
Explore fundamentals of performance testing and hands-on practice with tools like JMeter and BlazeMeter, covering load, stress, spike, endurance, scalability, capacity, and volume testing, plus monitoring with InfluxDB and Grafana.
Navigate the performance testing lifecycle from requirements gathering and planning to environment setup, test implementation, execution, monitoring, analysis, and recommendations for continuous improvement.
Define and measure non-functional requirements to drive performance testing, focusing on response time, throughput, scalability, reliability, and usability, and map targets to test scenarios.
Stress test pushes the system beyond normal limits to assess stability, the breaking point, and recovery after peak load with rising concurrent users, and monitors response time and errors.
Endurance testing ramps up concurrent users to a steady load and runs the system for hours to reveal resource leaks, stability under load, and degradation in response time and throughput.
Spike testing simulates a sudden surge in users to assess stability and recovery after the spike. It reveals bottlenecks like caching issues, memory spikes, and database logs during traffic surges.
Evaluate system performance under real-world data sizes by conducting volume testing, measuring response times, resource usage, and capacity planning as data scales from thousands to millions of records.
Deliver performance test reports that translate results into business impact, tailor detail for executives or developers, and drive go-live and optimization decisions.
Learn how to download the latest stable version of Apache JMeter, verify Java is installed, and launch the JMeter GUI from the bin folder on Windows.
Discover BlazeMeter, a cloud-based performance testing platform that runs load and stress tests in the cloud, eliminating local infrastructure and supporting JMeter, Godlink, Selenium, Locust, and Torus.
Record a performance testing scenario using BlazeMeter Recorder Chrome extension to capture navigation in the Apple Store and generate a JMX script for JMeter, with login and saving as JMX.
Explore how a performance testing framework orchestrates tests, collects metrics, and visualizes results for server-side and client-side tests using Jenkins, JMeter, InfluxDB, Grafana, and Sidespeed.io in Docker.
Performance issues are one of the most common reasons why applications fail in production. A system may work correctly, but if it is slow, unstable, or cannot handle real user load, it quickly becomes a business problem.
This course is designed to give you a clear and practical introduction to performance testing, starting from the fundamentals and moving toward hands-on, real-world practice.
You will begin by learning what performance testing is, why it is important, and how it fits into the software development lifecycle. We will cover key performance metrics, non-functional requirements, and the most common types of performance testing, including load, stress, spike, endurance, scalability, capacity, and volume testing.
Next, you will learn how to design realistic load models and how to create clear and meaningful performance test reports that can be understood by both technical and non-technical stakeholders.
The course then moves into hands-on practice with Apache JMeter. You will install JMeter, explore its main components, create your first performance tests step by step, and generate HTML reports for result analysis.
To simulate real production-like environments, you will also work with BlazeMeter, a cloud-based performance testing platform. You will record scenarios, configure tests, run them in the cloud, analyze results, and understand pricing and usage models.
Finally, you will build a complete performance testing monitoring framework from scratch using JMeter, InfluxDB, and Grafana, learning how to collect metrics, visualize them in dashboards, and analyze performance results like performance engineers do in real companies.
This course is ideal for QA engineers, testers, developers, and DevOps engineers who want to start or grow their skills in performance testing.
No prior performance testing experience is required.