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Mastering Web Application Development with Trending Industry Practices

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Last updated 2024/12/30

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Class type: Physical/Online

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  • Schedule Black Duration 16 Weeks
  • Class Black Courses 9
  • Work outline black Career career
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Introduction

The Mastering in Web Application Development course aims to elevate the skills of the IT manpower (working in web application development). This course is designed for professional software engineers/developers who are at the early stage(juniors/mid-levels) of their professional career, offering in-depth knowledge in advanced web application development and its best industry practices so that they can further design/develop the web application systems more effectively and efficiently. Program learners will get real-time knowledge and hands on skills from the senior experts in the same field who have already mastered the art of building secure, performant, maintainable, modular and scalable web applications, adhering to global standards.

    Course Learning Outcomes:

    By the end of this course, participants will be able to:

    • Deepen their understanding of advanced web application development concepts and architectures. 
    • Develop robust problem-solving abilities through hands-on experience with debugging and performance optimization.
    • Build secure and resilient web applications by applying industry-standard security practices.
    • Create exceptional user experiences through effective design and development techniques.
    • Collaborate effectively within development teams and communicate technical concepts.
    • Stay at the forefront of web development by mastering emerging technologies and trends.
    • Implement advanced development methodologies to streamline project delivery and code management.

Course overview

The Mastering Web Application Development course is designed to enhance the technical expertise of IT professionals specializing in web application development. Tailored for early-career software engineers and developers (junior to mid-level), this program provides comprehensive knowledge of advanced concepts, tools, and best practices in the field. Participants will gain expertise in areas such as Responsive Design, RESTful APIs, microservices architecture, server-side rendering (SSR), client-side frameworks, and web security protocols. The course emphasizes hands-on experience and real-world applications, guided by senior industry experts proficient in creating secure, high-performance, maintainable, modular, and scalable web applications while adhering to global development standards.


Targeted Participants:

  • Web Application Developer/Engineers with foundational knowledge in application development who are looking to excel in their careers.
  • Junior/Mid-Level web developers with good tech backgrounds looking to grow as senior developers.
  • Any developer with a good development background is planning to grow as a technical leader like a software architect, engineering manager etc.
  • Freelancers or entrepreneurs with technical backgrounds who want to develop their web applications or offer web development services to clients need to stay competitive in the industry.
  • Mid-level or senior developers who want to update their skills and knowledge with the latest tools, frameworks, and best practices in web development.
  • Individuals already working in the tech industry as web developers who want to advance their career in web development by acquiring new skills and staying relevant in a rapidly evolving field.


Learning Methodology:

  • A variety of assignments, tutorials, and lab tests for each module.
  • Regular feedback from both trainers and learners, with adjustments made as necessary.
  • Rigorous monitoring and evaluation of progress throughout the learning journey.
  • The program is broadly applicable to all web application developers irrespective of programming language but may be delivered focussing on specific programming languages and frameworks or choices.


Prerequisites

  • A good foundation in at least one programming language among Java, Python, C#, PHP, JavaScript, or a similar one, with a solid understanding of core programming concepts (variables, data types, loops, conditional statements, functions, object-oriented principles etc.).
  • Familiarity with HTML, CSS, and basic JavaScript along with any associated frameworks/libraries like BootStrap/Tailwind etc for CSS and React/Angular/Vue etc for JavaScript for creating front-end website structures.
  • Understanding client-server interactions and how the web technology works.
  • A minimum of 1+ years of professional working experience as a full stack developer, web developer or similar is required.
  • Working knowledge of any Databases (Relational or Non-Relational).
  • Basic understanding of Version Control Systems like Git.
  • Familiarity with cloud platforms (like AWS, Azure, or Google Cloud), Docker, and CI/CD concepts would be helpful.

Course content

9 courses | 16 Weeks

Week 1: Web Application Architectures

  • Understanding different web application architectures: MVC, MVVM, MVP, Layered architecture, Monolithic, Microservices, Micro Frontends and Serverless architecture.
  • How to choose the right architecture for different product requirements Designing scalable and maintainable web application structures.
  • Backend and Frontend design considerations: Controller, service, DAO, DTO, model, entity, UI, UX.
  • Common design patterns and principles: IoC, SOLID Principles, Factory Patterns etc.
  • Understanding the Importance of WEB3.
  • Demo web applications with various architectures.

