Software testing is evolving faster than ever. In a world driven by continuous integration, cloud deployment, and DevOps pipelines, manual testing cannot keep pace. TOSCA, developed by Tricentis, has emerged as one of the most powerful tools for model-based test automation. Its code-free, scalable, and intelligent approach to testing enables enterprises to accelerate delivery without compromising quality.
A TOSCA Automation Course gives learners the skills to master this powerful platform, helping them design, automate, and maintain end-to-end tests efficiently. Whether you are a QA engineer, business analyst, or automation enthusiast, learning TOSCA opens doors to advanced automation roles in top companies.
This guide provides a complete look into what you’ll learn in a TOSCA Automation Course, including the syllabus, tools, and skills you’ll gain. By the end, you’ll have a clear idea of how the course prepares you for TOSCA certification and enhances your testing career.
TOSCA (Topology and Orchestration Specification for Cloud Applications) is an automation tool designed by Tricentis that enables model-based test automation (MBTA). Instead of scripting tests line by line, TOSCA allows users to create modular test cases using drag-and-drop models. This drastically reduces maintenance time and enables non-programmers to build robust automated tests.
Model-Based Testing: Automate without coding by creating reusable models.
Continuous Testing: Seamlessly integrates into CI/CD pipelines.
Test Data Management: Manage, mask, and reuse test data effectively.
API and UI Testing: Perform both front-end and back-end validation.
Risk-Based Testing (RBT): Focus on high-impact test cases using risk metrics.
Service Virtualization: Simulate unavailable systems for early testing.
TOSCA stands out for its scalability and low maintenance cost. Leading enterprises such as Accenture, Deloitte, and Capgemini integrate it across their QA ecosystems. According to Tricentis research, organizations using TOSCA achieve up to 90% reduction in test execution time and 70% lower maintenance effort compared to traditional automation tools.
A TOSCA Automation Course helps learners understand the fundamentals of model-based automation, test case design, execution, and reporting using the TOSCA suite. It covers both theoretical and hands-on aspects to ensure learners can handle real-world projects confidently.
QA Engineers aiming to move from manual to automation testing.
Business Analysts and Test Managers seeking to optimize testing workflows.
Developers working in DevOps pipelines who need integrated automation.
Fresh graduates aspiring for automation testing roles.
After completing the course, you will be able to:
Design and automate test cases using TOSCA’s model-based approach.
Manage test data and link test objects efficiently.
Integrate TOSCA with CI/CD tools such as Jenkins and Azure DevOps.
Implement test strategies using risk-based testing principles.
Execute and report test results using TOSCA Commander and Analytics.
Prepare for and earn TOSCA Certification.
The syllabus is usually divided into beginner, intermediate, and advanced levels, ensuring progressive skill development.
Topics Covered:
Understanding automation fundamentals.
Overview of Tricentis TOSCA architecture.
Installation and setup of TOSCA Commander.
Introduction to model-based testing (MBT).
Hands-On Exercise:
Install TOSCA Commander and create your first sample module for a login page. You’ll learn how to scan applications, identify UI elements, and reuse components across test cases.
Topics Covered:
Workspace structure and organization.
Modules, TestCases, and ExecutionLists.
Folder management and naming conventions.
Working with TOSCA’s Reuse concept.
Real-World Application:
Learn to organize your test repository like an enterprise-level QA project. You’ll practice test case versioning, object reuse, and collaborative workflows.
Topics Covered:
Understanding test steps and modules.
Creating manual and automated test cases.
Data-driven testing using TestCaseDesign.
ExecutionLists and reporting mechanisms.
Example:
Design a data-driven test for a web-based registration form using TOSCA templates. Each variation of the test pulls different input values from an Excel or internal dataset.
Topics Covered:
Centralized data management principles.
Data masking and synthetic data generation.
Using TDM to manage dynamic data.
Integration with external databases.
Practical Task:
Connect TOSCA TDM to a sample SQL database. Learn how to pull and mask sensitive data to ensure test data privacy and reusability.
Topics Covered:
API scanning and module creation.
REST and SOAP API validation.
Chained API calls and parameterization.
Integration with Postman and Swagger.
Example:
Build and execute an API test for a login endpoint. Validate response codes, message bodies, and authentication tokens using TOSCA API modules.
Topics Covered:
Understanding risk-based testing principles.
Linking test cases with business requirements.
Prioritizing test execution based on risk.
Generating risk coverage reports.
Real-World Relevance:
Large enterprises rely on risk-based test selection to save time. You’ll learn how to link business impact and failure probability to each test case.
Topics Covered:
ExecutionLists and execution logs.
Result reporting using TOSCA Analytics.
Defect management and JIRA integration.
Batch execution and distributed testing.
