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Anish Jain

Do you want to learn how to take your application on the cloud, Do you know there were around 18 million cloud computing jobs globally. It’s one of the hottest skills of 2019 and of course, one of the highest-paying professions.

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Do you want to learn how to take your application on the cloud, Do you know there were around 18 million cloud computing jobs globally. It’s one of the hottest skills of 2019 and of course, one of the highest-paying professions.

Learn AWS and be a part of cloud computing ecosystem. Amazon web services is the market leaders in this field. popularly called AWS, is a comprehensive and secure cloud services platform provided by Amazon. The AWS Cloud or Amazon cloud offers a wide range of infrastructure services, such as storage options, computing power, networking and databases to businesses, helping them scale and grow. Amazon delivers its services on-demand with pay-as-you-go pricing policy.

Try your hands on AWS and cloud computing with the help of this course. This course will help you build a strong foundation on AWS.

Let's see the Pre - Requisite For course

It can be learned by anyone from scratch. The cloud infrastructure is used almost by everyone in various ways. So, you need not be a technical pro to grasp It.

Myth – You should know coding to learn it.

Fact – To try your hands-on, you can take cloud computing courses and begin using a public or private cloud computing service. You need not be a coder.

Myth – CC is a niche domain only meant for techies and developers.

Fact – Anyone can learn it. It is transforming the way companies conduct business and this involves all the internal stakeholders of the enterprise. Therefore, It is equally important to be learned by managers, marketing experts, system administrators, and developers. Yes, approaches and specific aspects will vary with different roles and responsibilities.

Myth – You should have previous IT experience to learn cloud computing.

Fact – It can be learned by anyone from scratch. The cloud infrastructure is used almost by everyone in various ways. So, you need not be a technical pro to grasp It.

With the growing buzz and exponential rise of cloud dependency, demand for cloud computing professionals is not going to decrease in the coming years. The best way to learn it is to enroll in cloud computing courses and practice through hands-on labs. The lab sessions acquaint you with the actual AWS environment.

Kickstart your endeavor today. Let’s meet in the cloud.

So what are u waiting for Let's get started.

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What's inside

Learning objectives

  • Cloud computing
  • Fundamentals of amazon aws
  • Recognize terminology and concepts as they relate to the aws platform and navigate the aws management console.
  • Grasp the foundational servers, including amazon elastic cloud compute (ec2), amazon virtual private cloud (vpc), amazon simple storage service (s3), and amazon elastic block store (ebs).
  • Understand aws management tools, including auto scaling, amazon cloudwatch, elastic load balancing (elb)
  • Understand the concepts of aws infrastructure, networking, storage, databases, scaling and monitoring.

Syllabus

Introduction

Welcome to AWS Fundamentals: Getting Started With Amazon AWS


As Amazon cloud is a broad area, it is essential to know the basic concepts related to it before diving into the deep, complex, advanced world of cloud computing of how it works and operates at lower levels. So that you build a strong foundation of AWS. This course will act as the first spark to ignite the AWS cloud computing fuel.

Throughout this course, you are going to learn various key concepts and terminologies that are necessary to get your hands on AWS. There will be an explanation as well as a practical demonstration to set up the same on AWS.

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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Explores foundational servers like EC2, VPC, S3, and EBS, which are essential for anyone starting with AWS and cloud infrastructure
Covers AWS management tools, including Auto Scaling, Amazon CloudWatch, and Elastic Load Balancing (ELB), which are critical for managing applications in the cloud
Includes hands-on labs and demonstrations for services like EC2, VPC, and S3, which allows learners to gain practical experience with the AWS environment
Examines the concepts of AWS Infrastructure, Networking, Storage, Databases, Scaling and Monitoring, which are core to understanding cloud architecture
Requires learners to set up services on AWS, which may require a valid AWS account and incur costs depending on usage

