30 Best Cloud Computing Courses, Classes & Training Programs Online To Take In 2023
Elevate your skills in the booming field of cloud computing with our expertly curated list of the top 30 online courses, classes, and training programs for 2023, based on extensive research from over 425 popular courses with over 6.8 million enrolled students and their invaluable insights from thousands of ratings and reviews.
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Are you looking to enhance your skills in the rapidly growing field of cloud computing? With the plethora of courses available online, it can be a challenging task to find the best one for you. After extensive research, we have curated a list of the 30 finest cloud computing courses, classes, and training programs available online. Our selection is based on reviewing 425 popular courses involving a staggering 6,808,045 enrolled students who have shared a total of 782,717 ratings and reviews. We have carefully evaluated and handpicked the cream of the crop for you, so you can confidently embark on your journey of mastering cloud computing.
Our methodical approach to determining the best cloud computing courses includes analyzing crucial aspects such as ratings, reviews, enrollments, learner experiences, content value, course comprehensiveness, release date, and affordability. Additionally, we have combined this objective analysis with our own experiences and expertise to ensure that our recommendations cater to a wide spectrum of interests and abilities in the domain of cloud computing. Whether you are a beginner looking to learn the basics or an experienced professional wishing to delve into niche topics like serverless computing, cloud networking or cybersecurity, our comprehensive list offers something for everyone. Begin your journey today and empower yourself with the knowledge to excel in the era of cloud computing.
This introductory course offers a comprehensive understanding of cloud computing, aiming to demystify the concept and provide a solid foundation for understanding its various elements. The course answers the key question, "What is the cloud?" by providing a standards-based approach and incorporating real-world examples. It explores different definitions that make up the concept of cloud computing and helps learners build a strong base for launching a career, spearheading a cloud initiative within an organization, or simply engaging in conversations about the subject.
With an engaging teaching style that employs a web browser and an electronic blackboard, the instructor talks and draws to depict the essential concepts. The course covers various aspects of cloud computing, including service models, essential characteristics, and deployment models. No prior technical knowledge is needed to participate in the course, making it accessible to a wide range of audiences looking to expand their knowledge in this rapidly-growing field.
This course is best suited for individuals looking to build a strong base in cloud computing by demystifying its various elements, exploring service models, essential characteristics, and deployment models. It is perfect for launching a career or engaging in conversations about the subject without any prior technical knowledge.
This introductory course presents the fundamental concepts of cloud computing, providing learners with the essential knowledge to understand cloud computing from a business perspective and to develop their skills as a cloud practitioner. The course delves into the definition and key characteristics of cloud computing, its history, the business case for cloud computing, and the emerging technologies enabled by cloud. Participants are also introduced to prominent service providers such as AWS, Google, IBM, and Microsoft, along with the services they offer and various case studies of cloud computing across different industries.
Throughout the course, learners will explore a range of cloud service models (IaaS, PaaS, SaaS) and deployment models (Public, Private, Hybrid), as well as the vital components of a cloud infrastructure (VMs, Networking, Storage - File, Block, Object, CDN). Additionally, the course covers emerging cloud trends and practices, including Hybrid Multicloud, Microservices, Serverless, DevOps, Cloud Native, and Application Modernization. Other topics discussed include the basics of cloud security, monitoring, and different job roles in the cloud industry. Even those without prior cloud computing or programming experience will have the opportunity to create their own account on IBM Cloud and gain hands-on experience by provisioning a cloud service and working with it. This course caters to a diverse audience, from executives and managers to students and professionals looking to familiarize themselves with cloud computing terminology or seeking a foundational understanding of cloud computing for a career in the field.
This course is excellent for gaining a hands-on, practical understanding of the essential cloud computing core concepts, while also exploring service and deployment models, cloud infrastructure components, and emerging trends like serverless computing and hybrid multicloud.
This comprehensive program is designed to provide a strong foundation in cloud computing concepts and practices. The course covers a wide array of topics that are essential for anyone looking to gain a solid understanding of cloud computing. From exploring the fundamental principles of cloud computing, such as storage services and cloud economics, to examining the various levels of managed infrastructure and Azure services, participants will acquire the knowledge necessary to navigate the world of cloud computing confidently.
In addition to providing an in-depth examination of the basics, this course also delves into various deployment models and hosting scenarios, enabling learners to make informed decisions when it comes to implementing cloud computing solutions. By comparing different cloud platforms and exploring the future of cloud computing, participants will not only gain a thorough understanding of the current landscape but also be better prepared for the ongoing evolution of this rapidly growing field. This course is a valuable resource for anyone looking to expand their knowledge on cloud computing or seeking to immerse themselves in this increasingly vital aspect of modern technology.
