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IAI SP1 practice questions

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Question 1Systems Practice Foundations and the SP1 Framework

In the SP1 framework, what is the primary purpose of establishing a system boundary before identifying stakeholders?

  1. To rank stakeholders by their level of authority and influence
  2. To select the programming language used for implementation
  3. To define which elements are inside the system of interest and which are part of its environment Correct answer.
  4. To determine the total budget required for the system's development

Explanation

A system boundary separates the system of interest from its environment, so it determines what is inside scope and what is treated as external. Stakeholder identification then follows from that boundary, because actors inside and outside the boundary relate to the system differently.

Question 2Systems Practice Foundations and the SP1 Framework

A team lists everyone who interacts with a system but never records what each actor expects from it. Which SP1 practice is being neglected?

  1. Code review
  2. Configuration management
  3. Stakeholder concern analysis Correct answer.
  4. Capacity planning

Explanation

Listing actors is only the first step; SP1 requires capturing each stakeholder's concerns, needs, and expectations so they can be traced to requirements. Without recorded concerns, the stakeholder list cannot inform system requirements or trade-offs.

Question 3Systems Practice Foundations and the SP1 Framework

Which statement best describes a system-of-interest in SP1 terms?

  1. A database schema used to store requirements
  2. The largest system that can ever be conceived
  3. The specific system that is the focus of analysis, design, and lifecycle activities Correct answer.
  4. Any system that shares a network with the target system

Explanation

The system-of-interest is the system being engineered, analyzed, or managed, and it is the reference point for boundary, lifecycle, and interface decisions. Surrounding systems are treated as its environment or as interoperating systems.

Question 4Systems Practice Foundations and the SP1 Framework

In the SP1 lifecycle, what distinguishes the concept stage from later stages?

  1. Detailed verification of every requirement
  2. Full-scale production and deployment of the system
  3. Decommissioning and disposal planning
  4. Exploration of stakeholder needs and feasible solution concepts before major commitments Correct answer.

Explanation

The concept stage examines needs, explores alternative solution concepts, and evaluates feasibility before significant resources are committed. Production, verification, and disposal belong to later lifecycle stages.

Question 5Systems Practice Foundations and the SP1 Framework

A requirement states that a system must process a transaction in under two seconds. Which SP1 requirement characteristic does this best illustrate?

  1. Ambiguous
  2. Verifiable Correct answer.
  3. Untestable
  4. Subjective

Explanation

A requirement is verifiable when a measurable criterion exists to confirm it is met. A stated time threshold provides an objective, testable criterion.

Question 6Systems Practice Foundations and the SP1 Framework

Which activity belongs to the architectural definition of a system rather than to detailed design?

  1. Writing unit tests for a single function
  2. Partitioning the system into major elements and defining their interfaces Correct answer.
  3. Formatting source code to a style guide
  4. Choosing variable names in a module

Explanation

Architecture concerns the decomposition into major elements, their responsibilities, and the interfaces between them. Unit tests, naming, and formatting are detailed design or implementation concerns.

Question 7Systems Practice Foundations and the SP1 Framework

In SP1, what is the role of a system interface definition?

  1. To define the marketing strategy for the system
  2. To specify how two elements exchange information, material, or energy across their boundary Correct answer.
  3. To record the personal preferences of the project manager
  4. To list all defects found during testing

Explanation

An interface definition describes what crosses a boundary between elements and the rules for that exchange, including the type and format of exchanged items. This lets independently developed elements be integrated.

Question 8Systems Practice Foundations and the SP1 Framework

Which statement best captures the SP1 principle of traceability?

  1. Requirements should be linkable to their sources and to the design and test artifacts that satisfy them Correct answer.
  2. Every requirement must be approved by a single person
  3. Requirements must never change after baselining
  4. Only functional requirements need to be documented

Explanation

Traceability links requirements backward to stakeholder sources and forward to design elements and verification evidence. This supports impact analysis when changes occur and demonstrates coverage.

Question 9Systems Practice Foundations and the SP1 Framework

A stakeholder raises a concern that conflicts with another stakeholder's concern. What does SP1 recommend as the appropriate response?

  1. Ignore the concern raised later
  2. Record both concerns and resolve the conflict through documented trade-off analysis Correct answer.
  3. Adopt the concern of the most senior stakeholder without analysis
  4. Discard both concerns to avoid conflict

Explanation

SP1 treats conflicting concerns as normal input to trade-off analysis, which documents the alternatives and the rationale for the chosen resolution. This preserves the record and makes decisions defensible.