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Reviews summary

Foundational aws concepts for beginners

According to learners, this course provides a solid foundation in AWS fundamentals, particularly for those with little to no prior experience in cloud computing or IT. Students highlight the clear explanations of core services like EC2, S3, and VPC as a major positive. Many appreciate the inclusion of practical demonstrations and hands-on examples, finding them helpful for understanding how to actually use the AWS console and services. While some reviews mention the content is comprehensive for an introduction, others note it serves as a starting point and may require further study for more in-depth knowledge. Overall, it is seen as an excellent first step into the AWS cloud.
A good starting point, not deep dive.
"This is definitely just an introduction, don't expect deep technical dives."
"It covers a broad range of services but only at a very surface level."
"A great overview to get your feet wet, but you'll need more advanced courses afterwards."
"Sets the stage nicely for further AWS learning."
Hands-on labs and demos are useful.
"The practical demonstrations of setting up EC2 and S3 were extremely helpful."
"I liked following along with the instructor in the AWS console."
"Seeing the concepts applied in the demos made a big difference in my learning."
"Good practical examples that reinforce the theoretical concepts."
Concepts are explained clearly and concisely.
"The explanations of the services like S3 and EC2 were very clear."
"Instructor explains the topics in a very understandable way."
"I found the breakdown of VPC concepts particularly easy to grasp."
"Good, clear explanations of core AWS concepts and terminology."
Accessible even without prior tech knowledge.
"Perfect for someone like me who had no prior experience with cloud computing."
"The course is very easy to follow, even for non-IT backgrounds."
"I appreciated that it didn't assume prior coding or extensive technical knowledge."
"They did a great job explaining complex ideas in simple terms for newcomers."
Provides a strong base for beginners.
"This course provides a solid foundation for anyone looking to get started with AWS."
"It gave me the fundamental concepts I needed to understand the AWS ecosystem."
"Really helped me build a strong base before diving into more complex AWS topics."
"I feel much more confident navigating the AWS console and basic services after this course."
Some parts may need updates.
"AWS console interface has changed slightly since the videos were made, which was a bit confusing."
"Some information seemed a little outdated compared to current AWS practices."
"Wish it was more frequently updated as AWS services evolve quickly."