This course is ideal for those wanting to gain a strong foundation in cloud computing concepts and practices while also exploring deployment models, hosting scenarios, and the future of cloud computing.
Gain a comprehensive understanding of the core concepts of cloud computing through this course, which delves into topics such as cloud security, planning, governance, and various operations in public, private, and multicloud environments. Led by experienced instructor David Linthicum, this course aims to provide insights into the impact of cloud computing on cost efficiency, agility, and other crucial areas. David will guide you through the process of selecting a cloud provider, as well as planning a migration, taking into account the necessary security considerations and tools required for IT administrators to maintain their cloud-based infrastructure.
In addition to covering the basics, the course also explores advanced cloud operations approaches and technologies, as well as multicloud operations, helping you gain a deeper understanding of the different facets of cloud computing. Wrapping up with a thorough discussion on cloud governance, this course serves as a comprehensive guide for individuals looking to broaden their knowledge and expertise in the realm of cloud computing, whether they are just starting out or seeking to expand their existing skill set.
This course excels at providing a solid foundation in core cloud computing concepts, teaching essentials like cloud security, planning, and governance, along with public, private, and multicloud operations. It also delves into the complexities of multicloud operations and discusses advanced cloud operation approaches and technologies, concluding with an in-depth examination of cloud governance.
This course offers a practical introduction to cloud computing, aiming to clarify the many misconceptions surrounding the topic. It provides a clear, easy-to-understand explanation of what cloud computing is, how it functions, the options available, the benefits it offers, and the costs associated with it. The program goes beyond theoretical explanations by providing practical examples that learners can follow along with, ensuring that they understand how cloud computing operates in real-world scenarios.
Participants in the course will start with a review of traditional deployment models, such as on-premises and colocation setups, to understand the changes brought about by cloud computing. The course then delves into server virtualization and its role in revolutionizing data center design, paving the way for cloud computing. Moreover, students will learn about various cloud service models, including IaaS, PaaS, SaaS, and XaaS, as well as cloud deployment models such as public, private, hybrid, and community clouds. By the end of the course, learners will be able to compare the total cost of ownership (TCO) for on-premises and cloud deployments, and will receive a verifiable certificate of completion to showcase their acquired cloud computing knowledge.
This course is ideal for gaining a practical understanding of cloud computing while emphasizing real-world scenarios and applications. It provides a clear and easy-to-understand explanation of cloud computing, its functions, benefits, and costs, while demystifying misconceptions surrounding the topic.
This comprehensive course delves into the core techniques, algorithms, and design philosophies that form the backbone of cloud computing systems, with a strong focus on distributed systems. By studying these fundamental distributed computing concepts, learners gain a thorough understanding of the inner workings of various cloud computing platforms. Topics covered in the course include clouds, MapReduce, key-value/NoSQL stores, classical distributed algorithms, widely-used distributed algorithms, scalability, trending areas, and much more.
Throughout the course, students are encouraged to apply their knowledge with hands-on homework exercises, as well as programming assignments in C++ to gain practical experience in implementing these distributed computing concepts. Prior experience with C++ is required for the programming assignments. Additionally, this course offers insightful interviews with leading researchers and managers from both the industry and academia, expanding the learning experience and providing valuable perspectives on cloud computing concepts and practices.
This course excels at providing a comprehensive understanding of core techniques, algorithms, and design philosophies in distributed systems, which form the backbone of cloud computing systems. Students gain practical experience through hands-on homework exercises and programming assignments in C++.
This introductory course offers a comprehensive understanding of the fundamental concepts in cloud computing, providing learners with the essential knowledge needed to grasp the subject from both business and practitioner perspectives. The course covers the definition, essential characteristics, history, emerging trends, and business case for cloud computing. By exploring various cloud service models (IaaS, PaaS, SaaS) and deployment models (Public Cloud, Private Cloud, Hybrid Cloud), participants will acquire an in-depth understanding of key components of a cloud architecture, including virtualization, VMs, storage, networking, and containers.
Moreover, the course delves into emerging trends associated with cloud computing, such as hybrid multicloud, microservices, serverless, cloud native, DevOps, and application modernization. Learners will gain insights into the fundamentals of cloud security and will be introduced to relevant case studies and career opportunities in the field. Designed for those new to cloud computing, this foundation course is ideal for individuals seeking to comprehend the jargon, as well as those intending to pursue a career in a cloud-related profession. By completing this course, learners can also earn a verifiable and digital credential that profiles their acquired knowledge and skills.
