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At the end of this course, participants should be able to:

• Summarize the basics of Microsoft Copilot and how they can help educators.
• Use Copilot and use the basic functionality provided in all its features.
• Design prompts that support teaching and learning.
• Judge the responses produced by Copilot for overall quality and credibility.

At the end of this course, you should be able to:

• State the types of banks.
• State what constitutes a commercial bank.
• Describe the Importance of technology to bank.
• Illustrate the hierarchy of bank officials.
• Describe at least 5 out of 7 personality traits explained.
• Observe email and phone etiquette.
• Describe what makes a “successful banker.”

• Understand the benefits resulting from implementing the roles and philosophy of Agile and Scrum.
• Identify the responsibilities of the product owner.
• Develop the skills to implement the instruments and rituals used in Agile.

• Understand the Agile and Scrum principles, their philosophy and their differences (Lean, Agile, Scrum and XP).
• Implement the criteria to get a suitable Definition of Ready and Definition of Done.
• Several Agile methods and roles.
• Understand the importance of creating a fixed delivery rhythm and stable teams and how the division of responsibilities between business unit's teams, Information Technology teams, and Scrum teams.

• Explain the rules and roles of Scrum.
• Distinguish between Scrum teams and Traditional teams.
• Understand cross-functional and self-organizing teams.
• Understand how Scrum Masters differ from traditional project managers and team leaders in mindset and behavior.

At the end of this training, the participants will be able to:

• Understand the business value and benefits of DevOps, including its impact on software delivery, quality, and customer satisfaction as well as the cultural and organizational aspects of DevOps, including collaboration, communication, and teamwork between development and operations teams.
• Explain the key DevOps principles and concepts, including continuous integration, continuous delivery, and infrastructure as code as well as the role of automation in DevOps, including tools and techniques used for automation.
• Describe the agile, lean, and IT service management (ITSM) practices used in DevOps.
• Understand the importance of monitoring, feedback, and continuous improvement in DevOps, the role of cloud computing and infrastructure as code in DevOps, the importance of security and compliance in DevOps.
• Develop collaborative teamwork and communication skills necessary for success in a DevOps environment.

• Implement continuous delivery practices, including version control, automated deployment, continuous integration, test automation, data management, and security.
• Design a loosely coupled DevOps architecture that supports continuous delivery.
• Improve product and process by utilizing customer feedback, visualizing flow and the value stream, working in small batch sizes, and fostering team experimentation.
• Implement Lean management practices, including monitoring and checking system health, limiting work in progress (WIP), and implementing a lightweight change management process.
• Drive cultural change by supporting a generative culture, becoming a learning organization, fostering collaboration, making work meaningful, and promoting transformational leadership.
• Assess the maturity of DevOps practices in an organization and visualize progress in DevOps maturity.

• Understand basic concepts and principles, collaboration among DevOps roles, I/T/E-shape concepts, and integrating Operations into daily Development work; low-risk release patterns, architectural archetypes, and automation tools for building environments as well as building reusable user stories, storing objects, and converting local discoveries into global improvements.
• Learn techniques for deployment challenges and optimizing the value stream and how to maintain security during change and ensure compliance throughout as well as to solve deployment issues, adapt launch guidance, and apply feedback mechanisms like UX design, A/B-testing, and hypothesis-driven development.
• Gain insights into telemetry, monitoring frameworks, and safety checks.
• Explore Simian Army, postmortems, resilience through production failure injection, and more.
• Integrate security controls, telemetry, and compliance into the deployment pipeline.

At the end of the course, participants should be able to:

• Explore the concept of libraries in software development, understanding their role in code reuse, modularization, and the efficient handling of common functionalities.
• Delve into the reasons behind the incorporation of libraries in software projects, emphasizing their contribution to code efficiency, maintainability, and accelerated development.
• Examine the advantages of leveraging libraries, including enhanced productivity, reduced development time, and the ability to tap into pre-built and tested functionalities.
• Understand the limitations associated with library usage, exploring potential challenges such as compatibility issues, code bloat, and dependency management.
• Gain an understanding of software frameworks, exploring their role in providing a structured foundation for application development and facilitating the implementation of best practices.

At the end of the Github Copilot course, participants should be able to:

• Explain what GitHub Copilot is and the advantages it provides.
• Understand the availability of GitHub Copilot Individual, Business, and Enterprise.
• Discuss the future of GitHub Copilot.
• Learn how to get started using GitHub Copilot and some common configurations.
• Develop using GitHub Copilot with Visual Studio Code using hands-on exercises.