Career center

Learners who complete AWS Fundamentals : Getting Started with Amazon AWS will develop knowledge and skills that may be useful to these careers:
Cloud Engineer
A Cloud Engineer is responsible for designing, building, maintaining, and managing cloud infrastructure. This role requires a comprehensive understanding of cloud platforms, which this course delivers by introducing the core services of AWS, including compute, storage, networking, and databases. A Cloud Engineer must have hands-on experience with the AWS ecosystem, and this course will help them with exactly that. The course also covers essential concepts such as scaling and monitoring using tools like Elastic Load Balancer and Auto Scaling, critical for maintaining a robust cloud infrastructure as a Cloud Engineer. This course provides a strong introduction to the AWS environment.
DevOps Engineer
DevOps Engineers implement and manage the processes that enable smooth and efficient software development and deployment. This role requires a practical understanding of cloud technologies and services, which this course introduces by covering AWS fundamentals. A DevOps Engineer should understand services such as Elastic Cloud Compute, Virtual Private Cloud, and Simple Storage Service. The course's overview of AWS management tools like Auto Scaling and Elastic Load Balancing will enable a DevOps Engineer to optimize resource utilization and system performance. The hands-on exercises in the course will help anyone working in a DevOps capacity.
Cloud Support Specialist
A Cloud Support Specialist provides technical assistance to clients who are using cloud services. This role benefits from a strong foundation in cloud platforms, which this course provides by covering fundamental concepts and services, in addition to key components like Amazon Elastic Cloud Compute, Virtual Private Cloud, and Simple Storage Service. It is valuable for this role to understand the infrastructure, networking, storage, and database services, especially as they pertain to AWS. Furthermore, hands-on experience with AWS, gained through this course, can equip a Cloud Support Specialist with practical skills to resolve customer issues.
Cloud Product Manager
A Cloud Product Manager is responsible for the strategy, roadmap, and execution of cloud-based products. This role requires a comprehensive understanding of cloud platforms such as AWS, which this course introduces by covering core concepts and key services. A Cloud Product Manager should understand the infrastructure, networking, storage, and database components of AWS. Furthermore, the course's overview of management tools like Auto Scaling and Elastic Load Balancing is relevant to a Cloud Product Manager needing to understand the capabilities of AWS. The hands-on aspect of this course may be particularly useful for a Cloud Product Manager.
Solutions Architect
A Solutions Architect designs and plans cloud-based solutions for businesses, needing a broad understanding of different cloud platforms. This course covers fundamental concepts and key services within AWS. The understanding of compute, networking, storage, and databases is crucial for a Solutions Architect. They should be familiar with AWS management tools such as Auto Scaling, and this course helps establish this. The practical demonstrations on setting up AWS, offered by this course, may be particularly valuable for a Solutions Architect who must determine the optimal approach for a project on AWS.
Cloud Consultant
A Cloud Consultant advises businesses on how to best use cloud technologies to achieve their goals. This role requires a good grasp of the fundamentals of cloud platforms such as AWS. This course provides an introduction to core concepts, terminology, and services of AWS. A Cloud Consultant should understand the infrastructure, networking, storage, and database aspects of cloud. The practical focus and overview of AWS management tools presented in this course could be especially useful for a Cloud Consultant advising businesses on AWS.
Network Engineer
A Network Engineer designs and manages an organization's computer networks, including cloud-based networks. This course focuses on key AWS networking elements such as Virtual Private Cloud. A Network Engineer should also understand how cloud storage works, which is covered by the course's introductions to Simple Storage Service and Elastic Block Storage. Moreover, a Network Engineer would need to know how to monitor networks. The course's mention of Cloudwatch would be valuable for understanding network monitoring in the AWS environment. The course's hands-on examples may be especially relevant for a Network Engineer.
Cloud Trainer
A Cloud Trainer educates individuals and teams on cloud technologies and best practices. This course helps a Cloud Trainer understand the fundamentals of the AWS platform. It introduces core concepts, terminology, and services like Elastic Cloud Compute, Virtual Private Cloud, and Simple Storage Service. The hands-on exercises provide experience with setting up and using AWS, which could be valuable for a Cloud Trainer developing and delivering training materials, and also understanding potential student roadblocks and queries. Therefore, this course may be of value to a Cloud Trainer.
System Administrator
A system administrator manages and maintains computer systems within an organization, including cloud systems. This course may be useful to a System Administrator as it introduces the fundamental concepts of cloud computing and the AWS platform. It specifically covers compute with Elastic Cloud Compute, networking with Virtual Private Cloud, and storage with Simple Storage Service. A System Administrator needs to know how to monitor and scale systems, which this course touches on with Elastic Load Balancer, and Auto Scaling. These concepts, as well as hands-on experience, may aid the System Administrator.