This course excels at providing learners with a comprehensive understanding of fundamental concepts in cloud computing from both business and practitioner perspectives, covering the essential characteristics, history, emerging trends, and business case for cloud computing.
In today's rapidly evolving technology landscape, cloud computing plays an integral role, with multiple providers vying for your organization's business. To help you make a well-informed decision, an insightful course dives deep into the world of leading public cloud platforms like Amazon Web Services, Microsoft Azure, Google Cloud Platform, and Alibaba Cloud. Under the guidance of an experienced instructor, David Linthicum, participants will gain an understanding of the fundamentals of public cloud solutions, relevant industry trends, and critical distinctions between the major providers.
As organizations consider whether to transition from a private to a public cloud, it's essential to evaluate the features and services offered by different platforms. With this course, you'll learn about essential aspects such as security, integration, and compatibility, ensuring you have the necessary knowledge to decide which public cloud platform suits your business requirements best. Don't let the confusing world of cloud computing deter you – equip yourself with the tools and understanding needed to make the right choice for your organization's future growth and success.
This course is ideal for those looking to gain a comprehensive understanding of four industry-leading public cloud platforms, assessing their unique offerings such as security, integration, and compatibility factors, and making informed decisions for their organizations.
As businesses continue to migrate their applications and infrastructure to the cloud, it is crucial to ensure that their data, users, and systems remain secure. The course "Cybersecurity with Cloud Computing" focuses on teaching learners how to effectively mitigate cloud computing risks by utilizing cybersecurity measures. The course instructor, Malcolm Shore, highlights the major forms of cloud technology, its associated benefits and risks, and the necessary cybersecurity standards and knowledge to counter those risks. Learners are introduced to concepts such as software as a service (SaaS), platform as a service (PaaS), and infrastructure as a service (IaaS), as well as the various deployment models available.
Throughout the course, participants will gain valuable insights into the offerings from prominent cloud service providers like Microsoft Azure, Amazon Web Services, and Google Apps. Malcolm then delves into the Security as a Service (SecaaS) capabilities of each platform, which can be employed to identify unauthorized access and effectively implement cloud security defenses such as encryption, logging, and monitoring. With a comprehensive understanding of cloud computing and its potential risks, learners will be better equipped to protect their businesses and maintain a secure digital environment.
This course is ideal for those who want to gain a practical understanding of the critical aspects of cybersecurity in the realm of cloud computing and learn how to mitigate risks associated with cloud technology.
Cloud computing has revolutionized the way businesses handle their data, and one of the most widely utilized services within the cloud is storage. With the immense growth of data and the demand for reliable storage solutions, professionals need to adapt and learn about the various cloud storage options available. This course aims to provide a comprehensive understanding of cloud storage by covering topics like storage planning, budgeting, and ensuring the security of storage instances. While the course demonstrates account creation and management through Amazon Web Services, the lessons are crafted at a high level, making them relevant and applicable to almost any cloud solution.
Divided into three primary sections, the course begins with the exploration of file, block, and object storage, delving into the details and merits of each type. The second part focuses on planning and requirements gathering, guiding participants on how to effectively estimate storage costs and design storage solutions catered to their organization's needs. Lastly, the course provides practical use cases for cloud storage, including a real-life example of using logging and other storage management subsystems. By acquiring a solid understanding of cloud storage solutions, professionals can enhance their skill set and effectively implement storage solutions within their organizations.
This course is ideal for those interested in understanding the fundamentals of cloud storage, including key topics like storage planning, budgeting, and security. As you explore essential concepts such as file, block, and object storage, you'll develop practical skills that can be applied in various cloud platforms.
This comprehensive two-part course series delves into the world of cloud computing and big data, exploring the multitude of technologies that constitute the modern concept of cloud computing. The first course begins by introducing key concepts in cloud computing, its economic foundations, and the concept of big data. Course content also covers software-defined architectures, the impact of virtualization on cloud infrastructure, and the organization of offerings by various cloud service providers.
As the course progresses, it delves deeper into virtualization and containers, touching on topics such as Docker, JVM, and Kubernetes, while examining the infrastructure-as-a-service offerings from leading providers like Amazon, Google, and Microsoft. Additionally, the course covers higher-level cloud services, including platform as a service, mobile backend as a service, serverless architectures, cloud middleware technologies, and metal as a service (MaaS). The course culminates with an exploration of cloud storage services, discussing systems like Hive, HDFS, Ceph, cloud object storage, virtual hard drives, and virtual archival storage options, concluding with a discussion on the Dropbox cloud solution.
This course excels at providing a deep understanding of cloud systems and infrastructure, covering topics like virtualization, containers, and various service offerings from leading providers.
