The Introduction to Cloud Computing course provides an overview of cloud computing technology and its applications. Students will gain a fundamental understanding of the cloud computing paradigm, learn about the various cloud service models, and explore the benefits and challenges associated with cloud adoption. The course will cover key concepts, terminology, and architectures, enabling students to make informed decisions about utilizing cloud computing solutions for their organizations. 

The Networking Components and Operating Systems Fundamentals course provides a comprehensive understanding of networking technologies and operating systems used in cloud computing environments. Students will explore the key networking components, protocols, and architectures involved in cloud computing, as well as gain practical knowledge of operating system concepts and their implementation in cloud environments. The course aims to equip students with the necessary skills to design, configure, and manage networking components and operating systems within cloud infrastructures.

This course provides students with a comprehensive understanding of Infrastructure as Code (IaC) principles and Python programming for designing serverless and tiered application architecture. Students will learn how to automate the provisioning, configuration, and management of cloud infrastructure using IaC tools and techniques. They will also gain proficiency in using Python for scripting and integrating with serverless cloud services to build scalable and resilient tiered applications. This course will cover Terraform (IaC), Python, and source control versioning methodologies to provision cloud resources via automated pipelines. 

This course provides students with practical knowledge and skills in implementing, deploying, and ensuring the successful operations of a 3-tier web application in the cloud environment via Terraform and CI/CD Pipeline. This course focuses on utilizing cloud services and technologies to build scalable, reliable, and secure web applications. Through a combination of theory, hands-on labs, and real-world scenarios, students will learn how to architect, deploy, and manage the infrastructure required to run a 3-tier web application.

Students engage in a hands-on, industry-modeled project focused on cloud-based systems within the AWS environment. This real-world simulation equips students with practical experience in assessing, evaluating, and validating the robustness and performance of cloud-based projects.

This  course focuses on designing, planning, architecting, and configuring 3-tier architecture solutions using Kubernetes in the cloud environment. This advanced-level course builds upon the fundamentals of cloud computing and introduces students to the power and flexibility of containerization and orchestration with Kubernetes. Students will learn how to leverage Kubernetes to design and deploy highly scalable, resilient, and efficient 3-tier architecture solutions.

In the middle of the program, students work on a real-time, industry-simulated project during which they put their newly acquired skills into practice through the project    

This course delves into a comparative analysis of three prominent cloud service providers—Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). Participants will explore the distinct features, services, and infrastructure offered by each provider, enabling a comprehensive understanding of their differences and suitability for diverse business needs

This course is designed to teach students how to integrate themselves into the Canadian job market. In 4 short weeks, we look at the kind of mindset that is needed to be successful in the job search process, how to shape the CV and cover letters, we practice interview skills, and much more.

By the end of the program, participants engage in a hands-on, industry-modeled project focused on cloud-based systems within the Azure/ GCP environment. This real-world simulation equips students with practical experience in assessing, evaluating, and validating the robustness and performance of cloud-based projects.