Database Administrator
A database administrator is responsible for the performance, integrity, and security of a database, and often oversees databases in the cloud. This course may help a Database Administrator by introducing cloud-based database services offered by AWS. Specifically, it covers the Relational Database Service and DynamoDB. A Database Administrator should have an understanding of the broader cloud environment, as well as how databases scale and integrate with other AWS services. This course covers these concepts.
IT Manager
An Information Technology Manager oversees an organization's IT department and its infrastructure, which increasingly includes cloud systems. This course may help an IT Manager gain a better understanding of AWS. The course covers key concepts, terminology, and services such as Elastic Cloud Compute, Simple Storage Service, and the Virtual Private Cloud. By understanding these services, the IT Manager can make better decisions about resource allocation and deployment. This course also covers management tools such as Auto Scaling and Elastic Load Balancing, which is especially relevant for an IT Manager.
Technical Project Manager
A Technical Project Manager oversees technology-related projects, which can include cloud implementations and migrations. This course may be useful to a Technical Project Manager, who needs a broad understanding of AWS technologies. This course introduces core AWS services such as Elastic Compute Cloud, Simple Storage Service, and Virtual Private Cloud. It also covers AWS management tools, including Auto Scaling and Elastic Load Balancing, which are important to any project using AWS. The terminology, concepts, and scope of AWS described in this course help build a foundational knowledge base for the Technical Project Manager.
Technical Sales Representative
A Technical Sales Representative sells technical products and services, including cloud-based solutions. This course may be helpful to a Technical Sales Representative who needs to understand AWS and its components. It provides a broad introduction to key AWS services such as Elastic Compute Cloud, Virtual Private Cloud, Simple Storage Service, and more. Knowing how they relate to each other in a deployment can help the Technical Sales Representative explain these products to clients. The terminology, concepts, and hands-on experience provided by the course may help a Technical Sales Representative in their role.
Cloud Security Analyst
A Cloud Security Analyst protects cloud data and infrastructure from threats, requiring a solid understanding of cloud platforms. This course touches on the fundamentals of the AWS platform, which Cloud Security Analysts must know. Moreover, the course provides an overview of AWS core services including Elastic Cloud Compute, Virtual Private Cloud, and Simple Storage Service, which provides a strong foundation. While the course does not focus explicitly on security, the knowledge of AWS infrastructure gained from it will help a Cloud Security Analyst better understand the attack surface of their cloud environment.
Data Analyst
A Data Analyst collects, processes, and performs statistical data analysis, which increasingly is performed in the cloud. This course may help a Data Analyst learn about the AWS cloud environment. It introduces concepts such as compute, storage, and databases. A Data Analyst working with data in AWS would need to understand these services. The course's coverage of Elastic Cloud Compute, Simple Storage Service, and Relational Database Service may be particularly relevant to a Data Analyst.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in AWS Fundamentals : Getting Started with Amazon AWS.
Covers the updated ANS-C01 blueprint for Amazon VPC design, CIDR planning, Transit Gateway hub-and-spoke topologies, AWS PrivateLink, Direct Connect BGP routing, and AWS Network Firewall inspection.
An updated edition of the highly regarded book, this version continues to provide deep insights into the challenges of data-intensive systems and patterns for building reliable and scalable applications. It's an essential reference for anyone seeking to master the complexities of systems that require robust auto scaling capabilities.
Provides a comprehensive introduction to AWS, covering essential services for computing, storing, and networking. It emphasizes best practices for security, high availability, and scalability, making it valuable for gaining a broad understanding. The book includes hands-on projects and is suitable for those new to AWS and cloud concepts.
Explains how cloud virtual networks—specifically the Amazon VPC CNI plugin, Elastic Network Interfaces (ENIs), security groups for pods, and AWS Load Balancer Controller—route packets across containerized cloud workloads.
Cornerstone for understanding the underlying principles of building scalable and reliable systems, which are fundamental to auto scaling. It delves into various data systems and their trade-offs, providing essential background knowledge for anyone working with distributed systems. While not solely focused on auto scaling, its comprehensive coverage of scalability patterns makes it a must-read reference.
This study guide is aimed at the professional-level certification and covers advanced topics in designing and deploying fault-tolerant, scalable, and distributed systems on AWS. It's a must-read for experienced professionals seeking to validate their expertise and deepen their understanding of complex AWS architectures.
