About This Course

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Advanced Web Application Development with Microsoft 70-487

This course is designed to provide in-depth knowledge and practical skills in developing advanced web applications using Microsoft technologies. It focuses on modern web development techniques, best practices, and frameworks to build dynamic, high-performing, and secure web solutions. Throughout the course, participants will explore the full lifecycle of web application development, from design and implementation to deployment and maintenance.

Learners will gain hands-on experience in developing solutions using ASP.NET MVC, Web API, Entity Framework, and client-side technologies such as JavaScript, jQuery, and HTML5. The curriculum also emphasizes integration with cloud services, security practices, and optimizing application performance.

By the end of the course, participants will be equipped to design and implement scalable, maintainable, and efficient web applications suitable for enterprise-level deployment. This course is structured to support developers seeking to advance their careers in web application development and prepare for professional certification in Microsoft technologies.

What you will learn from this course

• How to design and implement modern web applications using ASP.NET MVC and Web API
  
  

• Advanced use of Entity Framework for data access and database integration
  
  

• Client-side programming techniques including JavaScript, jQuery, and AJAX
  
  

• Implementing secure authentication and authorization mechanisms in web applications
  
  

• Strategies for testing and debugging web applications effectively
  
  

• Best practices for deploying web applications to Microsoft Azure and on-premises servers
  
  

• Performance optimization and caching strategies for high-performance applications
  
  

• Implementing responsive design principles for cross-device compatibility
  
  

• Integrating third-party APIs and services to enhance application functionality
  
  

• Designing applications following SOLID principles and software architecture best practices

Learning Objectives

Upon successful completion of this course, participants will be able to:

1. Develop and implement web applications using ASP.NET MVC and Web API frameworks.
   
   

2. Apply advanced data access techniques using Entity Framework, including code-first and database-first approaches.
   
   

3. Write client-side scripts to create responsive, interactive web pages.
   
   

4. Implement secure authentication using ASP.NET Identity and OAuth protocols.
   
   

5. Debug and troubleshoot web applications efficiently, identifying performance bottlenecks.
   
   

6. Deploy web applications to cloud platforms such as Microsoft Azure and manage application resources effectively.
   
   

7. Utilize caching, asynchronous programming, and other optimization techniques to improve web application performance.
   
   

8. Follow software design patterns and best practices for maintainable and scalable codebases.
   
   

9. Integrate third-party services and APIs seamlessly within applications.
   
   

10. Understand and implement responsive web design to ensure usability across devices and screen sizes.

Requirements

To get the most out of this course, learners should have the following prerequisites:

• Basic knowledge of C# and object-oriented programming concepts
  
  

• Familiarity with HTML, CSS, and JavaScript fundamentals
  
  

• Understanding of relational databases and SQL queries
  
  

• Prior experience with Visual Studio or similar integrated development environments
  
  

• Knowledge of basic web development concepts, including HTTP, REST, and client-server architecture

Course Description

This course provides a comprehensive and practical approach to building enterprise-level web applications using Microsoft technologies. It addresses the core skills required for developing web solutions that are efficient, secure, and scalable.

The curriculum is structured to cover both backend and frontend development aspects, starting with server-side programming using ASP.NET MVC and Web API. Participants will explore advanced data access strategies, including LINQ queries, stored procedures, and database relationships managed through Entity Framework. The course also emphasizes modern client-side development techniques, including JavaScript frameworks and AJAX-based asynchronous data calls, enabling interactive and dynamic user experiences.

Security is a central theme throughout the course. Learners will implement authentication and authorization mechanisms, including role-based security, token-based access, and integration with external identity providers. Performance optimization techniques such as caching, query optimization, and asynchronous programming will be taught to ensure applications run efficiently under various load conditions.

Participants will also gain practical experience with deploying applications to cloud environments like Microsoft Azure, including configuration, monitoring, and resource management. This hands-on approach ensures learners leave the course with real-world skills applicable to professional web development roles.

Target Audience

This course is designed for:

• Web developers seeking to enhance their skills in ASP.NET MVC and Web API
  
  

• Software engineers aiming to build enterprise-level web applications
  
  

• Professionals preparing for Microsoft certification in web application development
  
  

• Developers interested in cloud deployment, performance optimization, and security practices
  
  

• Students or IT professionals with foundational programming knowledge seeking to advance in web development

The course is suitable for both intermediate and advanced developers who are familiar with the basics of web development and want to deepen their expertise in Microsoft technologies.

