ISTQB Certified Tester – Model‑Based Tester (CT‑MBT)Training Course
Length
2 days
Price
$1999
Cities
Melbourne, Sydney, Brisbane, Adelaide, Canberra, Perth
Learn More
Why Choose This Course
The ISTQB Certified Tester Model‑Based Tester (CT‑MBT) course equips participants with advanced methodologies to design, generate and execute tests using model‑based techniques. Based on the official ISTQB; specialist syllabus, it complements the Foundation Level by focusing on test automation through models‐such as state‑transition and workflow models;to improve test accuracy, coverage and efficiency.
This training covers motivations for MBT, integration of model‑based testing into the software development lifecycle, model creation workflows, test generation criteria, implementation strategies and deployment considerations. Participants gain hands‑on practice in developing simple MBT models, selecting test cases based on criteria, implementing and executing tests, and evaluating MBT approaches for organisational fit.
Industry demand is on the rise for professionals who can apply structured, model‑driven testing to enhance quality and reduce rework in software projects across domains including automation, agile, embedded and enterprise systems. This course is ideal for professionals looking to learn model‑based testing to boost their credentials, especially in Melbourne, Sydney, Brisbane, Perth or Canberra. A certificate of course attendance is included.
Prerequisites
- Candidates must hold the ISTQB Foundation Level certification.
Exam
Candidates can achieve this certification by passing the following exam(s).
- ISTQB Certified Tester – Model‑Based Tester (CT‑MBT).
Books
- ISTQB Certified Tester Model‑Based Tester course material included.
Delivery
- Instructor-led Classroom Training at our premises
- Live Virtual Online Training attend in real-time from anywhere
- In-House Training at your premises (4+ participants)
Skills Gained
• Understand objectives and motivations for model‑based testing.
• Recognise MBT activities and essential work products within the test process.
• Integrate MBT effectively into software development lifecycles.
• Develop MBT models using workflow and state‑transition techniques.
• Understand and select modelling languages suited to specific test objectives.
• Apply best practices in MBT modelling and validation.
• Classify and apply test case generation criteria in MBT.
• Implement and execute MBT‑derived test cases.
• Adapt tests based on model evolution and system changes.
• Evaluate and manage MBT deployment, including ROI and metrics.
• Monitor and control MBT adoption using KPIs and structured processes.
Audience
- Software testers, test analysts, test consultants, test managers and UAT testers working on game software.
- Professionals in video game development roles and those involved in PC, mobile or console hardware and software.
- Project managers, quality managers, software development managers, business analysts, IT directors and management consultants seeking deeper understanding of game testing.
Objectives
- Understand the principles and benefits of model-based testing and its role in improving test efficiency and coverage.
- Learn how to integrate MBT activities into different software development lifecycles, including agile and traditional approaches.
- Gain practical skills in creating and validating models using state-transition and workflow techniques.
- Apply test generation criteria to derive effective test cases from models and implement them in real-world scenarios.
- Explore tool support for MBT, including automation strategies and best practices for deployment.
- Develop the ability to evaluate MBT adoption within an organisation, including ROI, metrics and continuous improvement.
Outline
Introduction to model-based testing (MBT): scope and benefits.
Objectives and motivations for adopting MBT.
Common pitfalls and misunderstandings in MBT implementation.
MBT activities and work products within the testing process.
Integrating MBT into both sequential and iterative lifecycles.
The role of MBT in supporting requirements engineering.
Foundations of MBT modelling and key concepts.
Designing MBT models using workflow or state-transition languages.
Determining model focus based on test objectives.
Choosing suitable modelling languages for different system types.
Best practices for effective MBT model design.
Common modelling mistakes and recommended guidelines.
Linking requirements and design elements to the MBT model.
Strategies for model reuse across projects.
Tool support for MBT modelling and automation.
Iterative model development, review, and validation practices.
Classification and selection of test case generation criteria.
Applying selection criteria for automated or manual test generation.
Levels of automation in test generation strategies.
Implementation and execution of model-based tests.
Managing test adaptation following model changes.
Evaluating MBT deployment, metrics, and ROI factors.
Managing and monitoring MBT processes within an organisation.
Best practices for deploying MBT in varied testing environments.
Cost considerations and integration with other test processes.
Price
| Category | Full-Time (Weekdays) | Part-Time (Weeknights) | Part-Time (Weekends) |
|---|---|---|---|
| Days | Monday to Wednesday | Mondays and Tuesdays | Saturdays only |
| Time | 9:30 am to 5:00 pm | 6:00 pm to 9:00 pm | 10:00 am to 5:00 pm |
| Duration | 2 days | 2 weeks | 2 weeks |
| Price | $1999 | $1999 | $1999 |
Terms & Conditions
The supply of this course is governed by our terms and conditions. Please read them carefully before enrolling, as enrolment is conditional on acceptance of these terms and conditions. Proposed course dates are given, course runs subject to availability and minimum registrations.
Frequently Asked Questions (FAQ's)
What is the ISTQB Model‑Based Tester certification?
It is a specialist ISTQB certification focused on using models for test analysis, design, implementation, execution and reporting in software testing.
Who should take this training?
Testers, analysts, test managers, developers, architects and anyone involved in test automation or software quality will benefit from this model‑based testing course.
What is model‑based testing?
It is a technique that uses abstract models—such as state‑transition diagrams—to automatically generate and drive test cases to improve test coverage and reduce manual effort.
Is this course relevant across Australian cities?
Yes. Whether you work in Melbourne, Sydney, Brisbane, Perth or Canberra, this training helps prepare you for certification and practical application of MBT methods.
Our Partnership
We are proud to partner with Pearson Authorised Test Centre to deliver the ISTQB Game Testing certification program. This collaboration ensures participants gain practical expertise in testing game mechanics, graphics, audio, levels, controllers and localisation, aligned with the ISTQB CT-GaMe syllabus. Through industry-recognised training and hands-on exercises, this course equips professionals with the skills to design, implement and execute structured tests for gaming software across PC, mobile and console platforms. Learners will develop the capability to apply proven techniques and tools to improve quality and enhance player experience in modern game development environments.
$102,000
Average annual salary for software testing professionals in Australia, with advanced skills such as model-based testing contributing to higher earning potential.
70%
Employers report that ISTQB certifications are preferred or required for specialised testing roles, including MBT-focused positions.
8.8%
Year-on-year growth in demand for professionals skilled in model-based testing and automation techniques.
90,000+
Active ISTQB specialist certification holders worldwide, reflecting global recognition of structured testing standards.
4,200+
Australian organisations value or employ ISTQB-certified testers for quality assurance and advanced testing practices.
97%
Student satisfaction rate from Logitrain’s ISTQB training programs, highlighting quality and practical relevance.
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