ISTQB Advanced Test Management iOS App

ISTQB Advanced Test Management iOS App

Master your journey to becoming an Advance Test Manager with the ISTQB Advanced Test Management app!

Our intuitive application places you in an enriched test environment, meticulously crafted to elevate your proficiency and expertise in software testing management.

Engage with a wealth of meticulously curated practice questions, designed to envelop all the key areas required for your ISTQB certification journey.

Our app breaks down each question with comprehensive explanations, ensuring a deeper understanding and refinement of your testing prowess.

Key Features:

Extensive Question Bank: Dive into a treasure trove of practice questions, methodically covering all critical topics essential for your Advanced Test Management qualification.

In-Depth Explanations: Each question is partnered with meticulous, detailed rationales to bolster your learning and elevate your retention capacity.

Custom Test Creation: Tailor your learning experience by creating custom quizzes. Select specific topics and question types to zero in on the areas you wish to enhance.

Progress Tracking: Keep tabs on your advancement with our sophisticated progress tracking, allowing you to visualize your journey toward mastery.

Offline Access: Immerse yourself in studying anytime, anywhere. No internet connection? No problem, with our adaptable offline access feature.

User-Friendly Interface: Navigate smoothly through a user-centric design that amplifies focus and accelerates your learning process.

Download ISTQB Advanced Test Management today and propel yourself into a superior realm of exam preparation where precision meets mastery.

Leap ahead of the curve in your certification journey with confidence and clarity.

Your path to becoming an Advanced Test Manager starts here!

Embrace the power of structured learning and transform your preparation into excellence.

Content Overview

Explore a variety of topics covered in the app.

Managing Test Activities

Test Planning Fundamentals
Test Monitoring and Control
Test Completion Activities
Testing in Hybrid Models
Managing Risks in Testing
Test Strategy and Approach

Risk-Based Testing

Understanding Product Risks
Identifying Risk Techniques
Assessing Risk Levels
Mitigating Risks Effectively
Lightweight Risk Techniques
Success Metrics for Risks

Test Strategies and Approaches

Developing Project Strategies
Aligning with Business Goals
Adapting to Organizational Needs
Choosing a Test Approach
Setting Measurable Objectives
Defining Exit Criteria

Improving Test Processes

Applying IDEAL Model Steps
Model-Based Improvements
Analytical Improvements
Retrospectives for Feedback
Evaluating Testing Efficiency
Identifying Areas to Enhance

Managing the Product

Monitoring Test Progress
Using Metrics for Control
Estimation Techniques
Defect Workflow Definition
Agile and Hybrid Test Models
Reporting Results to Teams

Managing Test Teams

Identifying Required Skills
Building Effective Teams
Implementing Whole-Team Role
Supporting Agile Practices
Business Cases for Testing
Developing Collaboration

Tools and Automation

Selecting the Right Tools
Integrating Automation Tools
Managing Tool Lifecycle
Using Tools for Metrics
Automation in Agile Testing
Benefits and Risks of Tools

Example questions

Let's look at some sample questions

Why is risk-based testing a strategic focus in test planning of critical systems?

Ensures low defect countsPrioritizes high-risk areasReduces overall test timeSimplifies test design
Focusing on high-risk areas ensures critical system functions are thoroughly tested, mitigating potential impacts of failures.

How can defect density inform test completion success?

Indicates areas needing rigorous testingShows total defects foundReflects team productivityPredicts future defect trends
Defect density, calculated as defects per unit size (e.g., LOC), highlights parts of the product that may have higher remaining risks or require enhanced testing efforts.

Which technique involves assessing both likelihood and impact to manage risk effectively?

Checklist analysisCause-consequence analysisDecision tree analysisRisk matrix
A risk matrix evaluates both the likelihood and impact of risks, assigning priorities based on their levels of risk.

How can test teams ensure their efforts are in line with strategic business goals?

By creating exhaustive test cases.By engaging with business management regularly.By focusing solely on non-functional tests.By maintaining pre-defined test scripts.
Regular engagement with business management ensures that test efforts align with current strategic business goals and priorities.

What does a risk-based approach prioritize?

Low-cost tasksCustomer feedbackHigh-risk areasProject deadlines
A risk-based approach focuses testing efforts on high-risk areas to maximize defect detection potential.

When is Model-Based Testing most useful?

Complex Business LogicSimple UIStatic ContentManual Operations
Model-based testing handles complex logic by predicting system behavior through models.

Why is it important to align test objectives with business goals?

Ensures budget allocationPrioritizes test activitiesImproves team communicationAligns team skillsets
Aligning test objectives with business goals helps prioritize test activities that deliver the most value.

Which objective best measures success in a risk-based testing approach?

Decrease high-risk defect leakage.Increase total number of test cases.Meet project budget on all testing phases.Improve stakeholder satisfaction ratings.
Decreasing high-risk defect leakage ensures critical areas are tested thoroughly, aligning with risk-based testing objectives.

Why would a Test Maturity Model Integration (TMMi) be used in improving test processes?

Streamline codingEnhance documentationProvide structured improvement pathwayReduce testing cost
TMMi provides a maturity-based path for process improvements, offering structured guidance for enhancements.

If a test process's lead time is reduced by 20%, how is velocity affected if initially 5 tasks were completed weekly?

Increases by 1 task/weekRemains at 5 tasks/weekDecreases by 1 task/weekIncreases by 20 tasks/week
Velocity increase = Initial Velocity x Reduction Percentage = 5 x 0.20 = 1 task/week. Verified: (5 x 0.20 = 1). Thus, velocity increases by 1 task/week.