Prerequisites

Before enrolling in this course, participants should have:

• Working knowledge of C# programming and object-oriented principles
  
  

• Familiarity with HTML, CSS, and basic JavaScript for client-side scripting
  
  

• Experience with relational database concepts and basic SQL queries
  
  

• Understanding of web application architecture, including HTTP protocols, client-server models, and RESTful services
  
  

• Exposure to Visual Studio or similar IDEs for coding and debugging applications
  
  

• Basic understanding of web security concepts, including authentication and authorization

Course Modules/Sections

The course is structured into multiple modules, each designed to cover a critical aspect of advanced web application development. Each module builds on the previous one, ensuring a gradual progression from foundational concepts to complex, real-world applications.

Module 1: Introduction to ASP.NET MVC and Web API
This module introduces the architecture and core principles of ASP.NET MVC and Web API. Participants will learn how to create MVC projects, understand the request-response lifecycle, and explore controllers, models, and views. The module also emphasizes routing, filters, and data binding, enabling learners to develop robust and maintainable applications.

Module 2: Data Access and Entity Framework
In this module, learners will dive deep into Entity Framework, understanding both code-first and database-first approaches. Topics include creating data models, managing relationships, writing LINQ queries, performing CRUD operations, and optimizing queries for performance. Participants will also explore database migrations, seeding, and advanced mapping techniques.

Module 3: Client-Side Development and AJAX
This module focuses on creating responsive and interactive user interfaces using client-side technologies. Learners will work with JavaScript, jQuery, and AJAX to handle asynchronous data calls, update UI elements dynamically, and manage client-server communication efficiently. Concepts such as event handling, DOM manipulation, and front-end frameworks are covered in detail.

Module 4: Authentication and Authorization
Security is critical in modern web applications, and this module provides hands-on experience with authentication and authorization mechanisms. Participants will implement ASP.NET Identity, OAuth, and token-based security, along with role-based and claims-based authorization. The module also addresses best practices for safeguarding user credentials and preventing common vulnerabilities such as cross-site scripting and SQL injection.

Module 5: Application Performance Optimization
Performance optimization is a key component of enterprise-level development. In this module, learners will explore caching strategies, asynchronous programming, query optimization, and other techniques to improve application responsiveness. Advanced topics such as memory management, profiling, and load testing are also introduced to ensure high-performing applications.

Module 6: Deployment and Cloud Integration
This module covers the deployment of web applications to both on-premises servers and cloud platforms such as Microsoft Azure. Participants will learn about server configuration, monitoring, resource scaling, and managing deployment pipelines. Integration with cloud services, storage solutions, and serverless computing is explored to provide learners with practical, real-world deployment skills.

Module 7: Application Architecture and Best Practices
In this module, learners will study software architecture principles such as SOLID, separation of concerns, and layered architecture. Emphasis is placed on designing maintainable, scalable, and testable codebases. Participants will explore design patterns, dependency injection, and strategies for organizing large projects effectively.

Module 8: Integration with Third-Party Services and APIs
Modern applications often rely on external services for added functionality. This module teaches learners how to consume and integrate third-party APIs, handle data in various formats such as JSON and XML, and ensure reliable communication between services. Topics include RESTful API consumption, exception handling, and versioning strategies.

Module 9: Testing, Debugging, and Quality Assurance
Quality assurance is an essential part of development. This module introduces testing strategies, including unit testing, integration testing, and automated testing using frameworks like NUnit and MSTest. Debugging techniques, error logging, and performance monitoring are also covered to ensure learners can maintain high-quality applications throughout the development lifecycle.

Module 10: Responsive Design and Cross-Device Compatibility
With the increasing use of mobile devices, this module focuses on creating applications that work seamlessly across different screen sizes and devices. Learners will apply responsive design principles using CSS3, media queries, and front-end frameworks. The module also emphasizes accessibility and usability best practices to ensure a positive user experience.