Exercise:
Execute automated tests on different browsers and analyze reports. Learn how to export detailed logs to project dashboards.
Topics Covered:
CI/CD concepts in automation testing.
TOSCA integration with Jenkins and Azure DevOps.
Automated trigger-based execution.
Report collection in pipelines.
Example:
Automate nightly builds to run regression suites in Jenkins. Learn how TOSCA integrates seamlessly with DevOps environments.
Topics Covered:
Importance of service virtualization.
Creating virtual services using TOSCA Virtualization.
Simulating unavailable systems or APIs.
Test environment setup and maintenance.
Application:
When testing dependent systems that are unavailable, you’ll use TOSCA Virtualization to simulate them. This accelerates test cycles and prevents delays.
Topics Covered:
Dynamic expressions and loops.
Conditional statements and test logic.
Custom controls and reusable components.
Maintenance strategies and optimization.
Example:
Use conditions and loops to test complex workflows such as e-commerce order processing or form validation with multiple dependencies.
TOSCA’s ecosystem includes a variety of integrated tools that support different stages of automation testing.
The central interface for test design, execution, and management. It provides a modular view of all test assets.
Helps create reusable and data-driven test templates, ensuring test coverage and efficiency.
Simplifies data provisioning and ensures consistency across tests.
Used to scan and automate REST and SOAP APIs, making integration testing faster.
Delivers detailed reports and dashboards to monitor test execution trends.
Enables parallel test execution across machines, reducing test cycle time.
TOSCA Certification is an official credential offered by Tricentis to validate your automation skills. It demonstrates your expertise in model-based testing and proficiency in the TOSCA suite.
Automation Specialist Level 1 (AS1): Covers fundamentals of TOSCA modules, test case design, and execution.
Automation Specialist Level 2 (AS2): Focuses on advanced topics like API, RBT, and TDM.
Automation Engineer Level 1 (AE1): Emphasizes integration, CI/CD, and maintenance.
TOSCA certifications are valid indefinitely, but it’s recommended to stay updated with new tool versions. Tricentis frequently releases updates, and maintaining familiarity with them enhances your marketability.
Industry-recognized credential for QA professionals.
Eligibility for automation roles in global enterprises.
Demonstrates practical understanding of model-based testing.
Boosts salary prospects and job opportunities.
Banks and financial organizations use TOSCA for end-to-end automation of transactions, customer onboarding, and compliance workflows.
TOSCA ensures data accuracy and regulatory compliance by automating repetitive validation tasks across healthcare platforms.
Retailers use TOSCA for order management, cart functionality, and payment gateway testing.
Telecom operators automate billing, CRM, and network configuration workflows using TOSCA.
CI/CD integration enables teams to test with every commit, ensuring faster and safer deployments.
Open TOSCA Commander and create a new workspace.
Scan the Application: Use the TOSCA Wizard to scan your web or desktop app.
Create Modules: Save UI controls as reusable modules.
Design Test Case: Drag and drop modules into a test case.
Assign Test Data: Use TestCaseDesign or Excel to feed input values.
Execute the Test: Run it using ExecutionLists.
Analyze Results: View reports in TOSCA Analytics.
This exercise demonstrates TOSCA’s simplicity automation without writing a single line of code.
80% of Fortune 500 companies use TOSCA for enterprise test automation.
Organizations report a 50–70% reduction in manual effort after adopting TOSCA.
The global test automation market is expected to grow to USD 55 billion by 2028, and TOSCA is among the top five tools driving this growth.
Professionals certified in TOSCA earn 20–30% higher salaries than non-certified QA engineers.
No Coding Required: Perfect for testers transitioning from manual to automation.
Enterprise-Grade Capabilities: Handles complex and large-scale systems.
Comprehensive Testing Support: Supports web, mobile, API, and database testing.
Reduced Maintenance: Modular design lowers long-term effort.
Industry Recognition: Highly valued in QA automation roles worldwide.
Learning to think in models instead of scripts.
Managing complex test environments and data dependencies.
Balancing manual and automated test strategies.
Integrating TOSCA with multiple CI/CD tools.
Adapting to enterprise-level collaboration.
Overcoming these challenges prepares you for senior automation engineer roles.
Start with Simple Projects: Begin with UI-based automation.
Leverage Reusability: Create modular test objects for scalability.
Maintain Clear Naming Conventions: Keep the repository organized.
Use Data-Driven Design: Reduce test duplication.
Collaborate Effectively: Share test assets through version control.
Stay Updated: Learn new TOSCA versions and plugins regularly.
A TOSCA Training offers everything you need to excel in modern testing from model-based design to CI/CD integration. You’ll master automation concepts, gain hands-on experience, and earn certification that validates your expertise.