Full Front-End Programming Stack Developer

Become an essential part of any web development, leading and coordinating IT teams thanks to the perfected work and leadership methodology of this Professional Master’s Degree" 

Full Stack Development is a particularly interesting option for all IT professionals looking to significantly boost their careers. The skills required to stand outin the industry are extensive, meaning the opportunities to thrive and even lead development teams are abundant. 

Thanks to the exhaustiveness with which all the contents of this program have been developed, the graduates will be able to direct their career towards Front-End Web Development, page layout, customer experience specialist or DevOps. With a 360º vision of the entire process of building an application/web, the computer scientist will be able to tackle any type of project, also providing a development in the latest advances in all processes of the life cycle of a software. 

A unique academic opportunity to access knowledge that combines the latest computer theory with top-level professional practice, provided by a teaching team of the highest quality. Their experience at the head of numerous relevant projects in the field of digital banking or telecommunications enriches the didactic content, providing a large number of real cases and complementary readings. 

The great flexibility of this teaching is another of its most outstanding characteristics. There are no fixed schedules or face-to-face classes, being the student himself the one who decides when, where and how to assume the entire teaching load. The entire content of the virtual classroom is available for download and can be studied from any device with an internet connection.  

Sign up now and don't miss the opportunity that will take you to the top in leadership and development of the most ambitious IT projects”

This Professional Master’s Degree in Full Front-End Programming Stack Developer contains the most complete and up-to-date educational program on the market. Its most notable features are:   

• The development of case studies presented by experts in Front-End Full Stack 
  Developer Programming
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice 
• Practical exercises where self-assessment can be used to improve learning 
• Its special emphasis on innovative methodologies  
• Theoretical lessons, questions for experts and individual reflection work 
• Content that is accessible from any fixed or portable device with an Internet connection 

You will reach an advanced level of specialization, being able to build any web solution required with a modern Customer Experience perspective and adapted to the current market” 

The program includes, in its teaching staff, professionals from the sector who bring to this program the experience of their work, in addition to recognized specialists from prestigious reference societies and universities.  

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations.  

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise throughout the program. For this purpose, the student will be assisted by an innovative interactive video system created by renowned and experienced experts.      

Students will delve into agile methodologies and how they can be implemented in the development process, increasing their skills and cross-cutting competencies"

You will have access to extensive learning material, ranging from the Javascript programming language to tools such as CSS, Angular and ReactJS"

Given that the effort and investment made by the computer scientist in opting for a program of these characteristics are not minor, TECH is committed to a first-class pedagogical methodology, proven in efficiency and profitability. Relearning allows the student to acquire the most important knowledge of the program throughout the entire syllabus, therefore avoiding valuable study time that can be used in the multiple complementary materials that accompany each proposed topic. 

Explore the different modules and knowledge topics through video summaries, detailed videos and motivational videos created by the teachers themselves" 

Module 1. Full Stack Developer

1.1.  Full Stack Developer I. Programming and Languages  

1.1.1.  Programming 
1.1.2.  Programming Roles 
1.1.3.  Languages and Framework 
1.1.4.  Algorithm 
1.1.5.  Characteristics of an Algorithm 

1.2.  Full Stack Developer II. Typology   

1.2.1.  Variables and Constants 
1.2.2.  Types 
1.2.3.  Operators 
1.2.4.  Declarations 
1.2.5.  Loops 
1.2.6.  Functions and Objects 

1.3.  Data Structure in Development  

1.3.1.  Linear Structure Types 
1.3.2.  Functional Structure Types 
1.3.3.  Tree Structure Types 

1.4.  Algorithm Design and Interpretation 

1.4.1.  Parallelism in Development. Divide and Conquer 
1.4.2.  Voracious Algorithms 
1.4.3.  Dynamic Programming 

1.5.  Environment and Tools for Full Stack Developer Oriented Development 

1.5.1.  Preparation of the Environment for Mac OS 
1.5.2.  Preparation of the Environment for Linux 
1.5.3.  Preparation of the Environment for Windows 

