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Design and implement software tests using the ISTQB approach
Software quality depends on planned checks, not an impression that everything works. Structure test analysis, design and execution to identify defects and document results. Strengthen your contribution to validation decisions and dialogue with the product team.
- Duration
- 3 days 21 hours
- Code
- TL-RS7450 Code
- CPF
- CPF eligible CPF
Use your CPF entitlement to fund this course
This course is eligible for funding through the French Compte Personnel de Formation (CPF).
Presentation
Where software quality is a decisive factor in performance, reliability and user satisfaction, mastering testing activities has become a strategic skill for software professionals. As systems become more complex and development cycles accelerate, organisations need professionals who can effectively design, structure and implement test campaigns.
This 3-day course structures and professionalises testing through methodological principles recognised by the ISTQB Foundation syllabus, while meeting the operational requirements of the French certification framework “Concevoir et déployer des tests logiciels” (Design and implement software tests). Gain a comprehensive, structured view of testing, from requirements analysis and an appropriate strategy to test execution, defect management, campaign management and reporting.
Through methodological input and professional scenarios, develop a rigorous, traceable, risk-oriented approach. The course prepares you for RS7450 certification, “Concevoir et déployer des tests logiciels”, awarded by Oo2 and included in the course price (see the Certification tab for details).
Oo2 is a training organisation specialising in professional certifications and technical competencies in management, cybersecurity, project management and software quality, supporting organisations and professionals in developing expertise and performance.
Objectives
By the end of this course, you will be able to:
- analyse a software project's context to identify quality issues, associated risks and the coverage required to validate the product;
- structure a test strategy by selecting appropriate test levels and types based on the development lifecycle, project constraints and identified risks;
- formalise a test strategy in a structured deliverable covering objectives, scope, responsibilities, entry and exit criteria, and human and technical resources;
- apply appropriate test design techniques, including equivalence partitioning, boundary values, decision tables, state transitions and structural coverage, ensuring methodological consistency and test case traceability;
- justify the choice between static and dynamic testing according to the software, analysis context and validation objectives;
- develop complete, reproducible test scenarios specifying preconditions, input data, execution steps and expected results;
- configure and use a test environment meeting defined prerequisites and established procedures;
- execute test cases and systematically compare actual and expected results to assess software behaviour objectively;
- document detected defects in a tracking tool, precisely describing reproduction conditions, observed differences, severity and priority;
- organise and manage a test campaign by planning activities, estimating effort, prioritising by risk and building appropriate monitoring tools;
- analyse test indicators and assess residual risks to produce a structured report supporting decisions;
- contribute to continuous improvement by identifying recurring defects, analysing lessons learned and recommending corrective and preventive actions;
- validate the competencies required for RS7450 certification, “Concevoir et déployer des tests logiciels”.
Program
Day 1: Discovering the foundations and structuring a test strategy
Discovering software testing fundamentals through the ISTQB approach
- Testing objectives and limitations.
- The 7 testing principles.
- Terminology: error, defect and failure.
- Testing independence and stakeholder roles.
- The structured testing process: planning, analysis, design, implementation, execution and completion.
- Testing within the software lifecycle: V-model and Agile.
Structuring a test strategy
- Identifying risks and critical areas.
- Defining and justifying the coverage level.
- Selecting test levels: unit, integration, system and acceptance.
- Selecting test types: functional, non-functional, regression and others.
- Formalising a structured strategy:
- objectives;
- responsibilities;
- entry and exit criteria;
- human and technical resources.
Hands-on exercises
- Write a justified test strategy based on a project case.
Day 2: Designing and executing tests
Conducting static testing and reviews
- Static testing objectives.
- Review types: informal reviews, walkthroughs and inspections.
- Review roles and responsibilities.
- How reviews help prevent defects.
Applying test design techniques
- Black-box techniques:
- equivalence partitioning;
- boundary values;
- decision tables;
- state-based testing.
- White-box techniques:
- statement coverage;
- decision coverage.
- Justifying technique selection according to context.
- Test case traceability.
Hands-on exercises
- Design complete scenarios with preconditions, input data, steps and expected results.
Executing tests and managing defects
- Configuring the test environment.
- Executing cases according to defined procedures.
- Systematically comparing expected and actual results.
- Pass/fail status.
- The defect lifecycle.
- Writing a structured ticket:
- description;
- reproduction conditions;
- environment;
- severity and priority.
Hands-on exercises
- Execute tests and document defects comprehensively.
Day 3: Managing, using tools and improving continuously
Organising and managing testing activities
- Planning activities.
- Estimating effort.
- Risk-based prioritisation.
- Identifying resources used.
- Building a dashboard.
- Indicators:
- pass rate;
- coverage;
- defect density.
Using testing and management tools
- Test management tools.
- Defect management tools.
- Automation principles and concepts.
- Tools' benefits and limitations.
Reporting results and improving continuously
- Writing a structured test report.
- Assessing residual risks.
- Presenting clear, prioritised results.
- Using indicators.
- Identifying recurring defects.
- Proposing corrective and preventive actions.
- Integrating lessons learned.
Hands-on exercises
- Analyse a simulated test campaign and produce a final report.
Audience
This course is intended for software professionals, including:
- software production professionals, including testers, developers, analysts, project managers, Product Owners and software architects;
- technical team managers and leaders strengthening testing skills to manage deliverable quality;
- anyone involved in designing, validating or assuring the quality of a software product.
Prerequisites
The following prerequisites apply:
- Professional experience: at least 1 year of professional experience in software production.
- Application file: provide an up-to-date CV and a copy of your most recent qualification.
- Pre-course interview: an interview assesses the candidate's professional plans and motivation before enrolment.
Teaching and assessment methods
- Initial skills assessment
- Training materials provided to participants
- Continuous assessment throughout the course
- End-of-course feedback questionnaire
- Combination of theory and practical application
- Attendance records
- Post-course follow-up evaluation
- Quiz / multiple-choice questions
- Practical exercises
- Case study
Course highlights
- Oo2's own certification included: RS7450 “Concevoir et déployer des tests logiciels” is registered in France Compétences' Répertoire spécifique. Assessment is included in the course price without additional fees. A free resit is offered if you do not pass.
- Recognised, operational methodology: the programme draws on ISTQB Foundation syllabus principles while focusing on practical competencies for structuring, executing and managing a complete test campaign.
- Fully practice-oriented learning: each day combines methodological input and real-world exercises in which you produce a test strategy, scenarios, a defect ticket and a complete test report.
- Guidance from practising software testing professionals sharing current, concrete industry experience, with CPF eligibility to support funding.
Dates and sessions
Choose the date and delivery format that suit you.
No upcoming sessions are currently available.