Question 10Systems Practice Foundations and the SP1 Framework

Which of the following is an example of a system-level emergent property?

  1. The color of a single cable
  2. The serial number of a single part
  3. The overall throughput of a network that arises from the interaction of its components Correct answer.
  4. The weight of a single component in the system

Explanation

Emergent properties appear only when components interact and cannot be attributed to any single element in isolation. Overall throughput emerges from component interactions and configuration.

Question 11Systems Practice Foundations and the SP1 Framework

During verification and validation in SP1, what is the distinction between the two activities?

  1. Verification and validation are synonyms with no practical difference
  2. Verification happens before requirements are written, while validation happens after disposal
  3. Verification applies only to hardware, while validation applies only to software
  4. Verification checks that the system was built correctly against specifications, while validation checks that the right system was built for stakeholder needs Correct answer.

Explanation

Verification confirms conformance to specified requirements, while validation confirms that the system satisfies stakeholder needs and intended use. Both are needed because a system can meet its specification yet still fail its users.

Question 12Systems Practice Foundations and the SP1 Framework

A system must remain operational during partial component failures. Which SP1 concern does this reflect?

  1. Resilience and fault tolerance as a nonfunctional characteristic Correct answer.
  2. Choice of project management software
  3. Color scheme of the user interface
  4. Number of developers on the team

Explanation

Resilience and fault tolerance are nonfunctional characteristics describing how a system behaves under failure conditions. They are captured as system-level requirements and drive architectural decisions such as redundancy.

Question 13Systems Practice Foundations and the SP1 Framework

In SP1, why is the environment of a system modeled explicitly?

  1. Because external elements impose constraints and interactions that shape system requirements and behavior Correct answer.
  2. Because modeling the environment replaces stakeholder analysis
  3. Because external elements are irrelevant to design
  4. Because the environment must always be purchased as part of the system

Explanation

The environment contains external systems, actors, and conditions that interact with the system-of-interest and constrain it. Explicit modeling ensures requirements account for those external interactions and constraints.

Question 14Systems Practice Foundations and the SP1 Framework

Which artifact in SP1 would typically record the rationale for selecting one architecture over alternatives?

  1. A test log
  2. A user manual
  3. A purchase order
  4. An architecture decision record Correct answer.

Explanation

An architecture decision record captures the context, alternatives considered, decision, and consequences, preserving design rationale. Test logs, purchase orders, and user manuals serve other purposes.

Question 15Systems Practice Foundations and the SP1 Framework

A team defines a system boundary, then discovers a new external actor that influences behavior. What is the SP1-consistent action?

  1. Silently ignore the actor because the boundary was already set
  2. Move the actor inside the system without analysis
  3. Freeze all requirements to avoid rework
  4. Reassess the boundary and update the environment model and related requirements Correct answer.

Explanation

Boundaries are engineering decisions that may be revisited as understanding grows. Discovering a relevant external actor should trigger reassessment of the boundary, environment model, and affected requirements.

Question 16Systems Practice Foundations and the SP1 Framework

Which pair correctly matches an SP1 lifecycle stage with its dominant activity?

  1. Development - decommissioning the system
  2. Retirement - initial stakeholder interviews
  3. Concept - full-scale manufacturing
  4. Operation and maintenance - monitoring performance and applying corrective changes Correct answer.

Explanation

Operation and maintenance focuses on keeping the deployed system effective through monitoring, correction, and adaptation. The other pairings invert or misplace the dominant activity of each stage.

Question 17Systems Practice Foundations and the SP1 Framework

What does SP1 mean by a 'view' of a system architecture?

  1. A screenshot of the running system
  2. A representation that addresses a specific set of stakeholder concerns, such as structure or behavior Correct answer.
  3. A single mandatory diagram that replaces all others
  4. A list of open defects

Explanation

Architecture views are purposeful representations that frame the system to address particular stakeholder concerns, such as functional, structural, or deployment concerns. Multiple views are used because no single representation serves all concerns.

Question 18Systems Practice Foundations and the SP1 Framework

A stakeholder requirement states that the system 'must be user friendly'. How should SP1 practice refine it?

  1. Accept it unchanged because it reflects a genuine stakeholder feeling
  2. Delete it because usability cannot be engineered
  3. Replace it with measurable usability criteria such as task completion time and error rate Correct answer.
  4. Convert it into a hardware specification

Explanation

Vague qualities must be translated into measurable criteria so they can be verified and designed against. Task completion time and error rate are examples of such criteria.

