Manual Testing

Manual testing is mandatory for every newly developed software before automated testing. This testing requires great efforts and time, but it gives the surety of bug-free software. Manual Testing requires knowledge of manual testing techniques but not of any automated testing tool.

Manual Testing is a process where software testers manually execute test cases without using any automation tools. They play the end-user role and try to find as many bugs in the application as quickly as possible. The bugs are collated into a report and passed to the developers to review and fix. Manual testing often focuses on usability, performance testing, and software quality assessment

About Project

Manual testing is a software testing type consisting of designing and executing all the test cases manually by human testers without using automated tools or scripts. In this approach, testers play the role of end-users and manually test the software application to identify defects and evaluate its functionality, usability, performance, and other quality aspects. They then highlight these issues to the developers by reporting the bugs to them. Sometimes, bug reporting can be done using tracking tools.

Our team of instructors are committed to creating an excellent learning experience for users that can be both affordable and easily accessible. We are focused to make Manual testing concepts much more easier to the audience and produce expert software, test professionals.

Success Feature

High-Standard Training
Top Technical Instructor
Broad Course Curriculum
100% Placement Support
Superb Satisfaction Result
Internship on Real-Time Project
3I– Individual Focus, Innovative & Interactive

Course Overview

100% Practical Training
Industrial Expert Trainer
Live App Testing
Internship experience letter
Communication Skill
Personality Development
Interview Preparation
100% Placement Assistance

Target Student

Web Developers
Frontend Developers
Aspiring Developers
UI/UX Designers
Tech Enthusiasts and Career Changers

Basic Knowledge Required

Proficiency in HTML, CSS, and JavaScript
No prior experience with Python language is required

Module 1 : Introduction to Software Application and Fundamental of Testing

Overview of Software Application Testing
Importance of testing
Software testing Principles
Causes of Software Defects
Overview of Project Execution Lifecycle

Module 2 : Models of Software

Waterfall Model
Prototype model
Spiral Model
Incremental Model
Iterative Model
RAD (Rapid Application Development)
V Model

Module 3 : Quality Management System

What is Quality Management System and It’s need ?
What is Quality Assurance?
What is Quality Control Review process and Types of Review Process?
Different Roles and Responsibilities of reviewers Static & Dynamic Testing ?

Module 4 :Software Testing Methodology

White Box
Black Box
Gray Box

Module 5 : Testing Types/Approaches

Smoke Testing
Sanity Testing
Re-Testing
Regression Testing
Ad-hoc and Exploratory testing
Monkey & Gorilla Testing

Jordan Reynolds

Instructor

Lesson of learning

Testing Techniques: You’ll explore various testing methodologies such as black-box testing, white-box testing, and grey-box testing to understand how to efficiently assess software functionality and performance.
Test Planning and Documentation: Learn to develop comprehensive test plans, test cases, and test scripts to ensure systematic testing coverage and efficient bug tracking throughout the software development lifecycle.
Automation Tools and Frameworks: Gain proficiency in using automation tools like Selenium, Appium, and JUnit to automate repetitive testing tasks, increase testing efficiency, and facilitate continuous integration and delivery processes.
Defect Management and Reporting: Understand how to identify, prioritize, and report software defects effectively using bug tracking systems like JIRA or Bugzilla, ensuring clear communication between developers and testers for timely resolution.
Testing in Agile and DevOps Environments: Explore the role of testing in Agile and DevOps methodologies, focusing on rapid iterations, continuous testing, and collaboration between development and operations teams to deliver high-quality software products efficiently.

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