Automation.
• Introduction to Selenium:
  Overview, Components (Selenium IDE, WebDriver, Selenium Grid).
• Configuring Eclipse IDE:
  Installation, Creating Java Project, Compiling and Running Java Class.
• Learning Java:
  Basics, Operators, Conditional Statements, Loop Statements, Arrays, Packages, Classes, and Objects.
• OOPs Concepts:
  Interface & Abstract Class, Inheritance, and Polymorphism concepts and examples.
• Exception Handling & JDBC:
  Collections and Database Connection (JDBC) overview, basics, configuration, and commands.
• Debug Java Code:
  Understanding Debug, Breakpoints, and Verifying Values in Eclipse.
• Selenium WebDriver:
  Features, Limitations, Configuration, Commands, Locators, and handling various web elements.
• Interacting with Web Elements:
  Handling Text Fields, Checkboxes, Radio Buttons, Links, and Buttons.
• Advanced Elements:
  Handling Dropdowns, Web Tables, and Calendar Elements.
• Alerts, Frames & Windows:
  Handling Alerts, Frames, Windows, and Target Locator Interface Methods.
• User Actions & JavaScript:
  Mouse and Keyboard Events, Screenshots, and JavaScript Execution.
• Synchronization:
  Implicit and Explicit Waits, Fluent Wait, and Expected Conditions.
• TestNG & Maven:
  Introduction, Installation, Features, POM.xml, Maven Lifecycle, and Jenkins integration.
• GitHub & Git:
  Creating Accounts, Configuring Git with Eclipse, and Git Commands.
• Automation Life Cycle:
  Framework types and implementation of Page Object Model (POM), Keyword-Driven, and Hybrid frameworks.
• Cucumber & Appium:
  BDD Overview, Feature Files, Step Definitions, and an introduction to Mobile Automation.

Course Key Features:

• Classroom and Online Training: Learn from the comfort of your home or in-person at our Hyderabad center.
• IT Experts as Trainers: Get trained by experienced professionals with real-world industry insights.
• Industry-Relevant Curriculum: Our course covers essential Software Testing concepts, focusing on real-world applications.
• Hands-on Projects: Work on real-time use cases and projects to enhance practical knowledge.
• One-on-One Mentoring: Personalized attention from mentors to guide you through the learning process.
• Flexible Schedules: Choose from convenient training schedules to fit your lifestyle.
• 8 Hours of Lab Support: Daily lab sessions to practice and apply what you’ve learned.
• Pre-Assessment Questions: Assess your knowledge before the course begins.
• Comprehensive Course Material: Get access to well-structured study materials for self-paced learning.
• Lifetime Valid Swhizz Certification: Earn a certificate recognized for its credibility and validity.
• Resume Building: Assistance in creating a professional resume to stand out to employers.
• Interview Guidance: Receive expert tips on how to prepare for and excel in job interviews.
• Mock Interviews: Simulate real job interviews for better preparation.
• Job Drives with Top Companies: Access exclusive hiring opportunities through our extensive network.
• Internship Opportunities: Gain industry exposure through internships with leading companies.
• Tie-ups with 100+ Clients: Partnered with top firms for job placements and career support.

Join Swhizz Technologies today to kickstart your career in Software Testing!

Benefits:

• Comprehensive Curriculum: Covers all key concepts from manual testing basics to advanced automation frameworks.
• Hands-on Learning: Apply concepts through real-time projects and defect tracking scenarios.
• Expert Mentors: Learn from industry experts with extensive practical experience in QA.
• 100% Placement Assistance: Specialized resume building, interview preparation, and job placement support.

Enroll now to master Testing and pave your way to a successful career in software development!

Who Should Attend

• Students and Graduates: Freshers looking to start a career in the IT industry.
• QA Engineers & Software Testers: Professionals seeking to upgrade from manual to automation testing.
• Developers: Those interested in understanding the testing lifecycle to write better code.
• Project Managers & Agile Practitioners: To better manage quality standards in modern workflows.
• Career Switchers: Individuals looking to transition into a stable and high-demand IT role.

Course Outline:

• Module 1: Manual Testing Fundamentals: SDLC, STLC, Testing Principles, and Software Architecture.
• Module 2: Testing Levels & Methods: Functional, Non-Functional, Regression, and User Acceptance Testing (UAT).
• Module 3: Test Documentation: Test Plans, Scenarios, RTM, and Defect Reporting & Tracking.
• Module 4: Agile & Scrum: Scrum Framework, Ceremonies, and Agile Testing concepts.
• Module 5: JIRA Management: Using JIRA for defect life cycles and project management.
• Module 6: Selenium Automation: WebDriver, Locators, Handling Alerts/Tables, TestNG, and Maven integration.
• Module 7: BDD with Cucumber: Feature files, Step Definitions, and Data-Driven testing.
• Module 8: Mobile Automation: Introduction to Appium, Native, and Hybrid app automation.
• Module 9: Advanced Frameworks: POM (Page Object Model), Keyword-Driven, Hybrid frameworks, and CI/CD with Jenkins & Git.

FAQs On:

1. What is the difference between Manual and Automation Testing?

Manual Testing involves testing software manually without tools, while Automation Testing uses tools like Selenium to automate execution, speeding up the process and improving accuracy.

2. Who should take the Manual and Automation Testing course at Swhizz?

The course is ideal for beginners in QA, current software testers looking to upskill, or developers looking to transition into testing roles.

3. What tools will I learn for Automation Testing?

You will gain hands-on experience with tools like Selenium, TestNG, JUnit, Jenkins, JIRA, and Cucumber.

4. Is prior coding knowledge required for Automation Testing?

Basic programming knowledge in Java is recommended to implement automation scripts, and we cover the necessary Java basics within this course.

5. What career opportunities can I pursue after this course?

You’ll be prepared for roles like Manual Tester, Automation Tester, QA Analyst, Test Engineer, and SDET (Software Development Engineer in Test).