Question 19Systems Practice Foundations and the SP1 Framework

Which situation best demonstrates a failure of interface management in SP1 terms?

  1. A team updates its coding style guide
  2. Two subsystems are developed independently and their data formats do not match at integration Correct answer.
  3. A project schedules a status meeting
  4. A single module is refactored internally without changing its behavior

Explanation

Interface management ensures that independently developed elements agree on exchanged data and protocols. Mismatched formats discovered at integration indicate the interface was not defined and controlled.

Question 20Systems Practice Foundations and the SP1 Framework

In SP1, which best explains why nonfunctional characteristics are often architecturally significant?

  1. They are optional and never verified
  2. They frequently cannot be achieved by local code changes and instead constrain the overall structure Correct answer.
  3. They are always cheaper to implement than functional requirements
  4. They only matter after the system is retired

Explanation

Characteristics such as performance, availability, and security tend to be system-wide and depend on structural decisions like partitioning and redundancy. That makes them architecturally significant rather than local implementation details.

Question 21Systems Practice Foundations and the SP1 Framework

A project has a fixed deadline and a stakeholder requests a new feature late in development. Which SP1-consistent approach applies?

  1. Add the feature without analysis to keep the stakeholder satisfied
  2. Perform impact analysis using traceability links and negotiate the trade-off explicitly Correct answer.
  3. Reject all late requests without discussion
  4. Extend the deadline silently without informing anyone

Explanation

Traceability enables impact analysis across requirements, design, and tests, which supports an explicit negotiation of scope, schedule, and quality trade-offs. Silent or undocumented changes undermine control.

Question 22Systems Practice Foundations and the SP1 Framework

Which statement correctly distinguishes a system from a collection of parts in SP1 terms?

  1. A system is any set of parts stored in the same location
  2. A system's elements interact to produce behavior that the isolated parts do not exhibit Correct answer.
  3. A system must contain at least one software component
  4. A system is defined solely by its total cost

Explanation

A system is characterized by interacting elements whose combination yields behavior beyond that of isolated parts. Proximity, composition type, and cost do not define a system.

Question 23Systems Practice Foundations and the SP1 Framework

What is the main benefit of maintaining a requirements baseline in SP1?

  1. It replaces verification activities
  2. It provides an agreed reference against which changes are evaluated and controlled Correct answer.
  3. It removes the need for stakeholder communication
  4. It guarantees that no requirement will ever be wrong

Explanation

A baseline is an approved reference point that makes subsequent changes visible and controllable through impact analysis and approval. It does not guarantee correctness or remove the need for communication and verification.

Question 24Systems Practice Foundations and the SP1 Framework

Which SP1 activity most directly supports confirming that every stakeholder concern is addressed by at least one requirement?

  1. Selecting a version control system
  2. Forward and backward traceability between concerns and requirements Correct answer.
  3. Formatting the requirements document
  4. Estimating the project budget

Explanation

Bidirectional traceability lets teams confirm that each concern maps to requirements and that each requirement has a legitimate source. This exposes gaps and orphan requirements.

Question 25Systems Practice Foundations and the SP1 Framework

In SP1, what does 'holistic' system thinking primarily emphasize?

  1. Considering the system as a whole, including interactions among elements and with its environment Correct answer.
  2. Optimizing each component independently to its local maximum
  3. Focusing only on the software layer
  4. Analyzing components in isolation from one another

Explanation

Holistic thinking considers the whole system, including interactions among parts and with the environment, because local optimization can degrade overall behavior. It contrasts with isolated component optimization.

Question 26Systems Practice Foundations and the SP1 Framework

In the SP1 framework, which term names a documented agreement between two systems that specifies what information or material crosses between them and under what conditions?

  1. Stakeholder concern register
  2. System architecture view
  3. System interface definition Correct answer.
  4. Verification cross-reference matrix

Explanation

SP1 treats an interface as a first-class system element: the interface definition records the exchanged items, direction, timing, and constraints agreed by the systems on both sides. Architecture views, concern registers, and verification matrices serve other purposes and do not by themselves constitute an interface agreement.

Question 27Systems Practice Foundations and the SP1 Framework

An SP1 practitioner is deciding which lifecycle stage should own the activity of decomposing a system architecture into interacting subsystems. Which placement is most consistent with SP1?