1.6.  Command Line. Typology and Operation 

1.6.1.  The Terminal 
1.6.2.  Emulators 
1.6.3.  Command Interpreter 
1.6.4.  First Commands 
1.6.5.  Navigation 
1.6.6.  Managing Files and Folders Using the Command Line Interface 
1.6.7.  Secure Shell. SSH 
1.6.8.  Advanced Commands 

1.7.  Git. Software Repository 

1.7.1.  Git Software Repository 
1.7.2.  Using Git 
1.7.3.  Software Repository 
1.7.4.  Branches 
1.7.5.  Duty Cycle 
1.7.6.  Commands 

1.8.  Code Versioning Hosting Service 

1.8.1.  Code Versioning Hosting Service 
1.8.2.  Suppliers 
1.8.3.  Repositories 

1.9.  Internet 

1.9.1.  Internet 
1.9.2.  Protocols Used in WWW 
1.9.3.  HTTP Protocol 

1.10.  Methodologies in Full Stack Development  

1.10.1.  Scrum 
1.10.2.  XP 
1.10.3.  Design Sprint 

Module 2. Front-End Programming 

2.1.  HTML Language  

2.1.1.  HTML Document 
2.1.2.  Head Element 
2.1.3.  Body Element 
2.1.4.  Text: 
2.1.5.  Hyperlinks 
2.1.6.  Images 
2.1.7.  First Site 

2.2.  HTML Language. Layouts 

2.2.1.  HTML Language. Components 
2.2.2.  Traditional Layout 
2.2.3.  Semantic Layout 

2.3.  Cascading Style Sheets CSS 

2.3.1.  Inclusion of CSS in an HTML Document 
2.3.2.  Comments 
2.3.3.  Selectors  
2.3.4.  Advanced Selectors 

2.4.  CSS (Cascading Style Sheets) Properties 

2.4.1.  Color 
2.4.2.  Text:  
2.4.3.  Pseudo Classes 
2.4.4.  Transitions  
2.4.5.  Animations  
2.4.6.  Animation of Elements 
2.4.7.  Advanced Animation 

2.5.   Box Models 

2.5.1.  Height and Width 
2.5.2.  Margin 
2.5.3.  Filling 

2.6.  Positioning 

2.6.1.  Static Positioning  
2.6.2.  Relative Positioning 
2.6.3.  Absolute Positioning 
2.6.4.  Fixed Positioning  
2.6.5.  Floats 

2.7.  Adaptive Design 

2.7.1.  Viewport 
2.7.2.  Media Queries  
2.7.3.  CSS Units 
2.7.4.  Images 
2.7.5.  Frameworks 

2.8.   Modern Layout 

2.8.1.  Flex 
2.8.2.  Grid 
2.8.3.  Flex Vs. Grid 

2.9.  Pre-Processing 

2.9.1.  Sass 
2.9.2.  Variables 
2.9.3.  Mixins 
2.9.4.  Loops 
2.9.5.  Functions 

2.10.  System Design  

2.10.1.  Bootstrap  
2.10.2.  Bootstrap Grid 
2.10.3.  Header and Footer of Our Site 
2.10.4.  Forms 
2.10.5.  Cards 
2.10.6.  Modals 

Module 3. JavaScript Language Applied to Full Stack Developer 

3.1.  Primitive Types and Operators 

3.1.1.  JavaScript Language 
3.1.2.  Numbers and Their Operators 
3.1.3.  Text Strings and Their Operators 
3.1.4.  Boolean Values 
3.1.5.  Conversion Between Types 

3.2.  Flow Controllers and Structure 

3.2.1.  Expressions and Statements 
3.2.2.  Variables and Constants 
3.2.3.  If Statement 
3.2.4.  For, While Statements 

3.3.  Functions 

3.3.1.  Functions 
3.3.2.  Parameters 
3.3.3.  Functions as Parameters 
3.3.4.  Scope of Variables 
3.3.5.  Nested Scopes 
3.3.6.  Hoisting 
3.3.7.  Closures 
3.3.8.  Recursion 

