Course Outline
Introduction
- Overview of advanced Angular 15 topics
- Review of Angular 15 fundamentals
Advanced Component Techniques
- Advanced component architecture patterns
- Using advanced component lifecycle hooks
- Creating dynamic components
- Using Angular Elements to create web components
Advanced Directive Techniques
- Creating custom structural directives
- Implementing advanced directive composition
- Using the ngTemplateOutlet directive
- Implementing advanced animations
Advanced RxJS Techniques
- Advanced RxJS concepts
- Using RxJS to implement complex user interfaces
- Reactive programming with Angular 15
- Reactive forms with RxJS
Advanced Change Detection Techniques
- Advanced change detection concepts
- Implementing onPush change detection strategy
- Using the IterableDiffers API
- Optimizing change detection performance
Advanced Routing Techniques
- Using lazy loading to improve application performance
- Using preloading strategies to improve user experience
- Implementing server-side rendering with Angular Universal
- Implementing a custom router outlet
Advanced Testing Techniques
- Writing comprehensive tests with high code coverage
- Using mocks and spies in tests
- Using advanced testing frameworks for Angular 15
- Debugging complex tests
Advanced Debugging Techniques
- Using the Angular DevTools
- Debugging Angular 15 applications using the browser's DevTools
- Troubleshooting common issues in Angular 15 applications
- Using advanced debugging techniques for performance optimization
Advanced Performance Techniques
- Advanced performance optimization techniques for Angular 15
- Implementing change detection on push
- Implementing lazy loading for optimal performance
- Optimizing network requests using Angular's HttpInterceptor
- Server-side rendering for improved performance
Summary and Next Steps
Requirements
- Familiarity with Angular 15, HTML, CSS, and JavaScript
Audience
- Developers
- Programmers
Testimonials (5)
The Syllabus---**Course Title:** Introduction to Software Development---**Course Duration:** 8 weeks---**Course Description:**This course provides an overview of software development fundamentals. Students will learn the basics of programming, software design principles, and industry best practices. By the end of the course, students will be able to develop simple applications and understand the software development lifecycle.---**Course Objectives:**- Understand the fundamentals of programming.- Learn essential software design principles.- Gain practical experience with industry-standard tools.- Develop basic software applications.- Familiarize yourself with the software development lifecycle.---**Course Outline:****Week 1: Introduction to Programming**- Overview of programming languages- Setting up the development environment- Writing your first program- Basic syntax and data types**Week 2: Control Structures**- Conditional statements (if, else, switch)- Loops (for, while, do-while)- Nesting control structures**Week 3: Functions and Modules**- Defining and calling functions- Modular programming concepts- Function parameters and return values**Week 4: Data Structures**- Arrays and lists- Stacks and queues- Dictionaries and hash tables**Week 5: Object-Oriented Programming**- Introduction to OOP principles- Classes and objects- Inheritance and polymorphism**Week 6: Software Design Principles**- Design patterns- Software architecture- UML diagrams**Week 7: Development Tools**- Version control with Git- Integrated Development Environments (IDEs)- Debugging and testing**Week 8: Software Development Lifecycle**- Agile methodologies- Project management- Deployment and maintenance---**Assessments:**- Weekly quizzes (20%)- Midterm project (30%)- Final project (50%)---**Required Materials:**- Laptop with internet access- Recommended textbooks: - "Introduction to Programming" by Jane Doe - "Software Development Fundamentals" by John Smith---**Instructor Information:**- Name: Dr. Alice Johnson- Email: alice.johnson@university.edu- Office Hours: Monday and Wednesday, 2-4 PM---**Course Policies:**- Attendance is mandatory for all lectures and labs.- Late submissions will be penalized by 10% per day.- Academic integrity is strictly enforced. Plagiarism will result in failure of the course.---**Additional Resources:**- Online forums for student discussions- Tutorial videos and documentation- Office hours for one-on-one support---
Gustavo
Course - .NET Core and Angular Training Course
Machine Translated
I liked that the training focused more on the practical side.
Mihaela - Ness
Course - NgRx
Topics that were discussed, lots of live code examples, trainers attitude towards group
Weronika - ATOS PGS sp. z o.o.
Course - Reactive Programming with Angular RxJS
I liked your jokes
Dermot - Griffiths & Armour
Course - Angular 2 Fundamentals
Practical examples, exercises and best practices