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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: MLOps and AI Program Lifecycle Management | 10% | - End-to-end lifecycle: ideation to production - MLOps practices, monitoring and maintenance - Team coordination and delivery management |
| Topic 2: Measuring AI Value and Performance | 8% | - Reporting and stakeholder communication - Define KPIs and success metrics - Track adoption, impact and business value |
| Topic 3: Sustaining AI Transformation and Continuous Improvement | 5% | - Continuous improvement and innovation - Long-term embedding of AI in operations - Adapt to new technologies and market changes |
| Topic 4: AI Governance, Ethics and Responsible AI | 15% | - Governance frameworks and policies - Ethics, fairness, transparency and accountability - Compliance, risk and regulatory requirements |
| Topic 5: AI Pilot Execution and Scaled Deployment | 12% | - Risk mitigation and change management - Design and run AI pilots with success criteria - Phased rollout and scaling strategies |
| Topic 6: AI Fundamentals for Business Adoption | 10% | - Difference between AI, automation and analytics - Core AI, ML and Generative AI concepts - Business use cases and adoption trends |
| Topic 7: AI Strategy and Use Case Prioritization | 12% | - Align AI with business objectives - Identify, evaluate and prioritize use cases - ROI and value estimation |
| Topic 8: Change Management and AI Enablement | 6% | - AI literacy and capability building - Culture and leadership alignment - Workforce transition and adoption frameworks |
| Topic 9: Organizational Readiness and AI Maturity Assessment | 12% | - Maturity models and capability evaluation - Gap analysis and improvement planning - Assess strategy, data, technology and workforce readiness |
| Topic 10: AI Platform Selection, Integration and Security | 10% | - AI security, data protection and vendor risk - Integration with enterprise systems - Evaluate and select AI tools and platforms |
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質問 # 36
During an AI initiative review, a delivery team reports that a predictive model is underperforming despite using datasets that already meet established quality, completeness, and consistency standards. The data has been sourced and validated, and no changes to model design or additional data acquisition are planned at this stage. Analysis indicates that existing data fields do not sufficiently reflect higher-level business behavior needed for learning. As part of AI operations oversight, you are asked to identify which data preparation activity should be applied next to address this issue. Which activity within the Data Collection and Preparation phase directly supports improving how existing data is represented for model learning?
正解：A
解説：
The scenario highlights that the issue is not with data quality, completeness, or availability, but with how the data is represented for model learning. Specifically, the existing fields do not capture higher-level business patterns or behaviors required for effective prediction.
The appropriate activity to address this is creating meaningful variables from existing data, commonly known as feature engineering. This process transforms raw or existing data into more informative features that better represent underlying patterns, relationships, and business logic. By deriving new variables-such as aggregations, ratios, time-based features, or domain-specific indicators-the model gains access to richer signals that improve performance.
Other options are not suitable:
Extracting raw data is already completed.
Applying ground truth labels is relevant for supervised learning but does not enhance feature representation.
Dividing data into training/test sets is part of model evaluation, not data representation.
CAIPM emphasizes that feature engineering is a critical step in improving model effectiveness when data is available but lacks meaningful structure for learning.
Therefore, the correct answer is Creating meaningful variables from existing data, as it directly addresses the representation gap.
質問 # 37
Isabella, a Lead Data Scientist, is auditing a credit-scoring model that shows a statistically significant disparity in approval rates for shift workers. Her investigation confirms that the code is mathematically sound and functions exactly as designed. The issue arises because the engineering team, seeking to find new indicators of lifestyle stability, decided to include telemetry data related to hardware brand and application timestamp. While these data points are technically accurate, they serve as unintentional proxies for socioeconomic status, leading the model to penalize applicants based on their work schedule rather than their creditworthiness. At which specific entry point did bias infiltrate this system?
正解：C
解説：
The scenario clearly identifies that the model is functioning correctly from a mathematical and implementation standpoint, meaning the algorithm itself is not the source of bias. Instead, the bias originates from the choice of input variables used by the model.
The engineering team intentionally introduced new variables such as hardware brand and application timestamp. While these features are technically accurate, they act as proxy variables for socioeconomic status, indirectly encoding sensitive or protected characteristics. This leads to biased outcomes even though the model is technically correct.
This is a classic example of bias introduced during feature selection, which is the stage where decisions are made about which inputs the model will use. In CAIPM governance frameworks, feature selection is a critical control point because:
Features can unintentionally encode protected attributes or proxies
Bias can emerge even when data is accurate and algorithms are correct
Ethical risks often arise from what is included, not just how it is processed Other options are less appropriate:
Algorithm is functioning as intended and not introducing bias
Training data is not explicitly identified as biased in this scenario
User interaction is not relevant to model training or design
CAIPM emphasizes that responsible AI requires careful scrutiny of feature engineering decisions to prevent proxy discrimination and unintended bias.
