Professional Diploma in System Administration

The "Install and Configure Operating Systems" module empowers participants with vital knowledge and skills essential for proficient operating system management. Commencing with the configuration and administration of Microsoft 365, the curriculum prioritizes tenant administration and explores synchronization, security services, and threat protection with Microsoft Defender. Furthermore, participants delve into the intricacies of data governance and compliance within Microsoft 365, honing competencies crucial for effective navigation in these domains.

In practical application, participants engage in projects such as "Migrating a Small Business to Microsoft 365" and "Implementing Sensitivity Labels with Azure Information Protection Unified Labels." These projects offer hands-on experiences, emphasizing the implementation of sensitivity labels and Azure Information Protection Unified Labels. Through these endeavors, participants deepen their understanding of Microsoft 365 while cultivating practical abilities essential for successful operating system installation and configuration. This comprehensive module ensures participants not only acquire theoretical insights but also develop practical proficiency, preparing them to adeptly manage the evolving landscape of operating systems.

The Support and Maintain Operating Systems" module offers participants a comprehensive understanding of endpoint management and device enrollment, enabling them to configure profiles for users and devices effectively. Exploring application management, authentication, compliance, and endpoint security, participants gain insights into managing these critical facets using both on-premises and cloud-based tools. This knowledge equips learners with the proficiency needed to navigate the complexities of modern operating systems.

Through hands-on projects like "Enterprise Desktop Life Cycle Management," participants delve into the various phases of the enterprise desktop life cycle. This includes a detailed exploration of each phase, providing a nuanced understanding of the life cycle model. Additionally, the project "Configuring Endpoint Security using Intune" enables participants to apply their knowledge by configuring the Windows Security Experience and Microsoft Defender Antivirus policy in Intune. By syncing managed devices and verifying configurations, participants develop practical expertise in endpoint security management. These projects ensure that participants not only comprehend the theoretical aspects of operating system support and maintenance but also acquire the practical skills necessary for effective implementation and management in real-world IT environments.

The "Azure Fundamentals” module equips learners with essential knowledge and skills in cloud computing. The module covers a range of instructional units that delve into various aspects of cloud technology.

Learners will first gain a solid understanding of cloud concepts, including the definition, benefits, and characteristics of cloud computing. They will also explore cloud architecture and the different components that make up a cloud infrastructure. Additionally, learners will examine various cloud services and their use cases, enabling them to assess which services are most suitable for different scenarios. The module also covers cost management in Azure, providing learners with the skills to optimize cloud costs and utilize budgeting and monitoring tools effectively. Lastly, learners will explore cloud management and governance, including best practices for maintaining security, compliance, and performance in a cloud environment.

In this module, learners will engage in a project that involves describing a possible cloud computing project. This project allows learners to apply their knowledge by conceptualizing and articulating a cloud-based solution for a given scenario. Through this project, learners will develop the ability to analyze requirements, assess available cloud services, and propose an effective and efficient cloud implementation.

By the end of the module, learners will have a comprehensive understanding of cloud fundamentals, enabling them to effectively describe cloud concepts, architecture, services, cost management, and cloud management and governance. They will be equipped with the skills to analyze cloud requirements and propose appropriate cloud solutions. This module lays a strong foundation for further exploration and specialization in cloud computing.

The " Database Fundamentals” module equips learners with essential knowledge and skills to excel in the field of database management. By engaging with the listed learning units, participants will gain proficiency in core data concepts and Azure data services. They will learn to plan and implement data platform resources efficiently, ensuring a secure environment for databases. Moreover, learners will develop the expertise to monitor, configure, and optimize database resources, maximizing performance.

Throughout the module, learners will be exposed to practical scenarios and real-world challenges through various projects. By successfully completing these projects, participants will achieve the ability to implement critical aspects of database management. They will be able to deploy and maintain a highly available Azure SQL Managed Instance, incorporating Azure Active Directory authentication and transparent data encryption. Additionally, learners will gain hands-on experience in data migration from on-premises SQL Servers to Azure SQL, ensuring seamless integration into the cloud infrastructure. Lastly, learners will design a comprehensive data warehouse solution in Azure, focusing on data source assessment, storage options, ETL processes, and robust security measures.

By combining theoretical knowledge and practical skills, the " Database Design and Implementation" module empowers learners to tackle real-world database challenges with confidence and competence, making them valuable assets in the rapidly evolving field of cloud-based database management. environments.

The "Python Programming" module serves as a comprehensive initiation into the fundamentals of programming using Python, a versatile and widely adopted language in both industry and academia. Covering essential concepts from basic syntax to advanced web development techniques, this module equips learners with the foundational knowledge necessary to pursue further studies or practical applications in the realm of programming.