This comprehensive course offers a deep understanding of cloud computing, with a particular focus on the services and compute options offered by Google Cloud. The curriculum is tailored to help learners grasp the critical concepts and gain an in-depth knowledge of the various aspects of this cutting-edge technology, which has been transforming industries and businesses around the world.
The program effectively equips participants with essential information on how cloud computing has revolutionized communication, business operations, and interpersonal interactions today. Furthermore, it emphasizes the practical and theoretical applications of cloud computing, underscoring its significance in shaping future job prospects and business growth. By completing this course, learners will have a solid foundation in cloud computing fundamentals, and be well-prepared to navigate and excel in this rapidly-evolving technological landscape.
This course is ideal for students aiming to gain a thorough understanding of cloud computing, specifically focusing on Google Cloud services and compute options. Participants will acquire solid foundations in cloud computing fundamentals and practical applications, preparing them for success in the ever-evolving technological landscape.
This comprehensive course delves into the fundamentals of cloud networking, equipping participants with the necessary knowledge and skills to understand how networking operates in the realm of cloud computing. By examining the networking services available for the top three cloud platforms - AWS, Azure, and Google - learners will gain a solid understanding of internal and external networks, how to transition networking to the cloud, and the process of troubleshooting a network.
As the course progresses, cloud computing expert David Linthicum provides a deeper exploration of networking within AWS, Azure, and Google by demonstrating a few of the leading networking services. To ensure a well-rounded understanding, the course also offers guidance on selecting the most suitable networking solution, as well as planning and testing a network. This valuable course is an essential resource for those looking to enhance their cloud computing capabilities and ensure their networking knowledge is up to date in today's rapidly evolving technological landscape.
This course is ideal for those seeking comprehensive knowledge on cloud networking, covering functionalities in AWS, Azure, and Google, and providing guidance on selecting the most suitable networking solution as well as planning and testing a network.
This course focuses on understanding the essential aspects of cloud networking and its role in enabling cloud computing. Topics covered include current industry practices, insights from leading experts, and exciting new research that may shape the future of cloud networking. With a strong emphasis on both operational and design aspects, the course aims to provide a comprehensive understanding of how cloud networks function and the rationale behind their design.
In addition to discussing the challenges associated with building a network infrastructure that supports virtual networks on shared infrastructure, the course also delves into issues such as efficient big data transfer, low latency communication, and application federation across different geographies. By examining these objectives and the ways in which they are addressed, learners will gain a solid foundation in cloud networking and its critical role in the modern communications infrastructure supporting numerous applications today.
This course is exceptional for understanding the essential aspects of cloud networking, its role in enabling cloud computing, and the rationale behind its design. Learners will gain a solid foundation in cloud networking, the modern communications infrastructure, and its support for various applications.
This course focuses on cloud computing security and teaches participants how to identify security issues in the cloud, along with industry-standard techniques and procedures to prevent and mitigate risks. Students will be introduced to best practices for cloud security and learn how to architect and configure security-related features in a cloud platform. Various case studies and government standard documents will be reviewed, enabling individuals to ensure that appropriate levels of security are implemented in the cloud environment.
Throughout the course, participants will develop the necessary skills to identify potential security issues in cloud environments and gain experience with tools and techniques that monitor and help prevent security breaches. These may include monitoring logs and implementing appropriate security policies. This course is part of the Cloud Computing MicroMasters program from UMGC, which, upon completion and receipt of the verified MicroMasters certificate, learners may transition into the full UMGC Master's Program in Cloud Computing Architecture.
This course excels in teaching cloud computing security, guiding participants on how to identify issues and implement industry-standard techniques to prevent and mitigate risks in cloud environments.
This comprehensive course provides a solid foundation in the fundamentals of cloud computing, targeted towards individuals with an IT background who wish to understand what cloud computing is and how it works. With cloud computing quickly evolving from a simple buzzword to a critical decision-making process for businesses, having a thorough understanding of the subject is essential for making strategic plans to migrate applications and services to the cloud. Upon successful completion of the course, participants will have a clear understanding of the basics of cloud computing, be able to differentiate between cloud segments and deployment models, identify key cloud companies, and gain knowledge of cloud services and security.
Please note that all logos and trademarks used in the course videos belong to their respective companies. The course is designed to offer valuable information and insight into cloud computing in an unbiased manner, providing participants with the knowledge necessary to make informed decisions about cloud technologies and services relevant to their own professional needs.
This course is ideal for individuals with an IT background who want to gain a solid foundation in the fundamentals of cloud computing and understand its practical applications for strategic decision-making in migrating services to the cloud.