Key Topics Covered

The course covers a wide range of topics that collectively equip participants to become proficient web developers using Microsoft technologies. Key topics include:

• ASP.NET MVC framework, controllers, views, and models
  
  

• Web API development, RESTful services, and routing
  
  

• Entity Framework, database-first and code-first approaches, LINQ queries
  
  

• Advanced client-side programming with JavaScript, jQuery, and AJAX
  
  

• Security implementation including authentication, authorization, OAuth, and ASP.NET Identity
  
  

• Performance optimization techniques including caching, asynchronous programming, and profiling
  
  

• Deployment strategies for on-premises and cloud-based applications
  
  

• Cloud integration with Microsoft Azure, including storage and serverless solutions
  
  

• Software architecture principles, SOLID design patterns, and dependency injection
  
  

• Third-party API integration, data handling, and version management
  
  

• Testing, debugging, automated tests, and quality assurance practices
  
  

• Responsive web design, cross-device compatibility, and accessibility considerations
  
  

• Application lifecycle management, monitoring, and maintenance strategies

These topics are carefully selected to provide a holistic understanding of web application development, balancing theory, practical exercises, and real-world application scenarios. Each topic is designed to build specific skills that collectively enable participants to deliver professional-grade web solutions.

Teaching Methodology

The teaching methodology of this course is designed to promote active learning, critical thinking, and practical application of concepts. Participants will engage with a mix of lectures, hands-on exercises, real-world case studies, and collaborative projects. Lectures provide in-depth explanations of technical concepts, demonstrating the theoretical foundations behind each development approach.

Hands-on exercises and coding labs allow learners to implement concepts in real-time, fostering deeper understanding and retention. Case studies and project-based learning expose participants to realistic scenarios, requiring them to apply problem-solving skills and make design decisions based on best practices. The course also emphasizes iterative learning, where students develop, test, and refine their applications under guided supervision.

Collaborative activities, such as pair programming and code reviews, are incorporated to encourage peer-to-peer learning and teamwork skills. Throughout the course, instructors provide regular feedback, highlighting areas for improvement and suggesting alternative approaches. Supplementary learning materials, including documentation, reference guides, and online resources, are made available to reinforce classroom instruction.

Additionally, participants are introduced to modern development workflows, including version control with Git, continuous integration, and automated deployment pipelines. This comprehensive teaching methodology ensures that learners not only understand the technical skills but also develop the professional practices required in a real-world development environment.

Assessment & Evaluation

Assessment and evaluation in this course are structured to measure both theoretical understanding and practical competence. Participants are evaluated through a combination of quizzes, coding assignments, projects, and practical examinations.

Quizzes are designed to test comprehension of key concepts, terminology, and principles discussed during lectures. Coding assignments require participants to implement specific features or solve particular problems, allowing instructors to assess their coding skills, logic, and problem-solving abilities. Projects form a major part of the evaluation, where learners work on end-to-end web application development, integrating multiple modules and technologies. These projects are evaluated on functionality, code quality, adherence to best practices, and user experience.

Practical examinations simulate real-world scenarios, requiring participants to debug, optimize, and deploy applications within a specified timeframe. Peer reviews and collaborative assessments are also incorporated to measure teamwork, communication, and collaborative problem-solving skills. Regular feedback is provided at each stage of assessment, ensuring participants understand their strengths and areas needing improvement.

Additionally, participants are encouraged to maintain a development portfolio, documenting their learning journey, project implementations, and coding achievements. This portfolio serves both as a learning tool and as a demonstration of competence for potential employers or certification purposes. The combination of theoretical quizzes, practical assignments, project work, and peer evaluations ensures a comprehensive assessment that accurately reflects participant proficiency in web application development.

Benefits of the Course

This course provides a multitude of benefits for learners, equipping them with the technical expertise, professional practices, and confidence required to excel in web application development using Microsoft technologies. One of the primary benefits is the acquisition of advanced skills in ASP.NET MVC, Web API, and client-side development frameworks, enabling participants to build dynamic, secure, and scalable web applications suitable for enterprise deployment.

Participants gain a thorough understanding of both backend and frontend development processes. The backend training focuses on creating robust server-side logic, managing databases through Entity Framework, implementing authentication and authorization, and ensuring application performance through caching and optimization techniques. On the frontend side, learners acquire the ability to create interactive, responsive user interfaces using JavaScript, jQuery, AJAX, and HTML5. These combined skills allow participants to deliver complete web solutions that meet modern usability, accessibility, and performance standards.

Another significant benefit is the practical, hands-on experience provided through labs, exercises, and projects. Participants work on real-world scenarios, designing, coding, debugging, and deploying applications. This hands-on exposure ensures that learners are not just familiar with theory but are able to apply concepts effectively in professional settings. The integration of projects into the learning process enhances problem-solving, critical thinking, and decision-making skills, all of which are essential for advanced web developers.

