
AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) Certification Video Training Course
The complete solution to prepare for for your exam with AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) certification video training course. The AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) certification video training course contains a complete set of videos that will provide you with thorough knowledge to understand the key concepts. Top notch prep including Amazon AWS Certified Machine Learning - Specialty exam dumps, study guide & practice test questions and answers.
AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) Certification Video Training Course Exam Curriculum
Introduction
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1. Course Introduction: What to Expect
Data Engineering
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1. Section Intro: Data Engineering
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2. Amazon S3 - Overview
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3. Amazon S3 - Storage Tiers & Lifecycle Rules
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4. Amazon S3 Security
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5. Kinesis Data Streams & Kinesis Data Firehose
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6. Lab 1.1 - Kinesis Data Firehose
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7. Kinesis Data Analytics
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8. Lab 1.2 - Kinesis Data Analytics
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9. Kinesis Video Streams
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10. Kinesis ML Summary
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11. Glue Data Catalog & Crawlers
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12. Lab 1.3 - Glue Data Catalog
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13. Glue ETL
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14. Lab 1.4 - Glue ETL
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15. Lab 1.5 - Athena
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16. Lab 1 - Cleanup
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17. AWS Data Stores in Machine Learning
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18. AWS Data Pipelines
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19. AWS Batch
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20. AWS DMS - Database Migration Services
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21. AWS Step Functions
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22. Full Data Engineering Pipelines
Exploratory Data Analysis
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1. Section Intro: Data Analysis
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2. Python in Data Science and Machine Learning
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3. Example: Preparing Data for Machine Learning in a Jupyter Notebook.
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4. Types of Data
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5. Data Distributions
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6. Time Series: Trends and Seasonality
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7. Introduction to Amazon Athena
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8. Overview of Amazon Quicksight
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9. Types of Visualizations, and When to Use Them.
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10. Elastic MapReduce (EMR) and Hadoop Overview
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11. Apache Spark on EMR
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12. EMR Notebooks, Security, and Instance Types
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13. Feature Engineering and the Curse of Dimensionality
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14. Imputing Missing Data
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15. Dealing with Unbalanced Data
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16. Handling Outliers
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17. Binning, Transforming, Encoding, Scaling, and Shuffling
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18. Amazon SageMaker Ground Truth and Label Generation
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19. Lab: Preparing Data for TF-IDF with Spark and EMR, Part 1
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20. Lab: Preparing Data for TF-IDF with Spark and EMR, Part 2
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21. Lab: Preparing Data for TF-IDF with Spark and EMR, Part 3
Modeling
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1. Section Intro: Modeling
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2. Introduction to Deep Learning
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3. Convolutional Neural Networks
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4. Recurrent Neural Networks
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5. Deep Learning on EC2 and EMR
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6. Tuning Neural Networks
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7. Regularization Techniques for Neural Networks (Dropout, Early Stopping)
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8. Grief with Gradients: The Vanishing Gradient problem
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9. L1 and L2 Regularization
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10. The Confusion Matrix
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11. Precision, Recall, F1, AUC, and more
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12. Ensemble Methods: Bagging and Boosting
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13. Introducing Amazon SageMaker
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14. Linear Learner in SageMaker
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15. XGBoost in SageMaker
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16. Seq2Seq in SageMaker
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17. DeepAR in SageMaker
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18. BlazingText in SageMaker
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19. Object2Vec in SageMaker
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20. Object Detection in SageMaker
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21. Image Classification in SageMaker
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22. Semantic Segmentation in SageMaker
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23. Random Cut Forest in SageMaker