  1. Verification, because decomposition is validated by testing each subsystem separately
  2. Architectural design, because decomposition establishes the structural elements and their relationships Correct answer.
  3. Stakeholder requirements, because decomposition begins from the list of stakeholder concerns
  4. Detailed design, because decomposition only becomes meaningful once component internals are specified

Explanation

In SP1, architectural design is where the system is decomposed into elements and their interactions are defined, giving structure to the solution. Detailed design then specifies the internals of those elements, while verification checks the result and requirements work precedes architecture.

Question 28Systems Practice Foundations and the SP1 Framework

A project has produced a stakeholder requirements specification, but no one can show which requirement addresses a particular regulatory concern. Which SP1 practice would most directly close this gap?

  1. Establish bidirectional traceability from each stakeholder concern to the requirements that address it Correct answer.
  2. Schedule a verification review of the delivered system against the concern
  3. Add a glossary entry defining the regulatory term used in the concern
  4. Increase the number of architecture views presented to the regulator

Explanation

SP1 traceability links each stakeholder concern to the requirements that satisfy it, and back again, so coverage can be demonstrated rather than assumed. A glossary, a later verification review, or more views do not establish which requirement is responsible for the concern.

Question 29Systems Practice Foundations and the SP1 Framework

A team writes the requirement: 'The system shall respond quickly to operator commands.' Which SP1-consistent revision makes the requirement verifiable?

  1. The system shall be responsive, reliable, and easy for operators to use.
  2. The system shall respond as quickly as the operator reasonably expects under normal conditions.
  3. The system shall respond quickly to operator commands whenever the operator requests it.
  4. The system shall acknowledge each operator command within 500 ms of receipt at 95th percentile load. Correct answer.

Explanation

SP1 requires requirements to be verifiable, which means expressing them with measurable criteria such as a quantity, a condition, and a basis for judgment. Only the option with a stated latency, percentile, and reference point supports an objective pass/fail decision.

Question 30Systems Practice Foundations and the SP1 Framework

Two candidate architectures satisfy the same functional requirements. Architecture A is simpler but depends on a single supplier; architecture B costs more but uses two independent suppliers. The team must justify its choice in the architecture description. Which SP1 treatment is most defensible?

  1. Defer the decision indefinitely so that no rationale needs to be recorded
  2. Select A because simplicity always dominates and omit the supplier risk from the record
  3. Record the decision with its rationale, the alternatives considered, and the trade-off between simplicity and supplier independence Correct answer.
  4. Select B because risk avoidance always dominates cost and note only that B is safer

Explanation

SP1 expects architecture decisions to be captured with their rationale and the alternatives weighed, so that trade-offs such as simplicity versus supplier independence remain visible to later reviewers. Asserting that one criterion always dominates, or avoiding the decision, removes the reasoning the record is meant to preserve.

Question 31Systems Thinking and Holistic Analysis

In systems thinking, what does the term 'emergence' describe?

  1. Properties of a system that arise from interactions among its parts and are not present in the parts alone Correct answer.
  2. The planned decomposition of a system into independent modules
  3. The tendency of a system to return to equilibrium after a disturbance
  4. The replacement of an old system by a newer version

Explanation

Emergence refers to system-level behaviour or properties produced by the interaction of components, which cannot be found by inspecting any single component in isolation. Water's wetness and a flock's coordinated motion are classic illustrations.

Question 32Systems Thinking and Holistic Analysis

A project manager analyses a delivery system in terms of its boundaries, inputs, processes, outputs and feedback. This approach is best described as:

  1. Holistic systems analysis Correct answer.
  2. Cost-benefit analysis
  3. Root cause analysis
  4. Reductionist decomposition

Explanation

Treating a system as an integrated whole of boundary, inputs, transformation, outputs and feedback loops is the essence of holistic systems analysis. It examines relationships and the whole rather than isolating single parts.

Question 33Systems Thinking and Holistic Analysis

What is a 'feedback loop' in systems thinking?

  1. A documented approval chain within a governance process
  2. A one-way flow of information from supplier to customer
  3. A queue of pending change requests awaiting review
  4. A circular chain of cause and effect in which a system's output influences its own future input Correct answer.

Explanation

A feedback loop exists when the output of a system is returned as input that modifies subsequent behaviour, either reinforcing or balancing change. It is the mechanism behind self-correction and growth dynamics.