This advanced course delves into the core techniques, algorithms, and design philosophies used in cloud computing, focusing on distributed systems. Both open-source platforms and internal company systems rely on these fundamental distributed computing concepts in order to create efficient and effective cloud computing environments. Topics covered include the implementation of clouds, MapReduce, key-value/NoSQL stores, classical distributed algorithms, widely-used distributed algorithms, scalability, trending areas, and more.
Participants in the course will gain a broad understanding of how these systems function from the inside out. Additionally, they will have the opportunity to apply this knowledge through hands-on homework exercises and programming assignments. These assignments are designed for those with prior C++ experience and will involve implementing various distributed computing concepts using template code provided by the course. Furthermore, the course features insightful interviews with leading professionals in the field, including researchers and managers from both industry and academia. This course is a continuation of Cloud Computing Concepts, Part 1, and it expands on the material covered in the previous course.
This course is ideal for delving deeper into core techniques, algorithms, and design philosophies used in cloud computing, focusing mainly on distributed systems. It offers the opportunity to apply this knowledge through hands-on homework exercises and programming assignments, while also featuring insightful interviews with leading professionals in the field.
This comprehensive course delves into the realm of cloud computing technologies and how they can play a vital role in enhancing business productivity and effectiveness. As organizations are increasingly moving their critical information and assets to the cloud, this course enables learners to understand the underlying technology, best practices, and economics of cloud computing, as well as the potential rewards and risks associated with the shift to the cloud.
The course covers essential aspects of cloud computing, such as Infrastructure As A Service (IaaS), Platform As A Service (PaaS), Software As A Service (SaaS), and other "X as a service" platforms, exploring how these technologies can support businesses in enhancing productivity and effectiveness. Upon completion of this course, learners may have the opportunity to advance further in the Cloud Computing MicroMasters program and potentially transition into a full Master's Program in Cloud Computing Architecture, ensuring a well-rounded understanding of the subject matter.
This course is ideal for those looking to understand cloud computing technologies and their role in enhancing business productivity and effectiveness for enterprises. With a focus on IaaS, PaaS, and SaaS, learners explore various 'X as a service' platforms, diving into best practices and economics, and evaluating potential rewards and risks associated with cloud adoption.
This course offers an in-depth exploration of the technical fundamentals that underlie cloud computing. By covering areas such as virtualization, networking, data centers, storage, and cryptography, students gain crucial knowledge that will prepare them for understanding and utilizing cloud computing services. Furthermore, the course touches upon various cloud computing concepts, including deployment models (public, private, and hybrid clouds) and service models (IaaS, PaaS, and SaaS).
Additionally, the course dives into a practical example of a public cloud – Amazon AWS – examining the wide range of services offered by this major provider. By understanding the technical essentials of cloud computing and exploring real-world applications, students will be well-equipped to navigate and capitalize on the many opportunities presented by this increasingly essential technology.
This course is exceptional for gaining a deep understanding of the technical fundamentals that underlie cloud computing, including virtualization, networking, data centers, storage, and cryptography. You can also expect to explore real-world applications, such as Amazon AWS, and dive into deployment and service models.
Dive into the world of cloud computing with this comprehensive course designed to help you grasp the fundamentals of Google Cloud. This beginner-level course offers a step-by-step approach to understanding the underlying concepts, paving the way for your preparation for the Google Cloud Digital Leader certification exam. With expert guidance from instructor Mark Johnson, you'll gain valuable insights and develop essential skills through interactive, hands-on demos.
Throughout the course, you'll explore various aspects of Google Cloud, such as compliance requirements, resource hierarchy, identity management, and cost optimization strategies. Learn about billing and usage, delve into the cloud network infrastructure, and understand how to set up and choose zones and regions effectively. By the end of your learning journey, you'll be well-equipped to navigate the extensive range of Google Cloud support options and be better positioned to excel in the Digital Leader certification exam.
This course is best for individuals looking to build a strong foundation in the key concepts of Google Cloud, explore its primary components, and develop practical skills through hands-on demos. Additionally, it prepares you for the Digital Leader certification exam.
This comprehensive course delves into the world of cloud computing and big data, providing an in-depth understanding of the various applications and frameworks that currently dominate the industry. With a focus on the numerous ways society is informed by and uses information, students will explore data analytics of massive volumes of static and streamed data supported by cloud computing. Key areas of study include major systems for data analysis such as Spark, as well as the prominent frameworks and distributions of analytics applications like Hortonworks, Cloudera, and MapR.