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24. Neural Topic Model in SageMaker
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25. Latent Dirichlet Allocation (LDA) in SageMaker
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26. K-Nearest-Neighbors (KNN) in SageMaker
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27. K-Means Clustering in SageMaker
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28. Principal Component Analysis (PCA) in SageMaker
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29. Factorization Machines in SageMaker
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30. IP Insights in SageMaker
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31. Reinforcement Learning in SageMaker
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32. Automatic Model Tuning
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33. Apache Spark with SageMaker
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34. Amazon Comprehend
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35. Amazon Translate
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36. Amazon Transcribe
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37. Amazon Polly
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38. Amazon Rekognition
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39. Amazon Forecast
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40. Amazon Lex
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41. The Best of the Rest: Other High-Level AWS Machine Learning Services
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42. Putting them All Together
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43. Lab: Tuning a Convolutional Neural Network on EC2, Part 1
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44. Lab: Tuning a Convolutional Neural Network on EC2, Part 2
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45. Lab: Tuning a Convolutional Neural Network on EC2, Part 3
ML Implementation and Operations
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1. Section Intro: Machine Learning Implementation and Operations
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2. SageMaker's Inner Details and Production Variants
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3. SageMaker On the Edge: SageMaker Neo and IoT Greengrass
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4. SageMaker Security: Encryption at Rest and In Transit
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5. SageMaker Security: VPC's, IAM, Logging, and Monitoring
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6. SageMaker Resource Management: Instance Types and Spot Training
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7. SageMaker Resource Management: Elastic Inference, Automatic Scaling, AZ's
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8. SageMaker Inference Pipelines
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9. Lab: Tuning, Deploying, and Predicting with Tensorflow on SageMaker - Part 1
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10. Lab: Tuning, Deploying, and Predicting with Tensorflow on SageMaker - Part 2
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11. Lab: Tuning, Deploying, and Predicting with Tensorflow on SageMaker - Part 3
Wrapping Up
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1. Section Intro: Wrapping Up
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2. More Preparation Resources
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3. Test-Taking Strategies, and What to Expect
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4. You Made It!
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5. Save 50% on your AWS Exam Cost!
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6. Get an Extra 30 Minutes on your AWS Exam - Non Native English Speakers only
About AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) Certification Video Training Course
AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) certification video training course by prepaway along with practice test questions and answers, study guide and exam dumps provides the ultimate training package to help you pass.
AWS Machine Learning Specialty Certification
Course Overview
The AWS Certified Machine Learning Specialty certification validates expertise in building, training, tuning, and deploying machine learning models on AWS. This course offers a comprehensive guide to mastering the skills and knowledge required to succeed in the exam. It covers core concepts, best practices, and practical applications of machine learning using AWS services.
This course is designed to equip you with a deep understanding of the machine learning lifecycle on AWS. You will learn about data engineering, exploratory data analysis, model development, training, tuning, deployment, and monitoring. The focus is on using AWS’s machine learning ecosystem to solve real-world problems efficiently and at scale.
Understanding the Importance of AWS in Machine Learning
AWS offers a broad range of machine learning services that simplify the process of creating intelligent applications. Its scalable infrastructure and integrated tools enable data scientists and developers to innovate faster. This course introduces how AWS’s cloud services make machine learning accessible and manageable for enterprises of all sizes.
You will explore how to leverage AWS services like SageMaker, Glue, Athena, Lambda, and more to manage data workflows and build machine learning pipelines. By mastering these tools, you can develop scalable and cost-effective ML solutions that meet business requirements.
Course Modules Introduction
This course is divided into key modules that correspond to the exam domains. Each module focuses on specific competencies essential for the AWS Certified Machine Learning Specialty certification. The modules are structured to gradually build your skills from foundational knowledge to advanced techniques.
The modules cover data engineering, exploratory data analysis, modeling, machine learning implementation, and operationalizing ML models. Together, they form a cohesive learning path that prepares you for the exam and practical applications in your career.
Module 1: Data Engineering
Data engineering is critical in any machine learning project. This module introduces methods to collect, clean, transform, and prepare data for machine learning models. You will learn how to use AWS services for data ingestion and preprocessing.
Key concepts include working with structured and unstructured data, data storage options, and designing efficient data pipelines. The module also covers techniques for feature engineering and scaling datasets.
