Azure Functions C#: Serverless Development from Zero to Hero

Learn to build and deploy scalable serverless applications using Azure Functions in C# — covers Triggers, Bindings, Dura
⏱️ Length: 2.4 total hours
⭐ 4.96/5 rating
👥 143 students
🔄 June 2025 update

Add-On Information:

Get Instant Notification of New Courses on our Telegram channel.

Note➛ Make sure your 𝐔𝐝𝐞𝐦𝐲 cart has only this course you're going to enroll it now, Remove all other courses from the 𝐔𝐝𝐞𝐦𝐲 cart before Enrolling!

Course Overview
- Embark on a transformative journey into serverless development with Azure Functions using C#. This comprehensive course is meticulously crafted to guide learners from fundamental serverless concepts to advanced application deployment, embodying the ‘Zero to Hero’ promise.
- Immerse yourself in the cutting-edge world of cloud-native application design, understanding how serverless computing dramatically reduces operational overhead, enhances scalability, and accelerates development cycles for modern software solutions.
- Uncover the intrinsic value of event-driven architectures, where code executes efficiently on demand, without the burden of infrastructure management, leading to highly responsive, cost-optimized, and resilient services.
- Leverage the powerful capabilities of C# and the .NET runtime within the Azure Functions ecosystem, enabling the creation of enterprise-grade, performant, and maintainable serverless applications that integrate seamlessly across various Azure services.
- Master the complete development lifecycle for serverless applications, encompassing initial solution architecture, efficient local development, robust testing strategies, secure deployment pipelines, and proactive production monitoring.
- Gain profound insights into how Azure Functions facilitates a true microservices paradigm, allowing developers to decompose complex systems into smaller, independently scalable, and manageable function components.
- Stay current with the latest platform advancements and best practices, benefiting from content updated in June 2025, ensuring your skills align with the evolving landscape of Azure’s serverless offerings.
- Contextualize Azure Functions within the broader Microsoft Azure ecosystem, exploring its synergy with services such as Azure Storage Accounts, Azure Event Grid, Azure Service Bus, and Azure Cosmos DB for building holistic and interconnected cloud solutions.
- Learn to articulate the architectural advantages of serverless computing, including its pay-per-execution model, automatic scaling, and inherent resilience, making a strong case for its adoption in various project scenarios.
Requirements / Prerequisites
- Possess foundational knowledge of the C# programming language, including object-oriented principles, basic data structures, and control flow, as the course builds upon this understanding.
- Familiarity with a .NET integrated development environment (IDE) such as Visual Studio or Visual Studio Code is beneficial for an optimal learning experience and hands-on coding.
- Access to an active Azure subscription (a free tier account is sufficient) is required to deploy and test Azure Functions in the cloud, enabling practical application of learned concepts.
- A stable internet connection for accessing course materials, Azure portal, and necessary development tools.
- No prior experience with serverless computing or Azure Functions is necessary; the course is designed to introduce these concepts from scratch.
- Basic understanding of cloud computing concepts, while not strictly mandatory, can provide a smoother learning curve regarding cloud services and resource management.
- An eagerness to learn and experiment with new technologies and architectural patterns is key to maximizing the benefits of this ‘Zero to Hero’ journey.
- A modern operating system environment (Windows, macOS, or Linux) with the .NET SDK installed to facilitate local development and testing of Azure Functions.
Skills Covered / Tools Used
- Mastery of C# .NET development specifically tailored for the serverless paradigm, including efficient code structuring and optimization for ephemeral execution environments.
- Proficiency in using Azure Functions Core Tools for local development, debugging, and managing function projects outside the Azure cloud environment.
- Skilled navigation and management within the Azure Portal, specifically pertaining to Function App creation, configuration, and operational oversight.
- Seamless integration of Azure Functions projects with Visual Studio or Visual Studio Code, leveraging extensions and features for enhanced productivity and developer experience.
- Implementation of Dependency Injection (DI) in Azure Functions, enabling better testability, modularity, and adherence to modern software design principles.
- Understanding and applying advanced concepts like Custom Bindings (if applicable) or complex binding scenarios, extending the out-of-the-box capabilities for diverse integration needs.
- Utilizing Managed Identities for secure and credential-less access to other Azure services, enhancing the security posture of serverless applications.