Question 34Systems Thinking and Holistic Analysis

Which pair correctly distinguishes a reinforcing loop from a balancing loop?

  1. Reinforcing loops always improve performance; balancing loops always degrade it
  2. Reinforcing loops operate only in software; balancing loops operate only in organisations
  3. Reinforcing loops dampen change; balancing loops amplify change
  4. Reinforcing loops amplify change; balancing loops counteract change toward a goal Correct answer.

Explanation

Reinforcing (positive) loops accelerate change in the current direction, producing growth or decline. Balancing (negative) loops push the system back toward a target or reference state, providing stability.

Question 35Systems Thinking and Holistic Analysis

The 'boundary' of a system defines:

  1. What is inside the system under consideration and what is treated as its environment Correct answer.
  2. The maximum load the system can process before failing
  3. The physical enclosure in which the system's servers are housed
  4. The set of stakeholders who funded the system

Explanation

A system boundary is a conceptual or physical demarcation separating the system of interest from its environment. Choosing it determines which interactions are modelled internally and which are treated as external inputs and outputs.

Question 36Systems Thinking and Holistic Analysis

In a systems view, what characterises a 'complex' system as opposed to a merely 'complicated' one?

  1. It has more components than a complicated system
  2. It requires more computing power to simulate
  3. It always contains more than one organisation
  4. Its behaviour cannot be fully predicted from knowledge of its components because of interactions and adaptation Correct answer.

Explanation

Complicated systems can be understood by taking them apart, whereas complex systems exhibit interaction, feedback and adaptation so that overall behaviour is not fully derivable from parts. Emergent, often surprising outcomes are the hallmark.

Question 37Systems Thinking and Holistic Analysis

Which statement best captures the systems-thinking principle of 'interrelationship'?

  1. Interfaces between components are irrelevant once requirements are fixed
  2. Each component should be optimised independently to maximise overall performance
  3. Changes in one part of a system can produce effects in other parts, so parts must be considered together Correct answer.
  4. Systems should be documented as a flat list of components

Explanation

Interrelationship means components are coupled, so a change in one element propagates through the system. Local optimisation without regard to connections often degrades overall performance.

Question 38Systems Thinking and Holistic Analysis

A team adopts a 'whole-system' perspective when analysing an information system. Which activity is most consistent with that perspective?

  1. Reviewing each module's source code line by line
  2. Auditing only the database schema for normalisation
  3. Examining how the system interacts with users, other systems and its operational environment Correct answer.
  4. Benchmarking the system against a single competitor product

Explanation

A whole-system perspective situates the system in its wider context, examining interactions with users, neighbouring systems and the environment rather than isolated internals. Context and relationships are central.

Question 39Systems Thinking and Holistic Analysis

An organisation's customer-service system shows rising complaints despite faster ticket closure. Which systems interpretation is most appropriate?

  1. The faster closure metric proves the system is improving
  2. The system boundary must be enlarged to include competitors
  3. Optimising a local metric has shifted the problem elsewhere, indicating sub-optimisation Correct answer.
  4. Complaints are random noise and should be ignored

Explanation

Improving one measure while another worsens is a classic sign of sub-optimisation, where a local metric is optimised at the expense of overall system performance. Systems thinking looks at the whole outcome, not one indicator.

Question 40Systems Thinking and Holistic Analysis

A delay between an action and its visible effect causes managers to over-correct repeatedly. Which system archetype does this illustrate?

  1. Tragedy of the commons
  2. Fixes that fail
  3. Oscillation caused by delays in a balancing loop Correct answer.
  4. Shifting the burden

Explanation

When a balancing loop contains a time delay, corrective action is taken before the effect of earlier action appears, producing overshoot and oscillation. Recognising the delay allows damping of the corrections.

Question 41Systems Thinking and Holistic Analysis

In causal loop diagramming, what does a link polarity marked '-' indicate?

  1. The two variables change in the same direction
  2. The variables are measured in different units
  3. An increase in the source variable produces a decrease in the target variable, all else equal Correct answer.
  4. The link is invalid and should be removed

Explanation

A negative polarity means the variables move in opposite directions: an increase in the cause leads to a decrease in the effect, other things being equal. Positive polarity denotes same-direction change.

Question 42Systems Thinking and Holistic Analysis

A stock-and-flow model of a warehouse shows inventory rising steadily. Which variable would be modelled as a 'flow'?