AWS tools like AWS Glue, AWS Lambda, Amazon S3, and Amazon Kinesis will be explained to facilitate data workflows. Understanding data engineering best practices ensures that your machine learning models have high-quality inputs, which leads to better performance.
Module 2: Exploratory Data Analysis (EDA)
Exploratory Data Analysis is a vital step in understanding the underlying patterns and characteristics of your data. This module helps you develop skills to visualize and analyze data to identify trends, anomalies, and insights.
You will learn statistical techniques and visualization methods to interpret datasets effectively. The module covers using Jupyter notebooks within Amazon SageMaker to conduct EDA interactively.
Learning to perform EDA enables you to select relevant features and detect potential problems early in the model development process, thereby improving overall model accuracy and robustness.
Module 3: Modeling
The modeling module dives deep into the core of machine learning. You will explore different types of algorithms, including supervised, unsupervised, and reinforcement learning.
This module guides you through selecting appropriate models based on your problem statement. It explains how to implement models using AWS SageMaker, covering built-in algorithms and custom model development.
Model evaluation metrics and validation techniques are detailed to help you measure model effectiveness accurately. You will also learn hyperparameter tuning strategies to optimize model performance.
Module 4: Machine Learning Implementation and Operations
After developing machine learning models, deploying and managing them in production is essential. This module focuses on the operational aspects of machine learning projects.
You will learn how to deploy models using SageMaker endpoints, automate workflows with AWS Step Functions, and monitor model performance in real-time. Techniques for model retraining and versioning are also discussed.
The module introduces concepts of MLOps, emphasizing continuous integration and delivery practices tailored for machine learning systems on AWS.
Module 5: Security and Compliance
Security is a critical consideration in machine learning projects. This module highlights best practices to protect data and models within the AWS environment.
You will study AWS Identity and Access Management (IAM) policies, encryption methods, and secure data storage options. Understanding compliance requirements for data privacy and governance will also be covered.
This knowledge ensures your machine learning solutions adhere to organizational and regulatory standards, maintaining trust and integrity.
Module 6: Exam Preparation and Practice
The final module is dedicated to exam preparation. It consolidates knowledge from previous modules and provides practice questions modeled after the AWS Certified Machine Learning Specialty exam.
Strategies for time management, question analysis, and tackling difficult topics are shared. This module helps build confidence and readiness for the certification exam.
Mock tests and review sessions encourage hands-on practice and reinforce key concepts to maximize your chances of success.
Benefits of Completing this Course
Completing this course equips you with a strong foundation in machine learning using AWS. You will be able to design and implement scalable ML solutions that solve complex problems efficiently.
The skills acquired are highly sought after in industries such as finance, healthcare, retail, and technology. AWS certification demonstrates your expertise and enhances career opportunities in the rapidly growing field of machine learning.
This course also prepares you for real-world scenarios, not just the exam, ensuring you can apply your knowledge effectively in professional roles.
Learning Approach and Methodology
The course uses a blend of theory and hands-on labs to maximize understanding. You will work on practical projects within the AWS environment, reinforcing your learning through experience.
Instructional videos, interactive quizzes, and guided exercises help clarify concepts. Regular assessments track progress and identify areas for improvement.
This structured approach ensures a comprehensive grasp of machine learning principles alongside AWS-specific implementations.
Required Background Knowledge
To get the most from this course, some foundational knowledge is recommended. Familiarity with cloud computing, basic machine learning concepts, and programming skills in Python will be helpful.
Experience with AWS services, especially cloud storage and computing resources, will make the course easier to follow. However, beginners with some technical background can still learn effectively through the course materials.
Tools and Resources Provided
You will have access to a range of AWS tools through the AWS Free Tier or trial accounts to practice labs and exercises. Sample datasets, code snippets, and notebooks are included to facilitate learning.
Additional resources such as documentation links, whitepapers, and AWS blogs supplement the core curriculum. These materials provide deeper insights and keep you updated on new developments.
