MFE-IT

Load Testing Training Course – Simulate Real User Behaviour to Assess the Limits of Your Applications

Reference : TDC/en
990 € excl. VAT
2 days
14 h
18 Jan. 2027
Remote
8 Feb. 2027
Remote
1 Mar. 2027
Remote
5 Apr. 2027
Remote
3 May 2027
Remote
7 Jun. 2027
Remote

Each session will take place even if only one person is registered (except in cases of force majeure)

Load testing training course

Description of the Load Testing Training Course

Few applications fail because of bugs. Many fail to handle increased load.
Load testing allows you to simulate hundreds or even thousands of users in parallel to observe how your systems behave under stress, anticipate failures, and validate actual scalability.

This training course introduces you to the methodologies, tools, and best practices for performing effective load testing, interpreting the results, and proposing concrete optimisation actions.

Also discover our Understanding User Needs Training Course – From Observation to Action Project, our IT specifications Training course, our Sass Training Course – Structure and Accelerate your CSS Style Sheets like a Pro, our REST API Training Course – Create, Expose, and Integrate Secure and Scalable Web Services and our JMeter Performance Testing Training Course – Simulate, Measure and Optimise Your Large-Scale Web Applications.

Format

Remote (recorded sessions). 

GOOD TO KNOW

This training course includes numerous exercises (60% practical) to enhance learning. Each session will take place even if only one person is registered (except in cases of force majeure). A preliminary interview is held between the participant and/or a company representative in order to fully assess the participant’s profile (level, needs, professional context, challenges, etc.).
Assessment : during the training course, the trainer assesses the participants’ progress through multiple-choice questions, role-playing exercises and practical work. Participants receive a certificate of completion at the end of the training course. 

objectives of this Load Testing Training Course

By the end, each participant will be able to :

  • Understand the differences between load testing, stress testing, endurance testing, and scalability testing.
  • Know how to choose the right testing tools for your needs (JMeter, K6, Gatling, Artillery, etc.).
  • Build realistic scenarios that represent user usage.
  • Run tests at different intensities and durations.
  • Analyse the results (latency, errors, saturation, throughput, etc.).
  • Formulate technical recommendations for optimisation.

Prerequisites

  • Basic knowledge of HTTP, APIs or web development
  • Proficiency in using files, environment variables and command lines
  • Previous experience in functional testing is a plus
  • Because each participant has a unique background and expectations, a preliminary interview with our expert allows us to precisely identify their objectives, level and professional challenges.
    This enables us to tailor the training content to ensure relevant and personalised learning.

Target Audience

Suitable for QA profiles, developers, DevOps, technical project managers, or any team responsible for user experience under constraints.

Detailed of this Load Testing Training Course

Fundamentals of load testing

Types of tests : load, stress, endurance, scalability. Why and when to use them.

Target throughput, frequency of actions, behaviour during peak loads. Set realistic objectives.

Comparison of JMeter, K6, Gatling, and Artillery. Choose according to your needs (web, API, CLI, CI/CD).

Basic script, user simulation, ramp-up, random variations, assertions.

Interpretation of metrics (latency, error rate, 95th percentile, memory/CPU saturation, server logs).

Concrete strategies : caching, CDN, session management, database, parallelisation.

Run tests via CI (GitLab, Jenkins), automatic alerting, integration into the quality loop.

This training course :

  • Is tool-agnostic : you learn how to test, not how to depend on a tool.
  • Goes beyond simulation: it trains you in analysis and optimisation strategy.
  • Is part of a DevOps/continuous quality approach.
  • Offers concrete examples taken from real-life situations.

FAQ – Load Testing Training

Load testing measures how a system behaves under expected user load — response times, throughput, and error rates as concurrent users grow. It’s distinct from stress testing (pushing beyond limits to find breaking points) and soak testing (sustained load over time). Load testing happens before production rollouts and major feature launches. MFE-IT trains testing teams and developers on building meaningful load tests with modern tooling.

The most-used load testing tools in 2026 are JMeter (open-source, GUI + headless), k6 (developer-friendly JavaScript), Gatling (Scala/Java DSL), Locust (Python), Artillery (Node.js), and commercial options like LoadRunner and BlazeMeter. The choice depends on team skills, protocol coverage, and CI/CD integration. The MFE-IT Load Testing training covers tool selection and migration patterns between them.

Simulated load should reflect realistic peak production traffic — typically derived from analytics (peak concurrent users observed) plus a safety multiplier (1.5x to 3x). Pure max-throughput numbers are misleading without realistic think times, session patterns, and data variation. Through MFE-IT’s hands-on approach, learners derive load profiles from production data and translate them into accurate test scenarios.

Performance testing is the umbrella discipline measuring how a system performs — response time, throughput, resource usage. Load testing is one specific type within performance testing, focused on behavior under expected concurrent load. Other types include stress, soak, spike, scalability, and endurance testing. Our MFE-IT training course on Load Testing places each type in context and explains when to use which.

Would you like to know about upcoming sessions ?

Would you like to schedule this Load Testing Training Course on a specific date ? Contact us by email or by filling out the contact form.