3.4.  Data Structures: Objects 

3.4.1.  Object Type 
3.4.2.  Creation of Objects 
3.4.3.  Accessing the Values of an Object 
3.4.4.  Adding or Deleting Properties 
3.4.5.  Nested Objects 
3.4.6.  Destructuring Objects 
3.4.7.  Object Type Methods 
3.4.8.  Spread Operator 
3.4.9.  Immutability 

3.5.  Data Structures: Array 

3.5.1.  Data Structure Array 
3.5.2.  Array. Typology 
3.5.3.  Nested Arrays 
3.5.4.  Methods of an Array 

3.6.  OOP: Prototype and Classes 

3.6.1.  OOP: Object-Oriented Programming 
3.6.2.  Prototypes 
3.6.3.  Classes 
3.6.4.  Private Data 
3.6.5.  Subclasses 
3.6.6.  Call and Apply 

3.7.  JavaScript Types 

3.7.1.  Set 
3.7.2.  WeakSet 
3.7.3.  Map 
3.7.4.  WeakMap 
3.7.5.  Common Expressions 

3.8.  JavaScript Utilities 

3.8.1.  Date 
3.8.2.  Math 
3.8.3.  Symbol 
3.8.4.  JSON 

3.9.  JavaScript in the Browser 

3.9.1.  Inclusion of JavaScript in a Website 
3.9.2.  DOM 
3.9.3.  Events 
3.9.4.  Browser Storage 

3.10.  Asynchronous Programming 

3.10.1.  The Asynchronous Programming 
3.10.2.  Event Loop 
3.10.3.  Call-backs 
3.10.4.  Promises 
3.10.5.  Async/Await 

Module 4. Web Layout Applied to Full Stack Developer 

4.1.  CSS and Layout 

4.1.1.  Layout with Tables 
4.1.2.  Fluid Layout 
4.1.3.  The Responsive Era 
4.1.4.  Mobile First Vs. Desktop First 

4.2.  CSS and the Rules of Web Design 

4.2.1.  Selectors 
4.2.2.  Pseudo Classes 
4.2.3.  Pseudo Elements 

4.3.  Layout with CSS 

4.3.1.  Box Model Rules 
4.3.2.  Typographies 
4.3.3.  Colors 
4.3.4.  Images 
4.3.5.  Backgrounds 
4.3.6.  Tables 
4.3.7.  Forms 
4.3.8.  Showing and Hiding Elements 
4.3.9.  CSS Variables 

4.4.  Responsive Design and Fluid Design 

4.4.1.  Floating Elements 
4.4.2.  CSS Grid 
4.4.3.  Media Queries 
4.4.4.  Flex Box 

4.5.  The CSS Cascade 

4.5.1.  Priority of CSS Rules 
4.5.2.  Overwriting Rules 
4.5.3.  Classes Vs. Identifiers 

4.6.  SaSS 

4.6.1.  Software as a Service (SaSS) 
4.6.2.  SaSS Installation 
4.6.3.  Running and Compiling SaSS 
4.6.4.  Structure of a SaSS Directory 

4.7.  Using SaSS 

4.7.1.  Variables in Sass 
4.7.2.  Modularization of Our Project 
4.7.3.  SaSS Syntax 

4.8.  SaSS Logic 

4.8.1.  Mixins 
4.8.2.  Maps 
4.8.3.  Functions and Control Structures 

4.9.  Layout with Bootstrap 

4.9.1.  Bootstrap 
4.9.2.  Bootstrap Layout 
4.9.3.  Forms 
4.9.4.  Box Model with Bootstrap 
4.9.5.  Colors and Fonts 
4.9.6.  Links and Buttons 
4.9.7.  Showing and Hiding Elements with Bootstrap 
4.9.8.  Flex Box with Bootstrap 
4.9.9.  Components 