Expected Outcomes by the End of the Course
Upon completing this course, you will be able to confidently approach the AWS Certified Machine Learning Specialty exam. You will understand how to build machine learning workflows on AWS from data preparation to deployment.
You will gain practical skills in using AWS SageMaker and related services to solve complex problems with machine learning. You will be prepared to design scalable, secure, and efficient ML systems for various business use cases.
Continuous Learning and Beyond Certification
Machine learning and cloud computing are rapidly evolving fields. This course encourages ongoing learning beyond certification. Staying updated with AWS announcements and new features is essential.
Engaging in community forums, attending webinars, and exploring advanced AWS courses will further enhance your expertise. The certification serves as a stepping stone for continuous professional growth in machine learning and AI.
Course Requirements
Before enrolling in the AWS Certified Machine Learning Specialty course, there are several important requirements and prerequisites to consider. These requirements ensure you have the foundational knowledge and skills needed to successfully complete the course and pass the certification exam.
Understanding these prerequisites will help you set realistic expectations and prepare adequately for the course material and hands-on labs.
Technical Prerequisites
A solid understanding of core IT concepts is essential. You should be comfortable with cloud computing fundamentals, particularly the AWS ecosystem. Basic experience working with AWS services like EC2, S3, and IAM is highly recommended.
Programming knowledge is also critical. Proficiency in Python is preferred since many machine learning libraries and AWS SageMaker notebooks use Python. Experience in writing scripts and managing code repositories will be beneficial.
Familiarity with Linux command line operations is helpful for managing AWS resources and running machine learning workflows efficiently.
Machine Learning Fundamentals
While the course is designed to teach machine learning with AWS, having a background in basic machine learning concepts will accelerate your learning. Understanding supervised and unsupervised learning, common algorithms, evaluation metrics, and data preprocessing techniques is a plus.
If you are new to machine learning, it is advisable to review introductory resources or complete foundational courses before starting this AWS specialty course.
Data Science and Statistics Knowledge
Knowledge of statistics, probability, and data analysis techniques will help you grasp the exploratory data analysis and feature engineering sections of the course. Concepts like distributions, variance, hypothesis testing, and correlation are relevant.
This knowledge will enable you to make informed decisions when preparing data and interpreting model results.
AWS Account Setup and Access
To get the most out of the hands-on labs, you need an active AWS account with appropriate permissions. AWS Free Tier accounts can be used to access many of the required services.
Ensure you have the ability to create, manage, and monitor AWS resources such as SageMaker notebooks, S3 buckets, IAM roles, and Lambda functions.
It is important to manage your AWS usage carefully to avoid unexpected charges.
Time Commitment and Learning Environment
The AWS Certified Machine Learning Specialty course requires a significant time investment. You should plan for consistent study and practice sessions over several weeks to thoroughly absorb the material.
A dedicated learning environment with stable internet access and a workstation capable of running Python and AWS SDKs will support your success.
Having an organized study schedule and setting clear goals will keep you motivated throughout the course.
Recommended Prior AWS Certifications
Though not mandatory, having prior AWS certifications, such as the AWS Certified Cloud Practitioner or AWS Certified Solutions Architect – Associate, can be very helpful.
These certifications ensure you have a baseline understanding of AWS services and cloud architecture, which streamlines learning the machine learning specialty topics.
Course Description
This course is meticulously designed to provide a comprehensive learning path to master machine learning on AWS and prepare for the AWS Certified Machine Learning Specialty exam.
It combines theoretical knowledge with practical skills, empowering learners to implement real-world machine learning solutions using AWS services.
Comprehensive Curriculum Coverage
The curriculum spans the entire machine learning lifecycle. From understanding how to gather and preprocess data to building, tuning, and deploying machine learning models on AWS, every step is covered in detail.
Each module introduces core concepts, then dives into AWS tools and best practices to implement those concepts efficiently. The course addresses common challenges in machine learning projects and presents strategies to overcome them using AWS technology.
Hands-On Learning Approach
Learning by doing is a key aspect of this course. Through guided labs and projects, you will interact directly with AWS SageMaker and related services.
