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Amazon MLA-C01 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Deployment and Orchestration of ML Workflows22%- Choose deployment infrastructure and pattern
  • 1. Model packaging and versioning: Amazon SageMaker Model Registry
  • 2. Real-time inference, batch transform, serverless, edge deployment
  • 3. Infrastructure: Amazon SageMaker endpoints, AWS Lambda, Amazon ECS, Amazon EKS
- Automate and orchestrate ML pipelines
  • 1. CI/CD integration: AWS CodePipeline, AWS CodeBuild
  • 2. Workflow automation and event-driven processing
  • 3. ML pipelines: Amazon SageMaker Pipelines
- Configure deployment for scalability and availability
  • 1. A/B testing and canary deployment
  • 2. Infrastructure as code: AWS CloudFormation, Terraform
  • 3. Auto-scaling, load balancing, and high availability
Topic 2: ML Model Development26%- Select appropriate modeling approach
  • 1. Problem type: classification, regression, clustering, forecasting, NLP, computer vision
  • 2. Algorithm selection: traditional ML, deep learning, pre-built models
  • 3. Use cases and service recommendations
- Evaluate and analyze model performance
  • 1. Metrics: accuracy, precision, recall, F1, RMSE, MAE, confusion matrix
  • 2. Bias detection and mitigation
  • 3. Model explainability: Amazon SageMaker Clarify
- Train, tune, and refine models
  • 1. Hyperparameter optimization: Amazon SageMaker Automatic Model Tuning
  • 2. Distributed training and managed services
  • 3. Training options: built-in algorithms, custom containers, frameworks
Topic 3: Data Preparation for Machine Learning28%- Ensure data integrity and prepare for modeling
  • 1. Data splitting: train/validation/test sets
  • 2. Feature store usage: Amazon SageMaker Feature Store
  • 3. Data validation, quality checks, and profiling
- Ingest and store data
  • 1. Data storage options: object storage, data lakes, databases
  • 2. Data ingestion services: Amazon Kinesis, AWS Glue, Amazon S3, Amazon Athena
  • 3. Data formats: Parquet, JSON, CSV, ORC, Avro, RecordIO
- Transform data and perform feature engineering
  • 1. Feature selection, transformation, and scaling
  • 2. Tools: Amazon SageMaker Processing, AWS Glue DataBrew, Pandas, PySpark
  • 3. Data cleaning, normalization, and encoding
Topic 4: ML Solution Monitoring, Maintenance, and Security24%- Secure ML solutions and resources
  • 1. Data encryption: at rest and in transit
  • 2. Compliance, governance, and data privacy
  • 3. Access control: IAM roles, policies, permissions
- Monitor model and data quality
  • 1. Performance monitoring and alerting
  • 2. Amazon SageMaker Model Monitor
  • 3. Model drift detection: data drift, concept drift
- Optimize and maintain workloads
  • 1. Model retraining and update strategies
  • 2. Logging, auditing, and troubleshooting
  • 3. Cost optimization and resource management

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最新的 AWS Certified Associate MLA-C01 免費考試真題 (Q220-Q225):

問題 #220
A company is using ML to predict the presence of a specific weed in a farmer's field. The company is using the Amazon SageMaker linear learner built-in algorithm with a value of multiclass_dassifier for the predictorjype hyperparameter.
What should the company do to MINIMIZE false positives?

答案:B


問題 #221
An ML engineer is preparing a dataset that contains medical records to train an ML model to predict the likelihood of patients developing diseases.
The dataset contains columns for patient ID, age, medical conditions, test results, and a "Disease" target column.
How should the ML engineer configure the data to train the model?

答案:A

解題說明:
Patient ID is a unique identifier and does not contain predictive information. Including it can cause the model to overfit by memorizing records rather than learning meaningful patterns.
AWS ML best practices recommend removing identifiers that are not causally related to the target variable.
Age, medical conditions, and test results are clinically relevant features and should be retained. The target column must remain for supervised learning.
Therefore, Option A is the correct and AWS-aligned choice.