  1. Total inventory on hand
  2. The warehouse's storage capacity
  3. The rate of goods arriving per week Correct answer.
  4. The number of loading bays

Explanation

In stock-and-flow modelling, stocks are accumulations measured at a point in time, while flows are rates that increase or decrease stocks over time. Weekly arrivals are a rate feeding the inventory stock.

Question 43Systems Thinking and Holistic Analysis

Why does systems thinking caution against inferring that a component's poor performance is the root cause of a system failure?

  1. Because failures are always caused by external attackers
  2. Because components are always correctly designed
  3. Because component behaviour is shaped by the system's structure and interactions, so the cause may lie in the design of relationships Correct answer.
  4. Because root causes never exist in technical systems

Explanation

In a systems view, a component's apparent failure often reflects pressures and constraints created by the surrounding structure. Blaming the part can leave the generative pattern intact, so analysis should examine relationships and incentives.

Question 44Systems Thinking and Holistic Analysis

A software team's velocity improves when they add developers, until coordination overheads cause velocity to fall. Which concept best explains the eventual decline?

  1. Limits to growth archetype with a balancing constraint Correct answer.
  2. Law of diminishing returns to fixed capital
  3. Network externalities
  4. Economies of scale

Explanation

A reinforcing loop initially drives growth, but a balancing loop (coordination and communication overhead) strengthens as size increases and eventually limits it. This is the limits-to-growth archetype.

Question 45Systems Thinking and Holistic Analysis

Which action best demonstrates applying systems thinking to requirements engineering?

  1. Analysing how requirements interact and how satisfying one may constrain or conflict with another Correct answer.
  2. Prioritising requirements solely by the sponsor's preference
  3. Freezing requirements before understanding the operating environment
  4. Documenting each stakeholder's requirements in isolation and merging the lists

Explanation

Systems thinking treats requirements as an interacting set, examining conflicts, dependencies and effects on the whole solution. Merging isolated lists or freezing early ignores those relationships.

Question 46Systems Thinking and Holistic Analysis

An analyst models an organisation as a socio-technical system. What does this imply?

  1. Technical change automatically produces the desired social change
  2. Social and technical elements must be jointly designed because they mutually influence outcomes Correct answer.
  3. Social factors are irrelevant once the software is correct
  4. Only the technology layer needs redesign during change

Explanation

Socio-technical thinking holds that people, processes and technology are interdependent, so joint optimisation is required. Redesigning technology alone often produces unintended social and operational effects.

Question 47Systems Thinking and Holistic Analysis

What is the primary purpose of identifying a system's 'environment' during holistic analysis?

  1. To distinguish external influences and dependencies that the system does not control but must respond to Correct answer.
  2. To reduce the number of internal components that must be documented
  3. To assign blame for failures outside the team
  4. To list every external organisation that might ever interact with the system

Explanation

The environment comprises the external entities and conditions that affect the system but lie outside its control. Identifying it clarifies dependencies, interfaces and assumptions the system must accommodate.

Question 48Systems Thinking and Holistic Analysis

A system exhibits 'path dependence'. Which description fits?

  1. It always returns to its original configuration
  2. Its future states depend only on its current state, not on history
  3. Its behaviour is determined solely by external inputs
  4. Its current state and available options are constrained by earlier decisions and events Correct answer.

Explanation

Path dependence means history matters: early choices lock in structures and raise the cost of alternatives, shaping what is feasible later. Outcomes cannot be explained from present conditions alone.

Question 49Systems Thinking and Holistic Analysis

A team uses the 'CATWOE' mnemonic when building a rich picture of a problematic situation. Which element does the 'W' represent?

  1. Warranty obligations of suppliers
  2. Workflow steps in the value stream
  3. Weaknesses in the current process
  4. Weltanschauung, the worldview that makes the transformation meaningful Correct answer.

Explanation

In soft systems methodology, CATWOE stands for Customers, Actors, Transformation, Weltanschauung, Owner and Environment. The worldview element explains why the transformation is considered meaningful by stakeholders.

Question 50Systems Thinking and Holistic Analysis

A manager repeatedly applies a quick fix that relieves symptoms, but the underlying problem worsens and dependence on the fix grows. Which archetype is this?

  1. Escalation
  2. Success to the successful
  3. Shifting the burden Correct answer.
  4. Fixes that fail

Explanation

Shifting the burden describes a symptomatic solution that reduces the symptom while eroding capacity or willingness to address the fundamental problem, increasing dependence on the fix. The distinguishing feature is the growing reliance on the symptomatic loop.