Week 2: Logging: How and When?

  • Advanced logging techniques and frameworks Choosing the right logging level: debug, info, warn, error.
  • Structuring log messages for efficient analysis, troubleshooting, monitoring, and reporting.
  • Integrating logging with monitoring and alerting tools. 
  • Best practices for log rotation, storage, and management.

Week 3-4: Effective Debugging

  • Advanced debugging techniques with browser developer tools Debugging asynchronous code and network requests Debugging client-side and server-side issues.
  • Using debugging tools for performance profiling and memory analysis Best practices for writing code for easy debugging.
  • How to write a clean code?
  • Importance of Unit/Integration/Mock Testing, how and when?

Week 5-6: API Design Practices

  • Request/Response Protocols Importance and characteristics of APIs SOAP vs. REST vs GraphQL
  • Payload conventions
  • Path and naming conventions
  • RESTful API design principles: resources, verbs, responses Designing clear, concise, and well-documented APIs Versioning and deprecation strategies for APIs
  • API Lifecycle Management
  • Effective testing and validation using tools like Postman, Swagger or similar
  • Consuming APIs effectively in web applications Error handling and securing APIs


Week 7-8: Securing Web Applications

  • Introduction to web application security.
  • Advanced security threats and vulnerabilities: OWASP top 10, SSRF, Injections, Business Logic Flaws, Cross-Site Scripting, security misconfigurations.
  • Security implications of modern and popular web application development frameworks.
  • Secured programming/coding best practices.
  • Securing sensitive data and user interactions: Data security principles, Authentication and Authorization, Session Management, XSS and CSRF Protection.
  • Security testing for developers.
  • Adoption of code analysis and vulnerability identification tools Security monitoring and incident reporting.
  • Web Application Firewalls (WAFs).
  • DevSecOps and Cloud Security for developers.

Week 9-10: Performance Considerations and Optimization Techniques

  • Web Performance Fundamentals: load time, responsiveness Understanding performance bottlenecks.
  • Front-end Optimization Techniques: image optimization, minification, compression, caching, lazy loading.
  • Backend-end Optimization Techniques: server-side caching, load balancing etc.
  • Load testing and performance profiling using tools like JMeter and WebpageTest.
  • Scaling strategies for web applications.
  • How containerization is helping for auto-scaling.
  • Optimizing web applications for different devices and network conditions Techniques for monitoring and analyzing application performance.
  • Database optimization consideration as a Web Developer, efficiently using ORM frameworks and stored Procedures.
  • Choosing the right databases (relation and non-relational), when and how.

Week 11-12: Advanced Version Control Usages with Best Practices

  • Git, its workflow, and naming conventions.
  • Git branching strategies: Simple, Advanced, Complex Projects Advanced Git features: stashing, rebasing, merging conflicts.
  • Git hygiene: commit messages, branch cleanup, gitignore, code review, merging, feedback.
  • Hands-on experience with Git collaboration tools: GitHub, GitLab Adoption of Git hooks for effective development and CI/CD integration.
  • Best practices for managing large codebases and multiple code repositories.

Week 13-14: Prompt Engineering for Web Developers

  • Understanding AI, Large Language Models, Generative AI LLM working. mechanisms, capabilities, and limitations Techniques of effective prompts
  • Understanding the impact of words, the structure of sentences, and context for efficient prompt design and creation.
  • Writing prompts for code generation, quality documentation, ideation, and debugging, and understanding the future of prompt engineering for web application development.
  • Creating an effective AI Assistant for web developers.

Week 15-16: Technical Communication and Project Execution

  • The art and importance of technical communication Building technical vocabulary.
  • Understanding technical documentation: API Documentation, user manuals, operating manuals, and design specifications.
  • Importance of diagrams, flowcharts, and other visuals for better technical communication.
  • Adoption of communication with a technical background.
  • Effective communication of development works, requirements, and designs to technical and non-technical stakeholders.
  • Becoming a product developer.
  • SDLC, Agile, Project Management Tools, and Techniques. 
  • Understanding project development and execution workflow.
  •  Integration of development pipeline with project management pipelines.

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