4.10.  Theming Bootstrap 

4.10.1. Rewriting Bootstrap with SaSS (Software as a Service) 
4.10.2. File Structure  
4.10.3. Creating our Own CSS Framework (Cascading Style Sheets) 

Module 5. Javascript Tools. ReactJS Library 

5.1.  ReactJS Javascript Tool 

5.1.1.  The ReactJS Tool 
5.1.2.  Create React App 
5.1.3.  JavaScript Syntax Extension 

5.2.  ReactJS Components 

5.2.1.  Components 
5.2.2.  Props 
5.2.3.  Rendering 

5.3.  Events in the ReactJS Library 

5.3.1.  Event Handling 
5.3.2.  Inline Event Handling 
5.3.3.  Events in the ReactJS Library 

5.4.  Configuring ReactJS Hooks 

5.4.1.  Status of a Component 
5.4.2.  Status Hook 
5.4.3.  Hook  of Effect 
5.4.4.  Custom Hooks 
5.4.5.  Other Hooks 

5.5.  Context Component in ReactJS 

5.5.1.  Context Component in ReactJS 
5.5.2.  Using Context 
5.5.3.  Context Structure 
5.5.4.  React Create Context 
5.5.5.  Context. Provider 
5.5.6.  Class. Context Type 
5.5.7.  Context. Consumer 
5.5.8.  Context.displayName 
5.5.9.  Practical Application of Context  

5.6.  Routing in ReactJs 

5.6.1.  Router 
5.6.2.  React Router 
5.6.3.  Installation 
5.6.4.  Basic Routing 
5.6.5.  Dynamic Routing 
5.6.6.  Primary Components 
5.6.7.  React Router Hooks 

5.7.  Using Lists and Forms with ReactJS 

5.7.1.  Lists and Loops 
5.7.2. Forms and Validations 
5.7.3.  Hook React Forms 

5.8.  Using Styles in ReactJS 

5.8.1.  Traditional Styling 
5.8.2.  Inline Styling 
5.8.3.  Addition of Design System Library 

5.9.  Performing Tests in JavaScript. Tools 

5.9.1.  Testing 
5.9.2.  Jest JavaScript Testing Framework 
5.9.3.  Visual Testing and Documentation 

5.10.  Deploying Code with ReactJS 

5.10.1.  Hosting 
5.10.2.  Suppliers 
5.10.3.  Project Preparation 
5.10.4.  Deployment on Heroku 

Module 6. JavaScript Framework. Angular 

6.1.  The Angular Framework and its Architecture 

6.1.1.  Angular CLI 
6.1.2.  Architecture 
6.1.3.  Workspace and Structure  
6.1.4.  Environment 

6.2.  Angular Framework Components 

6.2.1.  Life Cycle 
6.2.2.  View Encapsulation 
6.2.3.  Interaction Between Components 
6.2.4.  Content Projection 

6.3.  Angular Framework Templates 

6.3.1.  Text Interpolation 
6.3.2.  Declarations 
6.3.3.  Property Binding  
6.3.4.  Class, Style and Attribute Binding  
6.3.5.  Event Binding and  Two-Way Binding  
6.3.6.  Pipes 

6.4.  Angular Framework Directives 

6.4.1.  Angular Directives 
6.4.2.  Attribute Directives 
6.4.3.  Structure Directives 

6.5.  Services and Dependency Injection 

6.5.1.  Services 
6.5.2. Dependency Injection 
6.5.3.  Service Providers 

6.6.  Routing and Navigation 

6.6.1.  Application with Routing 
6.6.2.  Basic Routing 
6.6.3.  Nested Routes 
6.6.4.  Parameters 
6.6.5.  Access and Authorization 
6.6.6.  Lazy Loading of Modules 