The course also emphasizes cloud integration, particularly with Microsoft Azure. Learners gain experience deploying applications in cloud environments, managing resources, and utilizing cloud services to enhance application capabilities. This knowledge is highly valuable as cloud-based development is increasingly demanded in the IT industry, and proficiency in these skills makes participants more competitive in the job market.

In addition to technical skills, the course fosters professional development by introducing best practices in software architecture, design patterns, and code maintainability. Participants learn to design applications that are scalable, testable, and maintainable over time, adhering to principles such as SOLID and separation of concerns. This not only improves the quality of the applications they develop but also prepares them for leadership roles in software development projects.

Security awareness is another critical benefit of the course. Learners are trained to implement secure coding practices, understand common vulnerabilities, and employ strategies to safeguard applications from threats. These skills are essential in today’s cybersecurity-conscious development environment, ensuring that participants can deliver safe and reliable software solutions.

Furthermore, the course prepares participants for professional certification exams in Microsoft technologies, providing them with a recognized credential that validates their expertise. This certification can significantly enhance career prospects, open up new job opportunities, and potentially lead to higher salaries in roles such as web developer, software engineer, and cloud application developer.

Overall, the course offers a comprehensive package of technical, professional, and career-oriented benefits. Participants emerge with the ability to develop enterprise-grade web applications, implement security and optimization techniques, deploy solutions to cloud platforms, and maintain high-quality codebases. These skills collectively position learners to succeed in competitive and rapidly evolving IT environments.

Course Duration

The duration of this course is designed to provide sufficient time for learners to grasp complex concepts, complete hands-on exercises, and develop comprehensive projects. The course is structured for approximately 12 to 16 weeks, depending on the learning pace and depth of coverage. Each week typically consists of 6 to 8 hours of instruction, including lectures, practical exercises, and project work.

Instruction is divided into structured sessions that cover both theoretical and practical aspects of web application development. Lectures introduce concepts, frameworks, and best practices, while lab sessions provide guided exercises where participants implement what they have learned. Case studies and real-world examples are incorporated regularly to illustrate the application of concepts in professional settings.

Participants are expected to dedicate additional time outside of class for self-study, assignment completion, and project development. On average, learners should allocate 4 to 6 hours per week for independent study to reinforce concepts and complete exercises. The course also includes periodic assessments, quizzes, and milestone projects, which require focused effort to ensure mastery of skills.

For professionals who are employed full-time, the course can be structured in a flexible manner, offering evening or weekend sessions to accommodate work schedules. Online or blended learning options may also be available, allowing participants to access recorded lectures, digital resources, and interactive labs at their convenience.

The duration is sufficient to cover all major modules, including introduction to ASP.NET MVC and Web API, data access with Entity Framework, client-side development, security implementation, performance optimization, deployment, software architecture, third-party integration, testing, and responsive design. Each module is carefully allocated time to ensure participants have the opportunity to fully explore concepts, practice skills, and build a portfolio of projects by the end of the course.

Completion of the full course duration ensures that participants are not only familiar with technical knowledge but also experienced in applying these skills in realistic development scenarios. Graduates are therefore equipped to handle complex web application projects, work efficiently in collaborative environments, and meet professional standards expected by employers in the software industry.

Tools & Resources Required

To successfully participate in this course, learners need access to several key tools and resources that support both development and learning activities.

Integrated Development Environment (IDE): Visual Studio is the primary IDE recommended for this course. It provides comprehensive support for ASP.NET MVC, Web API, C#, and front-end technologies. Visual Studio allows for efficient coding, debugging, and testing within a single environment. Participants should install the latest version to ensure compatibility with the course materials.

Web Browsers: Modern web browsers such as Microsoft Edge, Google Chrome, or Mozilla Firefox are required to test and run web applications. Learners should ensure their browsers are updated to the latest versions to support HTML5, CSS3, and JavaScript standards. Browser developer tools are also essential for debugging and optimizing client-side code.

Database Management System: SQL Server, including SQL Server Express or SQL Server Developer Edition, is required for database management and Entity Framework integration. Participants will use SQL Server to create, query, and manage databases used by their applications. Familiarity with SQL Server Management Studio (SSMS) enhances the ability to interact with databases efficiently.

Version Control: Git is recommended for version control to manage code changes and collaboration. Learners will be introduced to Git commands, branching strategies, and repository management, allowing them to track changes, revert errors, and collaborate on group projects effectively. GitHub or Azure DevOps can be used for remote repository hosting and collaborative development.