Provides a comprehensive overview of cloud computing, covering concepts, technologies, and architectures. It is written by leading experts in the field.
Focusing specifically on AWS security, this book is crucial for deepening understanding in a critical area of cloud computing. It covers identity management, access control, network security, monitoring, logging, and auditing within AWS. This must-read for anyone responsible for securing AWS environments.
This study guide provides comprehensive coverage of AWS services and architectural patterns, essential for deepening understanding. It includes practical exercises and is commonly used by individuals preparing for the Solutions Architect Associate certification, making it a valuable resource for undergraduate and graduate students, as well as professionals.
Key resource for understanding and implementing serverless architectures on AWS using services like AWS Lambda and API Gateway. It covers patterns, best practices, and operational considerations for building scalable and cost-effective serverless applications.
Explores implementing DevOps principles on AWS, covering continuous integration, continuous deployment, infrastructure as code, and automation. It's essential for professionals looking to deepen their understanding of modern development and operations practices in the AWS cloud. The second edition is more recent and covers updated practices.
Provides hands-on labs and clear architectural diagrams for isolating multi-tier workloads inside Amazon VPCs, configuring Gateway and Interface VPC Endpoints, and debugging packet drops with VPC Flow Logs.
This official study guide comprehensive resource for advanced networking on AWS. It covers complex networking concepts, hybrid connectivity, and network security in depth. It's ideal for professionals specializing in AWS networking.
Microservices architecture is often employed in systems that require auto scaling due to its focus on independent, scalable services. provides a thorough understanding of designing and implementing microservices. It covers concepts like decomposition, integration, and testing, which are crucial for building systems that can be effectively auto scaled. The second edition includes updated content on contemporary topics like container orchestration and serverless.
Focuses on implementing machine learning solutions on AWS using various AWS ML services. It's highly relevant for those interested in contemporary topics in AI/ML on the cloud and provides practical guidance for building and deploying ML models on AWS.
Delves into cloud design patterns specifically for AWS, helping readers deepen their understanding of building scalable, redundant, and highly available applications. It's a valuable resource for architects and developers looking to apply best practices in their AWS deployments.
This study guide focuses on the operational aspects of AWS, including managing and operating EC2 instances. It covers topics like monitoring, logging, and automation related to EC2, making it highly relevant for those interested in the day-to-day management of EC2 environments.
This guide is aimed at Solutions Architects and covers designing, migrating, and scaling solutions on AWS. It delves into using EC2 as part of these architectures and provides a deeper understanding of design considerations.
Provides contemporary, hands-on coverage of Amazon VPC architecture, subnet routing, NAT gateways, VPC peering, and hybrid AWS connectivity patterns for cloud engineers.
Authored by members of Google's SRE team, this book offers invaluable insights into operating large-scale, reliable systems. Auto scaling key practice in SRE for managing load and ensuring availability. provides practical approaches and philosophies for achieving high reliability and efficiency in production environments, making it highly relevant for understanding the operational context of auto scaling.
Focuses on designing and building modern data platforms on AWS, covering data lakes, streaming ingestion, processing, and analytics. It's highly relevant for those looking to deepen their understanding of data-centric solutions on AWS and is suitable for graduate students and professionals in data engineering and analytics.
Focuses heavily on zero-trust cloud network segmentation, micro-perimeters, private service endpoints, and ingress/egress traffic filtering inside virtual private clouds across enterprise AWS environments.
Delves into advanced AWS development topics, including serverless computing and DevOps practices. It's suitable for developers with a solid understanding of AWS fundamentals who want to explore more complex development patterns and tools on the platform.
This cookbook provides recipes for automating release processes, deployment, and continuous integration on AWS. It's a practical guide for implementing automation using various AWS services, relevant for contemporary DevOps practices.
Is geared towards developers working with AWS. It covers how to develop, deploy, and debug applications on AWS, including using EC2 as a compute platform. It's valuable for understanding EC2 from a developer's perspective and integrating it into application development workflows.
A companion to the 'Site Reliability Engineering' book, this workbook provides practical exercises and examples for implementing SRE principles. It includes real-world scenarios related to managing system load, performance, and reliability, which are directly addressed by auto scaling strategies. It's a valuable resource for applying SRE concepts in practice.