6.7.  RxJS 

6.7.1.  Observables 
6.7.2.  Observers 
6.7.3.  Subscriptions 
6.7.4.  Operators 

6.8.  Forms and HTTP 

6.8.1.  Reactive Forms 
6.8.2.  Field Validation 
6.8.3.  Dynamic Forms 
6.8.4.  Requests 
6.8.5.  Interceptors 
6.8.6.  Security 

6.9.  Animations 

6.9.1.  Transitions and Triggers 
6.9.2.  Path Transitions 
6.9.3.  Differences Between Transitions 

6.10.  Testing in the Angular Framework 

6.10.1.  Testing Services 
6.10.2.  Component Testing 
6.10.3.  Testing of Directives and Pipelines 

Module 7. Programming in NodeJs Language 

7.1.  NodeJS and its Architecture 

7.1.1. NPM and Package Management 
7.1.2. Executing a Program 
7.1.3. Modules 
7.1.4. Creating a Module 
7.1.5. Loop of Events 

7.2.  Backend, HTTP, Express and Sockets Server 

7.2.1. Module HTTP 
7.2.2. Express 
7.2.3. Socket.io 

7.3.  Database and Cache 

7.3.1. MongoDB 
7.3.2. Mongoose 
7.3.3. SQL  
7.3.4. Sequelize  
7.3.5. Redis 

7.4.  File System and Os 

7.4.1. File System Module 
7.4.2. Os Module 
7.4.3. Cluster Module 

7.5.  Events, Buffers and Streams 

7.5.1. Events 
7.5.2. Buffers 
7.5.3. Streams 

7.6.  Testing 

7.6.1. Jest 
7.6.2. Mocha 
7.6.3. TDD - Cucumber 

7.7.  Architecture and Good Practices 

7.7.1. DRY 
7.7.2. SOLID 
7.7.3. CRUD 
7.7.4. MVC 
7.7.5. Monoliths 
7.7.6. Microservices 
7.7.7. Hexagonal Architecture 

7.8.  Typescript 

7.8.1. Types, Interfaces and Classes 
7.8.2. Functions and Modules 
7.8.3. Generics 
7.8.4. Namespaces 
7.8.5. Decorators 

7.9.  API REST

7.9.1. Get 
7.9.2. Post 
7.9.3. Put
7.9.4. Delete 
7.9.5. Swagger 
7.9.6. Building a REST API with Express 

7.10.  Building and Containerizing an Application with NestJS 

7.10.1. Nest CLI 
7.10.2. Docker 
7.10.3. Building an Application 

Module 8. Databases for Full Stack Developers 

8.1.  Databases for Full Stack Developers 

8.1.1. Database within Application Development 
8.1.2. Database Capabilities 
8.1.3. SQL (Structured Query Language) 

8.2.  Choice of Database 

8.2.1. Application or Service to be Considered 
8.2.2. Database Categories 
8.2.3. Database Overview 

8.3.  Development with MySQL 

8.3.1. Development with MySQL 
8.3.2. Deployment of Relational Model with MySQL 
8.3.3. Connection to MySQL 

8.4.  Development with Oracle Database 

8.4.1. Development with Oracle DB 
8.4.2. Model Deployment 
8.4.3. Connection to Oracle Database 

8.5.  Development with Oracle SQL Server 

8.5.1. Oracle SQL Server 
8.5.2. Model Deployment 
8.5.3. Connection to SQL Server 

8.6.  Development with NoSQL 

8.6.1. Comparison with SQL Databases 
8.6.2. Database Creation in MongoDB 
8.6.3. Connection to MongoDB 

8.7.  Development with Networks 

8.7.1. Development with Networks 
8.7.2. Database Creation with Neo4j 
8.7.3. Connection with Neo4j 

8.8.  Key-value Database Development 

8.8.1. Development with K-V Database 
8.8.2. Database Creation with Redis 
8.8.3. Connection with Redis 

8.9.  Databases with Other Data Types 

8.9.1. Elastic Search 
8.9.2. In Memory Database 
8.9.3. Development with Spatial Data 

8.10.  Database. Advanced Aspects 

8.10.1. Databases in Cloud Native Development 
8.10.2. Databases in Microservices Architecture 
8.10.3. CI/CD and Databases 