Throughout the course, participants will examine the challenges and solutions related to large-scale data storage, consensus algorithms used in data centers, and the implementation of distributed key-value stores and in-memory databases. In addition, the course offers a deep dive into fast data real-time streaming, graph processing, machine learning, and deep learning technologies, featuring examples from industry leaders such as Yahoo and tools like Theano, Tensor Flow, CNTK, MXnet, and Caffe on Spark. By the end of this course, students will have a solid foundation in cloud computing applications and the advanced techniques used in big data analytics.
This course offers an in-depth understanding of big data and its various applications within cloud computing, including data analytics, distributed key-value stores, in-memory databases, and machine learning frameworks. It examines the challenges and solutions related to large-scale data storage and real-time streaming, ensuring students gain a solid foundation in advanced big data analytics techniques.
This informative course delves into serverless computing, an innovative technology that allows you to create and maintain applications and services without the need to manage infrastructure. Ideal for IT professionals looking to expand their knowledge, the course covers the fundamentals of serverless computing, its importance, and the benefits it provides. Serverless computing platforms such as AWS Lambda and Azure Functions will also be explored in detail.
Throughout the course, experienced instructor David Linthicum will guide you through the essential concepts, starting with the basics of serverless computing and the problems it can help solve. Further, the course will examine practical use cases for serverless computing, showcasing the potential and versatility of this technology. Demos of both AWS Lambda and Azure Functions will be provided, giving you a hands-on understanding of these widely-used platforms and their applications in a real-world context. Polish your skills and expand your knowledge of cloud computing with this comprehensive course on serverless computing.
This course is the best for those looking to delve into serverless computing, an innovative technology that enables creation and maintenance of applications and services without managing infrastructure. Covering fundamentals, use cases, and demos of popular platforms like AWS Lambda and Azure Functions, this course offers a solid understanding of serverless computing in a practical context.
This comprehensive training focuses on the various components of Infrastructure as a Service (IaaS) within the domain of cloud computing. As cloud computing continues to shape businesses of all sizes, it's crucial to have a deep understanding of the technologies that underpin both public and private cloud infrastructures. By delving into the core components of IaaS, such as compute, storage, network, and auxiliary services, learners can develop a solid foundation in effective cloud management and design.
In addition to exploring the most popular IaaS deployment architectures, learners will have the opportunity to apply their newly-acquired knowledge through two hands-on lab projects. The projects involve migrating a website to the Amazon Web Services (AWS) IaaS environment, deploying the necessary infrastructure, installing and configuring the web server, setting up the site, and monitoring the deployment's progress. Upon completion of the Cloud Computing MicroMasters program from UMGC, learners can transition into the full UMGC Master's Program in Cloud Computing Architecture, thus further enhancing their expertise in this highly-demanded field.
This course provides an extensive understanding of various components of Infrastructure as a Service (IaaS) within cloud computing, including compute, storage, network, and auxiliary services. Learners will develop a solid foundation in effective cloud management and design while exploring popular IaaS deployment architectures and applying their knowledge through hands-on lab projects.
This comprehensive course offers a deep understanding of cloud security, which is a vital aspect of cloud computing. Instructor David Linthicum starts with the fundamentals, discussing the business case for cloud security and the various levels and models available. Topics covered include infrastructure-, application-, and data-level security; identity and risk management; encryption; and multifactor authentication. The course also delves into the services offered by the top three cloud providers: Amazon, Microsoft, and Google, ensuring a well-rounded knowledge base for participants.
Furthermore, the course reviews compliance issues that are relevant to specific industries, such as health care and finance. It also guides learners through the process of identifying their security requirements and selecting the most suitable security tools, services, and software to meet those needs. By the end of the course, participants will be well-versed in the essentials of cloud security, enabling them to make more informed decisions regarding the security levels, services, and selection criteria for their organizations' cloud computing solutions.
This course is ideal for individuals seeking to gain a comprehensive understanding of cloud security, including its essentials, as well as explore various tools, services, and software suitable for diverse cloud computing needs. Additionally, the course covers the security services provided by leading cloud vendors such as Amazon, Microsoft, and Google, focusing on compliance challenges in industries like healthcare and finance.
This comprehensive course delves into the fundamentals of cloud computing, a foundational technology that supports the rapid growth of fields like Big Data, IoT, Artificial Intelligence, Machine Learning, and Data Science. The curriculum begins by defining cloud computing and exploring its history before covering crucial aspects like different cloud service models, including Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS), and Software-as-a-Service (SaaS), as well as deployment models such as public, private, and hybrid clouds.
