Training Overview
Targeted Learning with a System
Concept
Learning with structure – for stronger teams and better project outcomes
Our accredited training courses combine software architecture, requirements engineering, and quality assurance, consistently integrating communication. After all, sustainable project success doesn't arise from isolated disciplines but from their effective interaction.
Our courses build upon each other, foster interaction, and are interconnected in content and teaching approach – with all materials coming from a single source. This creates a shared understanding within teams, reducing friction and measurably improving quality.
Customized learning paths for each role strengthen methodological knowledge and collaboration: requirements become clearer, architectures more robust, and testing more targeted. Decision-makers benefit from streamlined processes, better control, and more stable projects in the long term.
Learning Paths
Requirements Engineering
Typical roles: Product Owners, Product Managers, Business Experts
Recommended Course Sequence:
CPRE-F => CPRE Agile Primer => CPSA-F => Tester
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CPRE-F: Clean elicitation and documentation
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CPRE Agile Primer: Applying requirements in agile workflows
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CPSA-F: Aligning requirements with system design
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Tester: Verification – Formulating Testable Requirements
Business Value:
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Requirements are created in alignment with architecture and QA
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Results are more realistic, prioritized, and testable
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Handovers to dev and test teams become more targeted
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Rework and review loops are reduced
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Clear acceptance criteria reduce effort and cost during testing
Development
Typical roles: Software Developers, Software Architects
Recommended Course Sequence:
CPSA-F => CPSA-A DDD => CPRE-F / Agile Primer => Tester
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CPSA-F: Systematic architectural thinking (e.g., influencing factors, components, relationships, interfaces, quality goals)
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CPSA-A DDD: Domain-centered understanding – creating domain models and a shared language before implementation
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CPRE-F / Agile Primer: Express requirements in a goal-oriented way
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Tester: Understanding of testing and testability – for cleaner code
Business Value:
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A domain-oriented, systematic approach reduces risks
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Quality requirements are implemented precisely and efficiently
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Testability is built in – improving long-term product quality
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Solutions become more maintainable – saving cost over time
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Collaboration with RE and QA improves – enabling better project outcome
Quality Assurance
Typical roles: Testers, Test Managers, QA Leads
Recommended Course Sequence:
Tester => Test-Mgmt => CPRE-F / Agile Primer => CPSA-F
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Tester: Core understanding of test processes, -methods and -design
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Test-Mgmt: Strategic thinking, KPI management, team leadership
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CPRE-F / Agile Primer: Analyzing requirements – improved testbasis
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CPSA-F: Systemic architectural thinking – focused testing strategy
Business Value:
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Early testing reduces defect costs and saves resources
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Test processes become more efficient and risk-based
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Quality becomes measurable and embedded in the organization
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Releases become more reliable – overall product quality improves
Basic Courses
IREB®
Certified Professional for Requirements Engineering-Foundation Level (CPRE-F)
3 days
Live-Online
Special 2025 Offer!
CHF
incl. VAT
1450.-
1750.-
German
English
Includes practical bonus:
Session+
Improving Efficiency by Avoiding Misunderstandings: CPRE-FL
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Development & Requirements Engineering:
CPRE establishes a shared language for requirements. Developers and REs coordinate more effectively, reduce misunderstandings, and deliver more targeted results – aligning business goals with technical implementation. -
Development & Quality Assurance:
A common understanding of requirements streamlines testing. QA feedback becomes clearer, developers can interpret it more effectively – accelerating defect resolution and improving product quality. -
Requirements Engineering & Quality Assurance:
REs provide testable requirements, enabling Quality Assurance to develop suitable test cases early on. Shared terminology and criteria create clarity—strengthening trust and reducing friction during reviews and approvals.
iSAQB®
Certified Professional Software Architect- Foundation Level
(CPSA-F)
4 days
Live-Online
Special 2025 Offer!
CHF
incl. VAT
2300.-
2700.-
German
English
Includes practical bonus:
Session+
A targeted implementation through holistic thinking: CPSA-F
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Development & Requirements Engineering:
CPSA-F creates a common understanding of the relationship between requirements and software architecture. Developers and REs coordinate early on, clarify open questions, and avoid conflicts—making implementation more targeted and sustainable. -
Development & Quality Assurance:
Architectural decisions are clearly documented and communicated. Testers gain early insights into the system structure, and developers better understand QA feedback. This enhances collaboration and improves test alignment. -
Requirements Engineering & Quality Assurance:
Architectural awareness creates common ground for quality goals. REs define clearer requirements, QA plans more targeted tests – enabling requirements, architecture, and testing to work hand in hand.
Shared Understanding of Quality for More Effective Testing
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Development & Requirements Engineering:
It raises awareness of testability. As a result, requirements are articulated more clearly, thoughtfully structured, and supplemented with explicit and detailed acceptance criteria. This reduces uncertainty, queries, and rework during implementation. -
Development & Quality Assurance:
A standardized tester training establishes a common language for both roles. Terminology, defect classifications, and test phases are clearly understood—feedback is implemented more precisely, and issues are resolved faster. -
Requirements Engineering & Quality Assurance:
Testers and requirements engineers develop a shared understanding of quality. Reviews help identify ambiguities early and ensure that requirements are testable—reducing testing effort and the risk of defects during validation.
Advanced Courses
CPRE Agile Primer: Improved predictability through agile practices
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Development & Requirements Engineering:
In agile projects, the Agile Primer fosters continuous alignment between developers and product owners. A shared understanding of requirements and practices improves refinements and backlog prioritization, enabling faster change implementation. -
Development & Quality Assurance:
Testers and developers agree early on the Definition of Done and test cases. Issues are resolved collaboratively within the sprint – fewer defects at the end, higher product quality. -
Requirements Engineering & Quality Assurance:
Testers and REs work closely together – for example, defining acceptance tests before development starts. Shared agile knowledge leads to testable, complete requirements – accelerating acceptance and enabling predictable quality.
iSAQB®
Certified Professional Software Architect Domain-Driven Design (CPSA-A DDD)
3 days
Live-Online
Special 2025 Offer!
CHF
incl. VAT
2100.-
2500.-
German
English
Includes practical bonus:
Session+
A Shared Language to Eliminate Inefficiencies: CPSA-A DDD
-
Development & Requirements Engineering:
DDD strengthens collaboration by establishing a shared language (Ubiquitous Language). Requirements and implementation are modeled together – reducing misunderstandings and enabling more sustainable solutions. -
Development & Quality Assurance:
Testers and developers share the same business context. Tests reflect real scenarios, and developers immediately understand their relevance. This streamlines issue resolution and makes discussions more effective. -
Requirements Engineering & Quality Assurance:
REs and testers work with the same domain models. Requirements become clearer, tests more focused. Unclear definitions are corrected early – ensuring traceable implementation and a shared understanding of quality criteria.
Better planning through clearly defined responsibilities
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Development & Requirements Engineering:
Test Management builds a shared understanding of quality goals, risks, and acceptance criteria. Requirements are prioritized more realistically, and quality is systematically integrated into planning – reducing rework and improving commitment reliability.
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Development & Quality Assurance:
Clear responsibilities for test phases, delivery scopes, and Definition of Done improve daily workflows. Defects are identified earlier, feedback is used more effectively – resulting in smoother collaboration, more stable builds, and more predictable releases.
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Requirements Engineering & Quality Assurance:
REs and test managers align on acceptance and quality standards. Ambiguities in requirements are resolved early – creating a shared understanding of when a requirement is truly fulfilled and strengthening product quality.
Free Online Training Consultation
30 min • Free