Therefore, the correct answer is Feature Selection, as bias was introduced through the inclusion of problematic proxy variables.
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質問 # 38
As the Chief Information Officer overseeing enterprise AI adoption, you are reviewing monthly adoption reports for presentation to the steering committee. While the total number of active users remains steady, you observe that many employees are using AI only a few times per month, and business unit leaders report that AI is not yet part of daily work routines. You must determine whether engagement reflects habitual use or only occasional interaction before approving further investment in scale. Which metric from the adoption measurements supports this governance assessment?
正解：B
解説：
The key issue in this scenario is distinguishing between occasional usage and habitual, embedded usage. While overall active user counts remain stable, leadership needs to understand how frequently users engage with the system-specifically whether AI is becoming part of daily workflows.
The most appropriate metric for this is Stickiness (DAU/MAU):
DAU (Daily Active Users) measures how many users engage with the system daily.
MAU (Monthly Active Users) measures how many users engage at least once per month.
The ratio (DAU/MAU) indicates how frequently users return and whether usage is habitual.
A high stickiness ratio suggests that users rely on the system regularly, while a low ratio indicates sporadic or occasional use-exactly the concern described in the scenario.
Other options are less relevant:
Time to First Value measures onboarding efficiency.
Adoption rate measures overall usage penetration, not frequency.
Feature adoption rate measures usage of specific features, not habitual engagement.
CAIPM emphasizes that for scaling decisions, organizations must assess not just adoption, but depth and frequency of usage, ensuring AI is embedded into daily operations.
Therefore, the correct answer is Stickiness (DAU/MAU), as it directly measures habitual engagement versus occasional interaction.
質問 # 39
As the newly appointed AI Program Lead, you are reviewing the current state of AI adoption within your organization. You notice that while previous efforts were scattered and unfunded, the organization has now transitioned to a more structured approach. Specifically, you observe that initiatives are no longer open-ended experiments but are now defined as time-bound efforts with specific evaluation criteria to assess feasibility and risk in a controlled manner. Which specific characteristic of the Emerging maturity stage does this shift in project structure represent?
正解：A
解説：
The scenario highlights a clear transition from unstructured, ad-hoc experimentation to a more disciplined and structured approach where AI initiatives are defined, time-bound, and evaluated using explicit criteria. This is a hallmark of the Emerging stage in AI maturity, where organizations begin to formalize their experimentation processes.
In the early maturity stage, AI efforts are typically exploratory, informal, and lack funding or governance. However, as organizations progress into the Emerging stage, they start introducing structured pilot projects with defined objectives, timelines, success metrics, and risk controls. This enables better decision-making regarding scalability and investment.
The key indicators in the question include:
Replacement of open-ended experiments with time-bound initiatives
Use of evaluation criteria to assess feasibility and risk
Movement toward controlled and repeatable processes
These elements directly correspond to the Formalization of Pilot Projects, where experimentation evolves into structured pilots designed to validate business value and technical feasibility before scaling.
Other options are incorrect because:
Ad-hoc experimentation represents the earlier, less mature stage
Governance framework establishment typically occurs in more advanced maturity stages Enterprise-wide deployment reflects a much later, mature stage of AI adoption Therefore, the correct answer is Formalization of Pilot Projects, as it best captures the transition described in the scenario.
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質問 # 40
As the AI Program Lead for a consortium of international banks, you are managing a shared fraud detection initiative. While the consortium aims to improve the global model's accuracy by leveraging collective intelligence, member banks cannot legally share their underlying transaction logs with each other or a central authority. You need a solution that allows the model to travel to the data, update its weights locally, and aggregate only the insights. Which technological advancement enables this decentralized training capability?
正解：B
解説：
The scenario clearly describes a situation where data cannot be centralized due to legal and privacy constraints, yet the organization still wants to benefit from collective learning across multiple institutions. The key requirement is that the model is sent to local data sources, trained locally, and only aggregated insights or model updates are shared centrally.
This is the defining principle of Federated Learning, a core component of Federated and Privacy-Preserving Learning. In this approach, each participant (in this case, banks) trains the model on its own data locally. The updates (such as model weights or gradients) are then shared and aggregated to improve a global model-without exposing raw data.
Privacy-preserving techniques such as secure aggregation and differential privacy further ensure that sensitive information cannot be reverse-engineered from shared updates.
Other options are not relevant:
Advanced neural architectures improve model capability but do not address data-sharing constraints.
Quantum computing is unrelated to distributed training in this context.
Generative AI evolution focuses on content generation, not decentralized training.
CAIPM emphasizes federated learning as a key enabler for collaborative AI in regulated industries, where data privacy and sovereignty are critical.
Therefore, the correct answer is Federated and Privacy-Preserving Learning, as it directly supports decentralized training without sharing raw data.
質問 # 41
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