Additionally, the course addresses the challenges of migrating infrastructure to the cloud, with special emphasis on cloud computing security issues and strategies to enhance the protection of cloud environments. Although this course provides general knowledge on cloud computing rather than specifics on solutions like AWS or Azure, learners will gain insight into the most popular cloud computing solutions and providers and receive guidance on selecting the best option for their business needs. As a bonus, participants will discover how to create their cloud environment at home in just a few simple steps, making this an invaluable resource for both understanding and practical application of cloud computing principles.
This course is ideal for those seeking a comprehensive understanding of cloud computing's essential aspects, including different service models, deployment structures, and security challenges. Additionally, it provides an overview of popular cloud computing solutions, helping learners make informed decisions for their business needs.
Delving into the world of cloud computing, the Cloud Computing Engineering and Management course aims to equip students with the necessary skills and knowledge needed to effectively manage cloud computing projects. This comprehensive course offers a profound understanding of the risks and compliance issues that may arise in the context of cloud computing. The rapid growth and impact of cloud computing has led to businesses adapting and shifting their operations accordingly, with cloud computing providing rapid access to shared resources in a utility-based model.
Throughout the course, students will focus on significant management challenges related to cloud computing adoption and implementation. Specific challenges, such as cloud migration, Cloud Requests for Proposals, Cloud Service Level Agreements, and other business process compliance issues will be explored in-depth. By examining industry best practices and real-life case studies, learners will develop effective techniques to address and mitigate these challenges. In addition, critical business processes, including procurement, vendor management, and end-user management, will be covered. Upon completion of the Cloud Computing MicroMasters program, learners have the opportunity to transition into the full UMGC Master's Program in Cloud Computing Architecture.
This course is perfect for those who want to effectively manage cloud computing projects and gain a profound understanding of the risks and compliance issues that arise in the context of cloud computing, as well as develop effective techniques to address and mitigate these challenges.
Cloud computing has become an integral aspect of today's digital landscape, revolutionizing how businesses operate, innovate, and adapt to ever-changing market demands. As a result, many organizations have started to transition their private IT infrastructure into a more flexible and efficient utility service. Infrastructure as a Service (IaaS), one of the primary service models of cloud computing, has quickly gained popularity for its ability to reduce the footprint of enterprise applications in private data centers while leveraging the capabilities of public cloud environments.
This course offers a comprehensive understanding of IaaS, beginning by reviewing key terms and concepts in cloud computing to establish a foundation upon which learners can build. It delves into the fundamental building blocks of IaaS, explores typical use cases, advantages and disadvantages, pricing models, and much more. By taking this course, you will gain invaluable insight into the world of cloud computing, enabling you to take full advantage of IaaS and its potential to transform your organization's IT landscape. Whether you're a beginner or an experienced professional, this course will provide you with essential knowledge and practical application of IaaS concepts within the realm of public cloud computing.
This course is ideal for those looking to gain a comprehensive understanding of Infrastructure as a Service (IaaS), its advantages, use cases, pricing models, and build a solid knowledge base on cloud computing.
Understanding the fundamentals of cloud governance is crucial when it comes to ensuring the security of applications and data in the realm of cloud computing. This course, led by cloud computing expert David Linthicum, delves deep into the foundations of cloud governance and its connection to security. Various governance tools will be explored, enabling participants to identify the requirements needed to choose the most suitable tool for their needs. A governance tool demo is included to demonstrate how these tools operate in practice.
Moreover, the course takes a comprehensive approach to teaching cloud governance, offering a step-by-step process that participants can apply when deploying cloud governance within their own projects. Not only will this course increase proficiency in implementing crucial policies and principles, but it will also provide essential knowledge and support for those looking to maintain a secure and efficient cloud computing environment. So, if you want to excel in your understanding of cloud governance, this course is the perfect opportunity to do so.
This course is perfect for individuals seeking to learn about cloud governance fundamentals and its connection to security, as well as understand how to choose and utilize appropriate governance tools. Ideal for those wanting to ensure a secure and efficient cloud computing environment.
The Cloud Computing Foundations course offers an in-depth understanding of the essential building blocks to create efficient cloud computing solutions. This course covers a broad range of topics including serverless technology, virtual machines, and how to apply Agile software development techniques to your projects. Whether you're a beginner or have some experience in the field, this course is designed to expand your knowledge and give you the tools you need to create scalable cloud infrastructures with confidence.
While delving into cloud computing technologies, students will gain practical experience by working on a project that involves building a statically hosted website using the Hugo framework, AWS Code Pipelines, AWS S3, and GitHub. This course is particularly useful for those looking to apply cloud computing skills to data science, machine learning, and data engineering projects. Prior knowledge of beginner level Linux and intermediate level Python is recommended to get the most out of this comprehensive course.