- Exposure to robust deployment strategies, potentially including continuous integration/continuous deployment (CI/CD) pipelines, to automate and streamline the release process for Azure Functions.
- Techniques for performance optimization of Azure Functions, focusing on cold start mitigation, efficient resource utilization, and minimizing execution costs.
- Implementation of security best practices for serverless APIs and functions, covering authentication, authorization, and data protection in a cloud environment.
- Strategies for unit testing and integration testing Azure Functions, ensuring the reliability and correctness of serverless components before deployment.
- Advanced error handling, retry policies, and dead-letter queue patterns to build resilient and fault-tolerant serverless applications.
- Proficiency in leveraging various Azure Storage services (Blobs, Queues, Tables) as integral components of serverless workflows and data persistence.
- In-depth analysis and interpretation of telemetry data using Azure Application Insights, providing actionable insights into function performance, availability, and usage patterns.
- Development of highly concurrent and responsive serverless applications capable of processing large volumes of events with minimal latency.
Benefits / Outcomes
- Acquire the expertise to design, develop, and implement robust, scalable, and cost-efficient serverless solutions that address real-world business challenges.
- Significantly enhance efficiency in application development, leveraging the rapid prototyping and deployment capabilities inherent in the Azure Functions ecosystem.
- Gain the ability to optimize cloud infrastructure costs by understanding and applying appropriate hosting plans and efficient resource consumption patterns.
- Boost your career prospects dramatically in the high-demand field of cloud development, specifically within the Azure ecosystem for C#/.NET professionals.
- Develop confidence in architecting complex event-driven systems that are resilient, maintainable, and automatically scale to meet fluctuating demand.
- Build a strong foundational understanding of scalable and resilient application patterns applicable not just to serverless, but to broader cloud-native development.
- Become proficient in integrating serverless components with existing enterprise systems and other Azure services, enabling seamless migration and modernization strategies.
- Establish a solid foundation for pursuing further Azure certifications, particularly those focused on developer and architect roles, by mastering a core Azure service.
- Gain invaluable practical experience through hands-on coding examples and projects, transforming theoretical knowledge into demonstrable skills.
- Be empowered to build highly responsive and agile services that can react instantly to various events, from HTTP requests to database changes or message queue entries.
- Achieve mastery over a highly sought-after cloud computing paradigm, positioning yourself as a versatile and forward-thinking developer in the industry.
- Acquire the skills to develop applications that inherently handle high concurrency with minimal operational overhead, freeing you to focus on business logic.
- Understand how to build modern backends for web, mobile, and IoT applications using serverless functions as the core compute engine.
PROS
- Exceptional Student Satisfaction: A remarkably high 4.96/5 rating from 143 students signifies a highly effective and well-received learning experience.
- Concise and Efficient Learning: With only 2.4 total hours, the course offers a quick yet comprehensive path to grasp core serverless concepts and C# implementation.
- Beginner-Friendly to Advanced: The “Zero to Hero” approach ensures accessibility for newcomers while progressively introducing advanced topics and best practices.
- Focused C# Development: Tailored specifically for .NET developers, enabling them to transition seamlessly into cloud-native serverless application development.
- Practical Real-World Applications: Emphasizes hands-on implementation of common use cases, bridging the gap between theory and practical deployment.
- Essential Operational Insights: Covers critical aspects like monitoring and troubleshooting with Application Insights, vital for production-ready serverless solutions.
- Strategic Hosting Plan Overview: Provides a crucial understanding of Consumption, Premium, and Dedicated plans, empowering informed decisions on cost and performance.
- Up-to-Date Content: The June 2025 update ensures learners are equipped with the latest features, tools, and industry standards within Azure Functions.
- Strong Foundation for Cloud Careers: Lays robust groundwork for individuals aspiring to roles in Azure development, cloud architecture, or serverless engineering.
- High Value-to-Time Investment: Offers significant knowledge acquisition in a relatively short timeframe, making it ideal for busy professionals.
CONS
- While comprehensive for its length, the relatively short duration of 2.4 hours means certain extremely complex edge cases or highly advanced optimization techniques might necessitate further independent research or more specialized follow-up courses for absolute mastery.