Performance Engineering Training
Training Overview for Performance Engineering. Training is to improve the performance of software programs and systems. Participants learn how to use tools such as JMeter and LoadRunner to detect performance bottlenecks, execute load testing, and fine-tune application performance. The training focuses on performance monitoring, capacity planning, and performance tweaking methodologies.
- 10+ Courses
- 30+ Projects
- 400 Hours
Performance Engineering Training is suitable for the following target audiences:
Software Developers: To improve code and application performance.
QA Engineers: Perform performance testing and ensure application scalability.
System Administrators: System administrators’ responsibilities include monitoring and improving system performance.
DevOps Engineers: Integrate performance testing into continuous integration pipelines.
Completing Performance Engineering Training leads to a variety of work prospects in the United States and Canada, including:
Performance Engineer: Performance Engineers specialize in performance testing, analysis, and optimization.
QA Performance Tester: Conducts performance testing and ensures application scalability.
DevOps Engineer: Integrating performance testing into CI/CD pipelines to enable automated deployment.
Software Developer: Improving code and application performance for better user experience.
System Administrator: System administrators monitor and optimize system performance to ensure reliability and scalability.
The finance, e-commerce, healthcare, and technology industries in both nations are actively looking for performance engineering talents to ensure robust and scalable software solutions. The demand for skilled performance engineers is increasing as firms prioritize creating high-performance systems that match user expectations and business objectives.
“Are you prepared to investigate prospects in Performance Engineering Training? Speak with one of our knowledgeable staff members right now. They will offer tailored advice and information about our Performance Engineering Training. Take the first step towards a rewarding career in Performance Engineering technology. Get in touch with us right now!”
- What is Performance Engineering vs Performance Testing?
- Performance goals: Response Time, Throughput, Resource Utilization
- Key terms: Latency, TPS, SLA, Scalability, Bottlenecks
- Types of performance tests: Load, Stress, Spike, Endurance, Volume
- Overview of tools: JMeter, LoadRunner, Gatling, k6
- Installing and configuring JMeter
- JMeter Test Plan structure: Thread Groups, Samplers, Listeners
- Creating your first Load Test
- Assertions, Timers, and Pre/Post Processors
- Reading results: Summary, Aggregate, View Results Tree, Graph
- CSV Data Set Config (parameterization)
- Correlation using Regular Expressions
- Dynamic user behavior simulation
- Session handling (cookies, tokens)
- Assertions for validations and checkpoints
- Controllers (Loop, If, While, Switch)
- Test Fragments & Modularization
- Functions & Variables
- Custom plugins
- Integration with Git for version control
- Designing Load Scenarios
- Ramp-up, ramp-down strategies
- Running tests in GUI and non-GUI (headless) modes
- Analyzing test results and identifying bottlenecks
- Performance monitoring basics (CPU, Memory, Disk, Network)
- Backend monitoring tools: Grafana, InfluxDB, Prometheus
- APM Tools: New Relic, Dynatrace, AppDynamics (overview)
- Database performance: indexing, query optimization
- GC logs and JVM tuning (for Java apps)
- Integrating JMeter with Jenkins/GitHub Actions
- Automating test execution with build pipelines
- Cloud-based tools: BlazeMeter, Flood.io, k6 Cloud
- Load testing on Kubernetes/Docker environments
- Final capstone Project
- Mock interviews and resume feedback
- Note: Curriculum can be modified according to the latest industry standards.
Performance Engineering is the practice of designing, testing, and optimizing systems to ensure they perform efficiently under expected workloads.
This course is ideal for software developers, QA engineers, DevOps professionals, system architects, and IT managers involved in application performance.
Basic knowledge of software development or testing is helpful, but the course is designed to teach core performance engineering principles from the ground up.
Common tools include JMeter, LoadRunner, Dynatrace, New Relic, AppDynamics, and performance monitoring dashboards.
Yes. The course covers profiling, monitoring, and diagnosing slow components in applications and infrastructure.
Yes. You will learn to optimize web applications, APIs, databases, and server infrastructure.
Yes. Each module includes practical exercises, real-world scenarios, and projects to reinforce learning.
Yes. The course covers industry-standard practices that are relevant for certifications like ISTQB Performance Tester or other performance-related credentials
Typically 8 weeks, with 6–8 hours per week including lectures, labs, and assignments. Can be delivered online or in-person.
You will be able to design, execute, and analyze performance tests, identify bottlenecks, optimize system performance, and implement performance monitoring strategies in real-world environments.
We currently offer online sessions with flexible weekday/weekend batches. All sessions are recorded. You’ll have access to the recordings, along with support from instructors and peers in our learning portal.
You can register via our website https://checkmateittech.com/, or reach out to our support teams via phone, email, or WhatsApp. We’ll help you with batch schedules , fee structure and payment options.
Email info@checkmateittech.com Call Us +1-347-4082054
- Submit Form
Job opportunities in USA and Canada
Completing Performance Engineering Training leads to a variety of work prospects in the United States and Canada, including:
Performance Engineer: Performance Engineers specialize in performance testing, analysis, and optimization.
QA Performance Tester: Conducts performance testing and ensures application scalability.
DevOps Engineer: Integrating performance testing into CI/CD pipelines to enable automated deployment.
Software Developer: Improving code and application performance for better user experience.
System Administrator: System administrators monitor and optimize system performance to ensure reliability and scalability.
The finance, e-commerce, healthcare, and technology industries in both nations are actively looking for performance engineering talents to ensure robust and scalable software solutions. The demand for skilled performance engineers is increasing as firms prioritize creating high-performance systems that match user expectations and business objectives.
“Are you prepared to investigate prospects in Performance Engineering Training? Speak with one of our knowledgeable staff members right now. They will offer tailored advice and information about our Performance Engineering Training. Take the first step towards a rewarding career in Performance Engineering technology. Get in touch with us right now!”
