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Stress Testing Practice Exam

Stress Testing Practice Exam

Stress Testing, also known as torture testing, is a sort of testing that is used to determine the stability of the given software system. The most evident use of stress testing is to determine the limit, at which the system or software/hardware terminates. It also checks the system’s capability to demonstrate effective error management under extreme conditions. The software development department needs stress testing in case of any system failure and prepares themselves beforehand by executing stress testing. Moreover, stress testing can also be placed in contrast with load testing.

Roles and Responsibilities

Some of the major roles and responsibilities of stress testing professionals are as follow:

  • Plan the stress test when the functional stability of the application gets established
  • Ensure the number of users must not be directly proportional to the response time
  • Execute the stress test for short duration 
  • Build large amount of unique data in the data pool

Who should take this exam?

This exam can be taken by anyone with a Bachelor’s degree in engineering and science. Moreover, professionals like software developers, web developers, and engineers can take this exam.

Skills required

  • Web development
  • Load testing
  • Analytical skills
  • Software testing
  • Software development
  • Jmeter
  • LoadRunner

Career Prospects

  • Stress testing analyst
  • Performance testing
  • Automation developer
  • Testing software developer

Table of Content

The Stress testing exam covers the following topics - 

Web Technology Basics

Web Application

Learning HTML

Learning CSS

Learning JavaScript

Document Object Model (DOM)

Learning XPath

Popular Web Browsers

Inspecting Elements in Browser

Software Testing Basics


Functional vs. Non-Functional testing

Defects and Failures

Finding Faults Early

Learning Compatibility

Input Combinations and Preconditions

Static vs. Dynamic Testing

Software Verification and Validation

The Software Testing Team

Learning Software Quality Assurance (SQA)

Testing Methods – The box approach

Load and Scalability Basics

Learning Scalability Basics

Learning Scalability Dimensions

Learning Scalability Domains

Horizontal Scaling

Learning Vertical Scaling

Database Scalability

Scalability Principles

Scalability Rules


Design Patterns

Building Scalability

Application Scalability

Load Test Design

Learning Performance Testing Basics

Load Testing Basics

Test Design

Load Testing Challenges

Load Testing Requirements Gathering

Load Testing Requirement Gathering Process

Workload Modeling

Application Design in Load Testing

Metrics Definition in Load Testing

Load Design in Load Testing

Scaling Rules Definition in Load Testing

Load Generator Design in Load Testing

Load Test Execution

Implementing Load Testing

Load Unit Testing

Integration Testing

Testing Artifacts

Load Testing and Defects

Sniffing Tools

Sniffing Basics

Packet Sniffers

Learning HTTP Fox


Learning HTTP Watch

Load Testing with LoadRunner

LoadRunner Basics

LoadRunner Components

Creating a Blank Vuser Script

Recording a Vuser script

Viewing the Vuser script

Script for Replay and Correlations

Run Vuser Script1

Emulate Multiple Users

VuGen Protocols

Load Testing with Jmeter


Running JMeter

Configuring JMeter

Building a Test Plan

Elements of a Test Plan

Building a Web Test Plan

Other Tools for Load Testing

Learning BlazeMeter

Learning Taurus

Learning Locust

Learning Oracle Application Testing Suite

Learning Google LightHouse

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