AWS does not publish official pass rates, but the exam is known to be challenging, requiring both theoretical knowledge and hands-on experience with AWS ML services.
How to earn the AWS machine learning specialty certification
Key takeaways:
Purpose: Validates your ability to build, train, tune, and deploy machine learning models on AWS.
Experience level: There is no need for deep AWS development expertise, but a strong understanding of AWS and the cloud is essential.
Exam structure: The exam is 3 hours long and has 65 questions across 4 domains: Data engineering (20%), EDA (24%), modeling (36%), and ML implementation (20%).
Resources for preparation: Official exam guide, Amazon SageMaker, and the AWS machine learning Blog.
The Certified Machine Learning - Specialty (MLS-C01) certification by Amazon Web Services (AWS), validates your ability to build, train, tune, and deploy machine learning models using the AWS Cloud.
This exam tests one’s understanding of machine learning theory. You do not have to be a very experienced AWS developer who knows all AWS products’ full depth and usage. However, it is vital to have an in-depth understanding of AWS and the cloud.
Exam structure
- The exam is three hours long.
- The exam consists of 65 multiple-choice and multi-selection questions.
- You will be notified whether you passed or not once the time is up.
- The exam is divided into four domains.
Let’s have a look at four domains in detail:
1- Data engineering
This domain covers 20 percent of the exam. It covers a few AWS services and streaming tools, such as Kinesis Firehose, Kinesis Data Streams, Kinesis Analytics, S3, DynamoDB, RDS, and other products in the AWS Analytics stack like Glue and Athena. Understanding these tools in detail may not be important; however, you are expected to know what and where they are used.
2- Exploratory data analysis (EDA)
This domain covers 24 percent of the exam and includes some basic tools, such as data cleaning and feature engineering. This module will ask you questions about one-hot encoding, normalization, handling missing values, data visualization, etc.
3- Modeling
This domain summarizes 36 percent of the exam and is one of the most important parts. You must have a key understanding of SageMaker algorithms and their uses. Moreover, you should know how to incorporate other frameworks, such as Spark/Tensorflow, into SageMaker. This module also tests machine learning theory outside of AWS. Therefore, knowledge about
4- Machine learning implementation and operations
This domain sums up 20 percent of the exam. It covers a few
A few resources
Take a look at the following resources while preparing for your exam:
Frequently asked questions
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