Learn LoadRunner through hands-on training and real-world projects. Gain practical skills in performance testing, load testing, stress testing, and application monitoring to ensure software reliability and scalability.
LoadRunner Training is a structured and comprehensive learning program that teaches software testers, performance engineers, and QA professionals how to effectively use HP LoadRunner (now officially known as Micro Focus LoadRunner) — one of the world’s most powerful and widely adopted performance and load testing tools — to simulate thousands of concurrent virtual users on applications and accurately measure system behavior under various load conditions. LoadRunner is an enterprise-grade performance testing tool used by organizations worldwide to identify bottlenecks, performance degradation, scalability issues, and system failures before applications are deployed to production environments.
Establish your performance testing foundation. Master the LoadRunner architecture, perform component installations, and get introduced to the VUSER concept, VUGEN interface, and recording best practices.
Video · 0:00 - 25:00
Video · Starts at 1:40
Reading 15 min
Lab 45 min
Deep dive into VUGEN scripting. Master parameterization strategies, data assignment methods, correlation techniques, transactions, and content checks to build dynamic, data-driven scripts.
Video · 5 min
Video · 5 min
Video · 5 min
Video · 5 min
Lab 60 min
Transition to the Controller. Design Manual vs. Goal-Oriented scenarios, manage Load Generators, schedule VUSER groups, and implement rendezvous points for high-concurrency testing.
Video · 5 min
Video · 5 min
Video · 5 min
Video · 5 min
Run and control active tests. Monitor execution status, manage individual VUSER behaviors, collate logs, and set up real-time performance health monitors.
Video · 5 min
Video · 5 min
Lab 75 min
I personally enjoyed the assignments and quizzes at Kasha Training. I completed the LoadRunner Courses from Kasha Training.
LoadRunner is a performance testing tool developed by Micro Focus (OpenText). It is used to test the performance, scalability, and reliability of applications by simulating multiple virtual users.
The main components are:
VuGen (Virtual User Generator) is used to create and record scripts that simulate user actions on an application.
The Controller manages test execution by controlling virtual users, setting load scenarios, monitoring performance, and collecting test results.
Load Testing checks how an application performs under expected user load, while Stress Testing evaluates how the application behaves beyond its maximum capacity.
A Virtual User (Vuser) is a simulated user that performs predefined actions to test how the application behaves under multiple simultaneous users.
Correlation captures dynamic values such as session IDs and tokens during script execution, ensuring the script runs successfully with different users.
The Analysis component generates reports and graphs after test execution, helping testers identify performance issues, response times, throughput, and system bottlenecks.
LoadRunner is a performance testing tool developed by Micro Focus (OpenText). It is used to test the performance, scalability, and reliability of applications by simulating multiple virtual users.
The main components are:
VuGen (Virtual User Generator) is used to create and record scripts that simulate user actions on an application.
The Controller manages test execution by controlling virtual users, setting load scenarios, monitoring performance, and collecting test results.
Load Testing checks how an application performs under expected user load, while Stress Testing evaluates how the application behaves beyond its maximum capacity.
A Virtual User (Vuser) is a simulated user that performs predefined actions to test how the application behaves under multiple simultaneous users.
Correlation captures dynamic values such as session IDs and tokens during script execution, ensuring the script runs successfully with different users.
The Analysis component generates reports and graphs after test execution, helping testers identify performance issues, response times, throughput, and system bottlenecks.