Deploy and Optimize Cloud AI Architectures
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Deploy and Optimize Cloud AI Architectures
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What you'll learn
Configure distributed ML training pipelines on Amazon SageMaker using Spot Instances and autoscaling to optimize cost and performance.
Analyze GPU utilization logs and CloudWatch metrics to right-size ML workloads and justify data-driven architecture decisions.
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February 2026
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There is 1 module in this course
This short course helps you deploy and optimize scalable machine learning workloads in the cloud using managed AI services. Youβll start by learning how distributed training jobs work on platforms like Amazon SageMaker. Then youβll configure training pipelines using Spot Instances and autoscaling features, gaining hands-on experience with real-world deployment patterns. Finally, youβll dig into monitoring and optimization: reading GPU utilization logs, exploring CloudWatch metrics, and making recommendations that balance performance and cost. By the end, you will know how to right-size an ML workload, select efficient instance families, and justify architecture changes based on data.
This short course helps you deploy and optimize scalable machine learning workloads in the cloud using managed AI services. Youβll start by learning how distributed training jobs work on platforms like Amazon SageMaker. Then youβll configure training pipelines using Spot Instances and autoscaling features, gaining hands-on experience with real-world deployment patterns. Finally, youβll dig into monitoring and optimization: reading GPU utilization logs, exploring CloudWatch metrics, and making recommendations that balance performance and cost. By the end, you will know how to right-size an ML workload, select efficient instance families, and justify architecture changes based on data.
What's included
6 videos2 readings4 assignments
6 videosβ’Total 26 minutes
- Launching Scalable ML Training with Spot Instances on Managed Cloud Servicesβ’4 minutes
- Why Scalable Training Needs Managed Cloud Servicesβ’4 minutes
- Launching Distributed Training Jobs with Spot Instancesβ’4 minutes
- How to Read GPU Utilization and Identify Bottlenecksβ’5 minutes
- Right-Sizing: Choosing More Efficient Instance Familiesβ’5 minutes
- Congratulations and Continuous Learning Journeyβ’3 minutes
2 readingsβ’Total 20 minutes
- Foundations of Distributed Training and Cost-Efficient Cloud Computeβ’10 minutes
- Interpreting Performance Metrics to Optimize Cloud AI Architecturesβ’10 minutes
4 assignmentsβ’Total 63 minutes
- Graded Quiz: Deploy and Optimize Cloud AI Architecturesβ’25 minutes
- HOL: Deploy Your First Distributed Training Jobβ’15 minutes
- Practice Quiz: Troubleshoot a Misconfigured Training Jobβ’8 minutes
- HOL: Analyze Logs and Recommend an Optimized Architectureβ’15 minutes
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Frequently asked questions
It means setting up machine learning training so the cloud platform handles the infrastructure work needed to run reliably across multiple resources. The course focuses on making those workloads cost-aware and performance-aware through managed training, interruption recovery, and metric-based tuning.
You would use it when a training job is too large, slow, or costly to manage comfortably on a single machine or a fixed setup. It is especially useful when you need distributed training, want to use lower-cost interruptible compute safely, or need data to guide resource decisions.
It sits in the build-and-run stage, after your model code and data setup are ready enough to train at scale. From there, it connects job execution with monitoring so you can improve architecture choices based on how the workload actually performs.
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ΒΉ Some assignments in this course are AI-graded. For these assignments, your data will be used in accordance with Coursera's Privacy Notice.
