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About This Course

The Professional Cloud Computing & Cloud Infrastructure course is a practical training program designed to equip learners with the skills required to deploy, configure, secure, monitor, and maintain cloud-based systems.
Students begin with cloud-computing fundamentals, service models, deployment models, virtualization, operating systems, networking, storage, and databases. They then progress into virtual machine deployment, identity and access management, cloud security, load balancing, auto-scaling, monitoring, backup, disaster recovery, automation, and cost management.
The program introduces important services and concepts found across Amazon Web Services, Microsoft Azure, and Google Cloud Platform while maintaining a vendor-neutral foundation. Learners gain practical experience deploying websites, applications, databases, storage services, and secure virtual networks.
The course includes guided laboratories, assignments, quizzes, troubleshooting exercises, and a capstone project. During the capstone, students design, deploy, secure, monitor, and document a complete cloud solution.

What You'll Learn

• By the end of the course, students should be able to:
• Explain cloud-computing concepts, benefits, risks, and service models.
• Differentiate public, private, hybrid, and multi-cloud environments.
• Explain Infrastructure, Platform, and Software as a Service.
• Understand virtualization, containers, and serverless computing.
• Deploy and administer cloud virtual machines.
• Configure cloud storage and lifecycle policies.
• Design virtual networks, subnets, routing, and firewall rules.
• Configure domain names, DNS, and secure web traffic.
• Apply identity and access-management principles.
• Configure users, roles, permissions, and least-privilege access.
• Deploy cloud-hosted websites and applications.
• Configure managed relational and non-relational databases.
• Implement load balancing and automatic scaling.
• Monitor resources, logs, performance, and availability.
• Configure backups and disaster-recovery solutions.
• Apply cloud-security and data-protection practices.
• Estimate, monitor, and control cloud costs in USD.
• Use command-line and infrastructure-automation tools.
• Troubleshoot cloud connectivity and deployment problems.
• Explain high availability, resilience, RTO, and RPO.
• Document cloud architectures and operational procedures.
• Build and present a complete cloud-infrastructure project.

Career Opportunities

• Graduates may pursue positions such as:
• Junior Cloud Engineer
• Cloud Support Associate
• Cloud Operations Assistant
• Cloud Infrastructure Technician
• Junior Systems Administrator
• Cloud Administrator
• Infrastructure Support Analyst
• Technical Support Engineer
• Cloud Service Desk Analyst
• Application Deployment Assistant
• Data-Centre Support Technician
• Network and Cloud Support Assistant
• Junior DevOps Associate
• Cloud Security Assistant
• Cloud Migration Support Assistant
• With additional experience and certification, graduates may progress toward roles such as:
• Cloud Engineer
• Cloud Infrastructure Engineer
• Cloud Solutions Architect
• Cloud Security Engineer
• DevOps Engineer
• Site Reliability Engineer
• Platform Engineer
• Systems Engineer
• Cloud Consultant
• Cloud Operations Manager
• Infrastructure Automation Engineer
• Multi-Cloud Engineer
• Graduates may work in technology, finance, healthcare, education, telecommunications, government, retail, logistics, consulting, software development, and managed service organizations.
• Career outcomes depend on competence, practical experience, portfolio quality, location, and employer requirements.

Prerequisites

• Students should have:
• Basic computer literacy.
• Basic understanding of operating systems and files.
• Basic knowledge of the internet and web applications.
• Ability to install and configure software.
• Access to a reliable computer and internet connection.
• Willingness to learn command-line tools and networking.
• Ability to create cloud-platform accounts for practical laboratories.
• Previous cloud-computing experience is not required. Basic networking, Linux, or programming knowledge is helpful but not mandatory.

Who Should Take This Course?

• This course is suitable for:
• Beginners pursuing a cloud-computing career.
• Students and recent graduates.
• Information technology support professionals.
• Systems and network administrators.
• Software developers interested in cloud deployment.
• Aspiring Cloud and DevOps Engineers.
• Technical professionals transitioning into cloud roles.
• Business owners managing cloud applications.
• Entrepreneurs building technology products.
• Professionals responsible for infrastructure or application hosting.
• Individuals preparing for further cloud-platform training.

Certificate Information

Certificate of Completion in Professional Cloud Computing & Cloud Infrastructure
Students who meet the course requirements will receive a digitally verifiable SolveTech Academy Certificate of Completion.
Certificate requirements include:
Completing at least 80% of required lessons.
Submitting all compulsory practical assignments.
Completing the required quizzes.
Obtaining an overall score of at least 70%.
Passing the final examination.
Completing and passing the cloud-infrastructure capstone project.
Satisfying all academic and administrative requirements.

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