This course is the best for those looking to gain practical experience and in-depth understanding of a wide range of cloud computing topics, from serverless technology and virtual machines to Agile software development techniques.
This comprehensive course on cloud computing security dives into the fundamentals of cloud computing using AWS as a prime example. Among the topics covered, students will learn to create an AWS account, plan AWS resources for cloud systems, create AWS EC2 instances, access them, and configure popular LAMP web services with MySQL database. Additionally, the course will guide participants on setting up user accounts for programmers or operators using AWS Identify and Access Management GUI, registering domain names, and setting up DNS entries for servers using AWS Route 53.
Throughout the course, students will also be introduced to the AWS Load balancing feature and learn to create load balancing clusters for scalability and reliability. The course provides valuable insights on diagnosing problems arising from health check and firewall restriction conflicts. By the end of the course, participants will be proficient in creating their own web clusters with MySQL databases and managing AWS resources through the AWS management control interface or AWS CLI API using scripts. The curriculum also covers best practices in cloud security and effective techniques for debugging service interaction issues in cloud systems.
This course is ideal for individuals looking to gain a comprehensive understanding of cloud computing security, covering topics such as AWS account setup, resource planning, load balancing, and best practices in cloud security. With a focus on practical knowledge, participants will become proficient in creating web clusters, managing AWS resources, and debugging service interaction issues in cloud systems.
7 days free trial Subscription: $33.25/m annually, $59/m monthly
How to choose best Cloud computing online course
As a learner seeking to expand your knowledge in cloud computing, it is essential to choose a course tailored to your needs and goals. Finding the best cloud computing course involves knowing what topics you want to cover and what specific areas you'd like to explore further. In the context of the courses mentioned in this article, your journey towards mastery in cloud computing can be divided into ten key user intents:
Finding the best cloud computing courses available.
Learning the basics of cloud computing.
Gaining a practical understanding of cloud computing core concepts.
Exploring public cloud platforms and learning how they work.
Becoming familiar with cyber security issues related to cloud computing.
Learning about cloud storage and its application.
Understanding cloud networking and how it functions.
Gaining insights into cloud computing for enterprises.
Exploring big data and its uses in the cloud.
Learning about serverless computing and its applications.
When selecting a course, pay close attention to the content outline and learning outcomes, as these details will help you determine whether the course is suitable for your needs. Furthermore, consider the course format (e.g., online, in-person, self-paced, or instructor-led), the quality of the instructors, and feedback from past students. By keeping these factors in mind, you'll be on your way to choosing the perfect cloud computing course to enhance your skills and advance your career.
Embarking on a journey to learn cloud computing is a smart and strategic move in today's ever-evolving technology landscape. The listed courses provide an extensive and comprehensive educational experience that will equip you with the essential knowledge and skills required to excel in this domain. Whether you are keen on understanding the basics, exploring various public cloud platforms, or diving into more complex concepts like cybersecurity, cloud storage, and cloud networking, these top-notch courses have you covered.
Motivated learners will discover the incredible potential and real-world applications of cloud computing through tailored teachings on big data, serverless computing, and enterprise-level cloud computing. Unlocking the power of cloud technology has never been easier with this carefully curated list of courses catering to different levels of expertise. Take the first step towards professional and personal growth in the realm of cloud computing, and accelerate your success by enrolling in these invaluable educational resources today. Your future is in the cloud!
How much does a cloud computing course cost?
The cost of cloud computing courses varies depending on the platform and whether you prefer a verified certificate. Udemy courses typically have a one-time fee ranging from $29.99 to $299, while Coursera offers a 7-day free trial followed by a subscription plan of $33.25 per month annually or $59 per month monthly. LinkedIn Learning provides a 1-month free trial, followed by a subscription fee of $19.99 per month annually or $39.99 per month monthly. edX courses are often free without a certificate or come with a one-time fee ranging from $49 to $299 for a verified certificate.
How long do cloud computing courses take?
The duration of cloud computing courses varies depending on the specific topic and the course provider. Course lengths can range from under 1 hour to over 100 hours, with many courses falling within the 2 to 23-hour timeframe. The time it takes to complete a course will depend on your own pace and schedule.
What types of cloud computing courses are available online?
Online cloud computing courses cover a wide range of topics, including fundamentals, networking, security, public cloud platforms, serverless computing, and cloud infrastructure, among others. You can find courses tailored for beginners as well as advanced learners, from platforms like Udemy, Coursera, LinkedIn Learning, and edX. Some courses also focus on specific cloud providers, such as Google Cloud or Amazon Web Services (AWS).