Frameworks and Libraries: The course involves various frameworks and libraries, including ASP.NET MVC, Web API, Entity Framework, jQuery, Bootstrap, and other client-side libraries. Participants should install and configure these tools in their development environment to complete exercises and projects. Familiarity with NuGet package management in Visual Studio is essential for managing library dependencies.

Cloud Services: Microsoft Azure subscription or access to a cloud-based development environment is recommended for deploying applications. Learners will use Azure services such as App Services, Storage, SQL Database, and serverless functions for hands-on practice. Access to a cloud environment allows participants to experience real-world deployment scenarios and resource management.

Additional Resources: Online documentation, tutorials, and community forums are valuable supplemental resources. Microsoft Docs, Stack Overflow, and GitHub repositories provide guidance, troubleshooting tips, and examples that enhance learning and problem-solving capabilities. Access to eBooks, video tutorials, and interactive coding platforms further supports independent learning and skill reinforcement.

Hardware Requirements: A computer with sufficient processing power, memory, and storage is necessary to run Visual Studio, SQL Server, and browser-based development tools. Recommended specifications include at least 8 GB RAM, multi-core processor, and 50 GB of available storage. A stable internet connection is also essential for accessing online resources, cloud services, and collaborative tools.

By ensuring access to these tools and resources, participants can fully engage with course content, complete exercises and projects, and gain practical experience that mirrors professional development environments. The combination of IDEs, databases, frameworks, cloud services, and supplemental materials provides a comprehensive ecosystem for learning and skill acquisition.

Career Opportunities

Completing this course opens up a wide array of career opportunities in web development, software engineering, and cloud-based application development. Participants gain skills that are highly sought after in the IT industry, particularly in roles that require expertise in Microsoft technologies. Graduates can pursue positions such as ASP.NET Developer, Web Application Developer, Full Stack Developer, Software Engineer, and Cloud Application Developer. With the strong emphasis on security, performance optimization, and responsive design, learners are also well-prepared for roles that focus on enterprise-level applications where reliability, scalability, and maintainability are crucial. Professionals with experience in ASP.NET MVC, Web API, Entity Framework, and front-end technologies are in high demand, as many organizations rely on Microsoft-based solutions for their internal systems and customer-facing applications. The inclusion of cloud integration with Microsoft Azure further enhances employability, enabling graduates to work in roles involving cloud deployment, resource management, and cloud-native application development. Additionally, participants who pursue certification following this course can enhance their professional credentials, making them more competitive for senior developer positions, project lead roles, or specialized software consulting opportunities. Career pathways extend to working in diverse sectors including finance, healthcare, e-commerce, government, education, and technology firms, all of which require web solutions to support their operations and customer interactions. Freelancing and contract-based development are also viable career options, as the skills learned in this course enable participants to build and deliver complete web solutions independently. By developing a comprehensive portfolio of projects and demonstrating practical expertise, learners position themselves to secure higher-paying roles, contribute to large-scale projects, and engage in continuous career growth in the rapidly evolving IT landscape.

Enroll Today

Enrolling in this course is a strategic step for anyone looking to advance their career in web development and Microsoft-based technologies. By participating, learners gain access to a structured curriculum that balances theory, practical exercises, and real-world applications, ensuring that they acquire both knowledge and experience. The course is designed to accommodate different learning styles and schedules, with options for in-person, online, or blended learning. Prospective participants can benefit from interactive lectures, hands-on labs, guided projects, and comprehensive assessments that validate their skills and readiness for professional roles. The enrollment process is simple and provides immediate access to essential resources, development tools, and learning materials. By joining the course, participants not only learn the technical skills necessary to develop modern web applications but also gain insights into industry best practices, security standards, cloud deployment strategies, and software architecture principles. Immediate benefits include personalized guidance from experienced instructors, opportunities to collaborate with peers, and exposure to real-world development challenges that enhance problem-solving and decision-making abilities. Early enrollment allows participants to plan their learning schedule, begin working on exercises and projects, and start building a portfolio that can be showcased to employers. Additionally, learners gain access to supplementary resources such as online tutorials, documentation, discussion forums, and case studies, which support continuous learning and professional development. The course also prepares participants for Microsoft certification exams, providing a recognized credential that validates their expertise in web application development. By enrolling today, individuals take a proactive step toward enhancing their career prospects, acquiring in-demand technical skills, and positioning themselves as competent, confident, and industry-ready professionals capable of tackling complex web application projects in any organizational setting.

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