Module 9. UX CX. Customer Experience 

9.1.  Customer Experience 

9.1.1. Customer Experience(CX) 
9.1.2. New Consumer Needs 
9.1.3. Feedback in Customer Experience 

9.2.  Innovative Technologies 

9.2.1. Thinking Machines 
9.2.2. New Ways of Sharing Information 
9.2.3. Measuring What Cannot Be Measured 

9.3.  Channels of Interaction with the User 

9.3.1. Customer Analysis 
9.3.2. Personalization 
9.3.3. Multiple User Interaction Channels 

9.4.  User Analytics 

9.4.1. Web Structure 
9.4.2. User Analytics 
9.4.3. Advanced User Analytics 

9.5.  Nielsen and its Impact on CX 

9.5.1. Nielsen and its Impact on CX 
9.5.2. User Testing Techniques 

9.6.  Customer Experience Tools 

9.6.1. Advanced Tools 
9.6.2. Mobility 
9.6.3. Accessibility 

9.7.  New Methodologies 

9.7.1. The User's Challenge 
9.7.2. UX Process 
9.7.3. User Research 

9.8.  Communication of a Design 

9.8.1. Wireframing 
9.8.2. Design Communication Tools 
9.8.3. Advanced Design Communication Tools 

9.9.  UI design 

9.9.1. UI design 
9.9.2. Web and Mobile Interfaces 
9.9.3. Web and Mobile Components 

9.10.  Elaboration of a CX 

9.10.1. Elaboration of a CX 
9.10.2. Design of New Experiences 
9.10.3. Interfaces 

Module 10. Continuous Integration and Application Deployment 

10.1. Continuous Integration and Continuous Deployment: CI/CD 

10.1.1. Use of Continuous Integration and Continuous Deployment (CI/CD) 
10.1.2. Differences Between Continuous Integration and Continuous Deployment (CI/CD) 
10.1.3. Continuous Integration and Continuous Deployment. Benefits of CI/CD 

10.2.  New Development Paradigms 

10.2.1. From Waterfall to DevOps 
10.2.2. Style Guide: The 12 Factors 
10.2.3. Cloud Native, Microservices and Serverless 

10.3.  DevOps, Beyond CI/CD 

10.3.1. DevOps 
10.3.2. DevOps. Continuous Everything 
10.3.3. DevOps vs SRE 

10.4.  Container Technology I - Docker 

10.4.1.  Containers Contribution 
10.4.2.  Docker. Architecture 
10.4.3.  Deployment Process with Docker 

10.5.  Container Technology II - Kubernetes 

10.5.1. Orchestration 
10.5.2. Kubernetes 
10.5.3. The Kubernetes Ecosystem 

10.6.  Infrastructure Configuration with GitOps 

10.6.1. Immutable Infrastructure 
10.6.2. GitOps 
10.6.3. GitOps Tools 

10.7.  Pipelines and Automation. CI/CD Use Cases 

10.7.1. Continuous Integration 
10.7.2. Continuous Deployment and Delivery 
10.7.3. Automatic Validation 
10.7.4. Best Practices in CI/CD 

10.8.  CI/CD with Jenkins. Reference: 

10.8.1. CI/CD with Jenkins 
10.8.2. Jenkins Pipelines 
10.8.3. Best Practices with Jenkins 

10.9.  CI/CD Ecosystem 

10.9.1. Ecosystem Organization 
10.9.2. Advanced Tools 
10.9.3. Dagger. The Future 

10.10.  Final Phases of the CI/CD Oriented Software Cycle 

10.10.1.  Application of IA to the CI/CD Process 
10.10.2.  DevSecOps 
10.10.3.  Chaos Engineering  

You will have at your disposal the most modern educational resources, with free access to the virtual classroom 24 hours a day"