The course will help students in exploring answer to the question: "What is cloud computing?" With a detailed, standards-based approach and real-world stories, students will learn the key cloud computing terms and concepts, what technologies support cloud computing, the different cloud computing models and why modern organizations increasingly seeking to expand their cloud blueprint as part of their digital transformation. Students will acquire an in-depth understanding of the fundamental concepts and components of cloud computing, including virtualization, infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). Cloud offers a number of financial and technological benefits to the adopting organizations, yet there are significant horror stories of data breaches and system downtime. Students will learn how organizations tap those benefits and navigate through and manage risks to achieve an effective organizational cloud strategy.

This course will provide students with an in-depth understanding of the core services essential for cloud computing, and teach students the advanced skills required to configure a secure cloud environment. Students will be introduced to design principles of secure cloud computing, risks associated with cloud infrastructure and platform, virtualization, securing cloud network, orchestration, data security, identity access management solutions, emerging cloud computing technologies, and different frameworks used for deploying applications and services. The course will include real life scenarios and case studies to emphasize on importance of cloud security controls. Students will also learn about security risks and challenges of cloud adoption, cloud security operational controls and risk mitigation strategies to effectively manage enterprise risks.

This applied cloud computing course will equip students with hands-on expertise about cloud-based solutions and their role in the digital transformation through real-world approaches. Students will explore cloud adoption strategies focused on digital transformation, the design of effective cloud solutions and strategies to maintain the service at high levels of availability, confidentiality, and security. We will start by experiencing architectural models for cloud computing adoption and digital transformation with emphasis on monolithic, service-oriented, and micro-service models. Students will then explore the main cloud migration strategies by applying the 6 Rs of Cloud Migration Strategies encompassing workload assessment and the need to implement for security controls such as Identity Access Management (IAM), Multi-Factor Authentication (MFA), Single Sign-On (SSO) and Encryption.

Business Continuity and Disaster Recovery is about an organization being prepared for business disruption and taking the necessary actions to get the business operational as soon as possible after an incident or disaster occurs. This course provides students with a strong foundation in business impact analysis, business continuity and disaster recover planning by looking at how to approach business continuity management in the Cloud, why it’s important, and how to architect for failure within the overall risk management process, along with recovery in case of a disaster.

The course will help students in exploring answer to the question: "What is cloud computing?" With a detailed, standards-based approach and real-world stories, students will learn the key cloud computing terms and concepts, what technologies support cloud computing, the different cloud computing models and why modern organizations increasingly seeking to expand their cloud blueprint as part of their digital transformation. Students will acquire an in-depth understanding of the fundamental concepts and components of cloud computing, including virtualization, infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). Cloud offers a number of financial and technological benefits to the adopting organizations, yet there are significant horror stories of data breaches and system downtime. Students will learn how organizations tap those benefits and navigate through and manage risks to achieve an effective organizational cloud strategy.

This course will provide students with an in-depth understanding of the core services essential for cloud computing, and teach students the advanced skills required to configure a secure cloud environment. Students will be introduced to design principles of secure cloud computing, risks associated with cloud infrastructure and platform, virtualization, securing cloud network, orchestration, data security, identity access management solutions, emerging cloud computing technologies, and different frameworks used for deploying applications and services. The course will include real life scenarios and case studies to emphasize on importance of cloud security controls. Students will also learn about security risks and challenges of cloud adoption, cloud security operational controls and risk mitigation strategies to effectively manage enterprise risks.

This applied cloud computing course will equip students with hands-on expertise about cloud-based solutions and their role in the digital transformation through real-world approaches. Students will explore cloud adoption strategies focused on digital transformation, the design of effective cloud solutions and strategies to maintain the service at high levels of availability, confidentiality, and security. We will start by experiencing architectural models for cloud computing adoption and digital transformation with emphasis on monolithic, service-oriented, and micro-service models. Students will then explore the main cloud migration strategies by applying the 6 Rs of Cloud Migration Strategies encompassing workload assessment and the need to implement for security controls such as Identity Access Management (IAM), Multi-Factor Authentication (MFA), Single Sign-On (SSO) and Encryption.

Business Continuity and Disaster Recovery is about an organization being prepared for business disruption and taking the necessary actions to get the business operational as soon as possible after an incident or disaster occurs. This course provides students with a strong foundation in business impact analysis, business continuity and disaster recover planning by looking at how to approach business continuity management in the Cloud, why it’s important, and how to architect for failure within the overall risk management process, along with recovery in case of a disaster.

The course will help students in exploring answer to the question: "What is cloud computing?" With a detailed, standards-based approach and real-world stories, students will learn the key cloud computing terms and concepts, what technologies support cloud computing, the different cloud computing models and why modern organizations increasingly seeking to expand their cloud blueprint as part of their digital transformation. Students will acquire an in-depth understanding of the fundamental concepts and components of cloud computing, including virtualization, infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). Cloud offers a number of financial and technological benefits to the adopting organizations, yet there are significant horror stories of data breaches and system downtime. Students will learn how organizations tap those benefits and navigate through and manage risks to achieve an effective organizational cloud strategy.

This course will provide students with an in-depth understanding of the core services essential for cloud computing, and teach students the advanced skills required to configure a secure cloud environment. Students will be introduced to design principles of secure cloud computing, risks associated with cloud infrastructure and platform, virtualization, securing cloud network, orchestration, data security, identity access management solutions, emerging cloud computing technologies, and different frameworks used for deploying applications and services. The course will include real life scenarios and case studies to emphasize on importance of cloud security controls. Students will also learn about security risks and challenges of cloud adoption, cloud security operational controls and risk mitigation strategies to effectively manage enterprise risks.

This applied cloud computing course will equip students with hands-on expertise about cloud-based solutions and their role in the digital transformation through real-world approaches. Students will explore cloud adoption strategies focused on digital transformation, the design of effective cloud solutions and strategies to maintain the service at high levels of availability, confidentiality, and security. We will start by experiencing architectural models for cloud computing adoption and digital transformation with emphasis on monolithic, service-oriented, and micro-service models. Students will then explore the main cloud migration strategies by applying the 6 Rs of Cloud Migration Strategies encompassing workload assessment and the need to implement for security controls such as Identity Access Management (IAM), Multi-Factor Authentication (MFA), Single Sign-On (SSO) and Encryption.

Business Continuity and Disaster Recovery is about an organization being prepared for business disruption and taking the necessary actions to get the business operational as soon as possible after an incident or disaster occurs. This course provides students with a strong foundation in business impact analysis, business continuity and disaster recover planning by looking at how to approach business continuity management in the Cloud, why it’s important, and how to architect for failure within the overall risk management process, along with recovery in case of a disaster.