These practical exercises reinforce the concepts taught in lectures and help you build confidence in managing machine learning workflows in the cloud environment.
You will also learn how to automate data pipelines, monitor deployed models, and handle model retraining using AWS tools.
Emphasis on Real-World Use Cases
The course integrates real-world case studies and examples to illustrate how machine learning solves business problems in various industries.
You will explore applications like fraud detection, recommendation systems, predictive maintenance, and natural language processing, all implemented with AWS.
This contextual learning helps connect theory to practice, making the material more relevant and engaging.
Focus on AWS SageMaker
Amazon SageMaker is the central service throughout the course. You will learn how to use its features for data labeling, notebook management, training jobs, hyperparameter tuning, model hosting, and monitoring.
Understanding SageMaker’s capabilities is essential for passing the certification and applying machine learning on AWS efficiently.
The course also introduces other AWS services that complement SageMaker, such as AWS Glue, AWS Lambda, and Amazon Athena.
Detailed Exam-Oriented Preparation
In addition to technical content, the course dedicates time to preparing you specifically for the AWS Certified Machine Learning Specialty exam.
You will receive exam tips, learn how to approach different question types, and access practice quizzes that mirror the difficulty and style of the actual exam.
The goal is to build your confidence and reduce exam anxiety through thorough preparation.
Continuous Updates and Support
AWS continuously evolves its machine learning services. This course is regularly updated to reflect the latest features and best practices.
Learners receive ongoing support through forums, live Q&A sessions, and access to instructors for guidance on complex topics.
This support network enhances the learning experience and keeps you informed about the latest AWS developments.
Who This Course Is For
This course is tailored for professionals who want to develop advanced skills in machine learning using AWS or validate their expertise with a recognized certification.
It is suitable for a wide range of roles across various industries.
Data Scientists and Machine Learning Engineers
If you are a data scientist or machine learning engineer looking to deepen your cloud ML knowledge, this course is ideal.
It helps you transition from local ML development to scalable cloud-based workflows using AWS.
You will gain practical skills to build and deploy models that perform well in production environments.
Cloud Architects and DevOps Professionals
Cloud architects and DevOps engineers seeking to integrate machine learning into cloud infrastructure will find this course valuable.
It teaches how to design and implement machine learning pipelines that fit into broader cloud architectures.
You will learn to automate ML workflows and ensure operational stability of deployed models.
Developers and Software Engineers
Developers interested in incorporating machine learning capabilities into applications will benefit from this course.
You will learn how to use AWS ML APIs and services to embed intelligent features such as image recognition, speech-to-text, and recommendation engines.
This knowledge expands your development toolkit with modern AI-powered functionality.
IT Professionals Transitioning to Machine Learning
For IT professionals aiming to move into the machine learning field, this course offers a structured path to build relevant skills.
It starts with foundational concepts and gradually introduces advanced topics using AWS.
This approach supports career growth and diversification.
Business Analysts and Data Analysts
While not heavily focused on programming, business analysts and data analysts who want to understand machine learning’s potential on AWS can also benefit.
The course explains ML workflows and AWS tools in accessible language, helping you collaborate better with data science teams.
You will gain insights into how machine learning can drive business value.
Students and Learners New to AWS ML
Students and newcomers with a basic understanding of programming and cloud concepts can use this course to launch their ML careers.
The step-by-step curriculum and hands-on labs provide a solid foundation to progress into more specialized machine learning roles.
The AWS Certified Machine Learning Specialty course is a comprehensive and practical training program designed to equip you with the skills needed to build, deploy, and maintain machine learning solutions on AWS.
By meeting the course requirements, engaging deeply with the material, and practicing extensively, you will be prepared to earn the AWS Certified Machine Learning Specialty certification and advance your career in machine learning and cloud computing.
Prepaway's AWS Certified Machine Learning - Specialty: AWS Certified Machine Learning - Specialty (MLS-C01) video training course for passing certification exams is the only solution which you need.
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