While primarily a certification study guide, this book provides a solid foundational understanding of AWS cloud concepts, core services, security, architecture, pricing, and support. It's a good starting point for those seeking a structured overview and can serve as a textbook for introductory courses.
Provides a theoretical foundation for cloud computing. It covers topics such as cloud architectures, cloud resource management, and cloud security.
Practical guide to cloud computing. It covers a wide range of topics, including cloud computing basics, cloud architectures, and cloud security.
Provides a broad understanding of the AWS Cloud, including core services like EC2, and is ideal for beginners. It covers the fundamentals necessary for the AWS Certified Cloud Practitioner exam, making it a useful resource for those new to cloud computing and AWS. It serves as foundational reading before diving into more technical details of EC2.
Focuses on system administration tasks on AWS, including managing EC2 instances. It covers best practices for operating and maintaining EC2 environments, making it a valuable resource for system administrators.
Features reproducible recipes for peering VPCs, interconnecting multi-VPC environments with AWS Transit Gateway, inspecting traffic with Reachability Analyzer, and locking down S3 access via VPC Endpoints.
Kubernetes critical contemporary technology for container orchestration, and this book leading resource on the topic. While not exclusively AWS, it's highly relevant given the importance of Amazon Elastic Kubernetes Service (EKS). It's essential for understanding containerized application deployment and management in a cloud-native environment.
Focused on the updated Cloud Practitioner exam, this study guide reinforces foundational AWS concepts, including the basics of EC2. The practice questions help solidify understanding and prepare for certification, which validates a broad knowledge of AWS.
Provides a catalog of patterns for designing and implementing microservices, a common architectural style for scalable applications. It covers patterns related to communication, data management, and deployment, all of which have implications for how auto scaling is applied and managed within a microservices architecture.
Dedicates core chapters to network boundary defense in Amazon VPC, teaching engineers how to combine stateful Security Groups, NACLs, AWS WAF, and GuardDuty VPC Flow Log threat detection.
Serves as an essential guide to understanding the fundamental concepts of cloud computing using AWS. It is suitable for those new to the cloud and provides a foundational understanding of services like EC2. It's a good starting point before exploring more complex topics.
This guide specifically focuses on building and managing data lakes using AWS S3. It covers concepts like organizing data in S3, versioning, lifecycle policies, and data ingestion. dives deep into a specific and important contemporary use case for S3.
Offers a more contemporary perspective on distributed systems for developers. It covers practical aspects of building and maintaining distributed applications, including considerations for scalability and resilience. It serves as a good bridge between theoretical concepts and real-world implementation, making it relevant for understanding how auto scaling fits into modern application development.
Unpacks CIDR addressing, ARP resolution, ICMP path MTU discovery, and TCP connection states—the foundational packet-level protocols governing how Amazon VPC virtual routers handle traffic.
Is specifically designed for individuals without a technical background who want to understand AWS. It covers core services, billing, pricing, security, and compliance in an easy-to-follow manner. It's an excellent resource for business professionals and others needing a non-technical introduction to AWS.
This foundational book on DevOps culture and practices is essential for understanding the organizational and procedural aspects that enable effective auto scaling. It emphasizes principles like flow, feedback, and experimentation, which are critical for building and operating scalable systems. While not technical deep dive into auto scaling mechanisms, it provides the necessary context for why auto scaling is important in modern IT.
Hands-on guide to cloud computing. It covers a wide range of topics, including cloud architectures, cloud services, and cloud security.
Covers how to use Amazon CloudWatch Events to create event-driven serverless applications. It includes guidance on setting up CloudWatch Events, creating rules, and integrating with other AWS services.
Based on extensive research, this book identifies the practices that drive high performance in technology organizations, including continuous delivery and a focus on reliability and scalability. It provides the data and analysis supporting the importance of concepts like auto scaling in achieving organizational goals and improving software delivery performance.
This exam cram guide provides a focused review of the objectives for the SysOps Administrator exam, including operational tasks related to EC2. It's a good resource for reinforcing knowledge and preparing for certification.
Walks through practical Amazon VPC subnetting, Route 53 DNS integration, Elastic Load Balancing, and Direct Connect setups using concrete cloud deployment scenarios.
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This guide aims to take readers from beginner to advanced levels in AWS. It covers various AWS services, likely including EC2, and provides a broad overview of the platform. It can be a useful resource for gaining a wider perspective on AWS.

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