Throughout this module, learners will delve into a structured curriculum designed to cultivate proficiency in Python programming. Starting with an Introduction to Python Programming, students will grasp the core concepts including Python syntax, data types, and variables. They will then progress to Python Conditional Statements and loops, where they will explore conditional statements, loops, and non-primitive data structures, essential building blocks for algorithmic problem-solving. Subsequently, in Python functions and Modules, learners will deepen their understanding by delving into Python functions and modules, honing their skills in code organization and reusability. The module culminates in Web Development using Flask, wherein participants will acquire practical expertise in building dynamic web applications, covering topics such as HTML basics, rendering templates, dynamic URLs, and integrating CSS for enhanced user experience. By the conclusion of this module, learners will possess a robust command of Python programming fundamentals, empowering them to tackle a diverse array of computational challenges.

This module confers a distinctive competitive advantage to learners pursuing roles in system administration by furnishing them with a versatile skill set tailored to the demands of contemporary IT environments. Armed with proficiency in Python programming and web development using Flask, participants are primed to navigate the multifaceted responsibilities of system administrators with confidence and proficiency.

The "DevOps Engineering" module empowers learners with essential knowledge and skills to excel in the dynamic field of DevOps. Throughout this comprehensive learning experience, participants will acquire expertise in critical areas of DevOps practices, facilitating seamless software development and deployment processes.

By engaging with the listed learning units, learners will embark on a transformative DevOps journey, understanding the significance of DevOps in modern enterprise development. They will delve into the implementation of Continuous Integration (CI) with Azure Pipelines and GitHub Actions, mastering the art of automating build, test, and deployment processes.

Furthermore, participants will learn to strategize and execute efficient release processes, ensuring smooth and controlled software deployments with Release strategy design and implementation. The module will also equip learners with the ability to implement secure continuous deployment using Azure Pipelines, emphasizing the importance of security in DevOps practices.

A key focus of the module lies in Infrastructure as Code (IaC) management, where learners will gain proficiency in automating Azure resource provisioning and configuration through code, enhancing consistency and scalability.

By successfully completing the modules projects, participants will acquire hands-on experience in implementing DevOps practices. They will create robust CI/CD pipelines, employ Infrastructure as Code for efficient resource management, and ensure secure development using Azure technologies. Armed with these skills, learners will be well-prepared to excel in the realm of DevOps Engineering, contributing to the success of agile and high-performing software development teams.

The Agile Management course offers a transformative experience, equipping businesses with essential skills and tools to thrive in today's dynamic environment. Participants gain proficiency in Agile principles, fostering adaptability, collaboration, and continuous improvement. Comprehensive Instructional Units shape agile leaders capable of navigating complexity, employing Scrum methodology, leading teams, and delivering value-driven outcomes. The Agile Management Capstone provides a framework for implementing agility in Business-as-Usual activities, ensuring efficient and customer-centric delivery while reducing risk.

Beginning with "Adapt to Complexity using Empiricism and Scrum," participants delve into core Agile Management principles, mastering complexity and Scrum. Subsequent units cover leadership, organizational agility, growth strategies, metrics, and creating an agile culture. Participants learn to create efficient workspaces, facilitate Scrum events, and plan releases predictably. "Build Effective Scrum Teams & Prioritize Valuable Business Outcomes" focuses on team dynamics and product backlog management.

"Conduct Effective Scrum Events for High Performing Teams" refines skills in sprint planning and daily scrum ceremonies. The core units conclude with "Implement Continuous Growth and Development," exploring the learning loop concept within the broader Agile ecosystem.

Hands-on projects engage participants in applying learned skills, integrating Scrum framework and agile leadership. The Agile Management Capstone integrates real-world business applications, allowing participants to map out business value, define strategic outcomes, and use Scrum for impactful project delivery.

Completing the course, participants emerge as Agile Management champions, adept at navigating business complexities, optimizing outcomes, and propelling organizations toward sustainable success in an agile world.

The "Capstone Project-IT System Administration" module equips learners with a comprehensive set of skills to excel in the realm of DevOps, focusing on practical application and real-world scenarios. Through engagement with the listed learning units, participants will gain proficiency in crucial aspects of DevOps practices and Azure technologies.

Learners will first explore Agile planning and portfolio management using Azure Boards, enabling them to create efficient project plans and manage portfolios effectively. They will then delve into version controlling with Git in Azure Repos, ensuring seamless collaboration and version management in software development.

Next, participants will configure agent pools and understand pipeline styles, optimizing resource allocation and streamlining the pipeline design process. They will further enhance their DevOps capabilities by enabling continuous integration with Azure Pipelines, automating build, test, and deployment workflows.

Finally, learners will implement GitHub Actions for CI/CD automation, elevating their skills in code integration and continuous delivery.

In the Capstone Project, learners will apply their knowledge to real-world scenarios, creating an application implementation plan that incorporates Agile planning principles, Git version control, CI/CD automation using Azure Pipelines, and GitHub Actions. Through this hands-on experience, participants will acquire the ability to enhance DevOps practices and seamlessly integrate Azure technologies into their application development workflows. By the end of the module, learners will be well-prepared to tackle complex DevOps challenges, contributing to the success of agile and high-performing development teams.