問題 #222
An ML engineer needs to use Amazon SageMaker Feature Store to create and manage features to train a model.
Select and order the steps from the following list to create and use the features in Feature Store. Each step should be selected one time. (Select and order three.)
* Access the store to build datasets for training.
* Create a feature group.
* Ingest the records.

答案:

解題說明:

Explanation:

Step 1: Create a feature group.
Step 2: Ingest the records.
Step 3: Access the store to build datasets for training.
Step 1: Create a Feature Group
Why? A feature group is the foundational unit in SageMaker Feature Store, where features are defined, stored, and organized. Creating a feature group specifies the schema (name, data type) for the features and the primary keys for data identification.
How? Use the SageMaker Python SDK or AWS CLI to define the feature group by specifying its name, schema, and S3 storage location for offline access.
Step 2: Ingest the Records
Why? After creating the feature group, the raw data must be ingested into the Feature Store. This step populates the feature group with data, making it available for both real-time and offline use.
How? Use the SageMaker SDK or AWS CLI to batch-ingest historical data or stream new records into the feature group. Ensure the records conform to the feature group schema.
Step 3: Access the Store to Build Datasets for Training
Why? Once the features are stored, they can be accessed to create training datasets. These datasets combine relevant features into a single format for machine learning model training.
How? Use the SageMaker Python SDK to query the offline store or retrieve real-time features using the online store API. The offline store is typically used for batch training, while the online store is used for inference.
Order Summary:
Create a feature group.
Ingest the records.
Access the store to build datasets for training.
This process ensures the features are properly managed, ingested, and accessible for model training using Amazon SageMaker Feature Store.


問題 #223
A company uses Amazon SageMaker AI to create ML models. The data scientists need fine-grained control of ML workflows, DAG visualization, experiment history, and model governance for auditing and compliance.
Which solution will meet these requirements?

答案:C

解題說明:
Amazon SageMaker Pipelines provides native orchestration of ML workflows with fine-grained control, DAG-based visualization, and seamless integration with SageMaker Studio. AWS documentation explicitly states that Pipelines is designed for end-to-end ML workflow automation and visualization.
SageMaker ML Lineage Tracking records relationships between datasets, models, training jobs, and endpoints, enabling full auditability and governance, which is essential for compliance.
SageMaker Experiments tracks experiment metrics but does not provide lineage-level governance.
CodePipeline is a general CI/CD service and lacks ML-specific DAG visualization and lineage tracking.
AWS best practices recommend combining SageMaker Pipelines + SageMaker Studio + ML Lineage Tracking for enterprise-grade ML workflow management.
Therefore, Option C is the correct and AWS-verified solution.


問題 #224
An ML engineer is developing a neural network to run on new user data. The dataset has dozens of floating- point features. The dataset is stored as CSV objects in an Amazon S3 bucket. Most objects and columns are missing at least one value. All features are relatively uniform except for a small number of extreme outliers.
The ML engineer wants to use Amazon SageMaker Data Wrangler to handle missing values before passing the dataset to the neural network.
Which solution will provide the MOST complete data?

答案:D

解題說明:
The primary goal is to produce the most complete dataset while handling missing values and extreme outliers appropriately. Dropping samples (Option A) or columns (Option D) would reduce data completeness and potentially remove valuable information, which contradicts the requirement.
Imputation is therefore the correct approach. Between mean and median imputation, AWS ML best practices recommend using the median when features contain outliers. The mean is sensitive to extreme values and can be skewed significantly, leading to imputed values that are not representative of the typical data distribution.
In contrast, the median is robust to outliers, making it a better statistical estimator for central tendency in such datasets.
Amazon SageMaker Data Wrangler supports median imputation as a built-in transformation, enabling ML engineers to handle missing values consistently across large tabular datasets without custom code. This approach preserves all rows and columns while minimizing distortion caused by extreme values, which is particularly important for neural networks that are sensitive to input distributions.
Therefore, imputing missing values with the median value provides the most complete and statistically appropriate dataset for training.


問題 #225
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