In just 12 months you will be able to develop a complete web application from start to finish. Enroll now” 

Technology advances such as 5G, Internet of Things, Artificial Intelligence and e-commerce boom have boosted the creation of innovative web applications and services. In this scenario, in addition to the development itself, personalized attention to user and security guarantees in connectivity have acquired great relevance.

This is a reality that has motivated many IT professionals to improve their competencies and skills in these areas in order to make their way into large companies within industry. To facilitate this professional progression, TECH has created this 12-month Master's Degreein Web Services and Applications Development .

It is a program that covers all essential elements for planning, development and operation of this type of solutions. In addition, the Syllabus incorporates latest trends around Cloud deployment options and offers a 360-degree view of Web Architectures. All of this is complemented by numerous multimedia didactic materials, accessible at any time of the day, from an electronic device with an Internet connection. In addition, thanks to the Relearning method, based on reiteration of essential content, the graduate will achieve much more effective learning without need to invest long hours of study and memorization. 

An exceptional opportunity to increase the range of activities in a growing sector through a 100% online and flexible academic proposal. With this methodology, the professional will have greater freedom to self-manage their time to access the program and reconcile their personal and daily work activities.

Thanks to this Certificate you will be updated on recent trends in codeless development and advances in Generative AI"  

This Master's Degree in Web Services and Applications Development contains the most complete and up-to-date program on the market. The most important features include:

• The development of case studies presented by experts in Software, Systems and Computing
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on 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 to the expert, debate forums on controversial topics, and individual reflection assignments 
• Content that is accessible from any fixed or portable device with an Internet connection

Acquire advanced learning around management, security and observability in Web Services"

The program’s teaching staff includes professionals from sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will allow the professional a situated and contextual learning, that is, a simulated environment that will provide an immersive education programmed to prepare for real situations.

The program design focuses on Problem-Based Learning, by means of which the professional must try to solve the different professional practice situations that are presented throughout the academic course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts. 

The Relearning system will allow you to reduce long hours of study and memorization"

Delve into latest advances in Cloud deployment options from the best professionals in the field"

This academic institution provides students with a wide variety of teaching resources such as detailed videos, video summaries of each topic, specialized readings and case studies. Through these didactic tools, the computer scientist will deepen in a much more enjoyable way in Web Services and Applications Development , allowing students to obtain a comprehensive learning that will lead them to increase their field of action in this area and distinguish themselves from the rest of competitors.

You have at your disposal a wide range of learning resources, accessible 24 hours a day, 7 days a week"

Module 1. ADVANCED Web Architecture 

1.1. ADVANCED Web Architecture 

1.1.1. Service-oriented architectures and web-oriented architectures 
1.1.2. Functional and non-functional aspects of web architectures 
1.1.3. Trends and future of web architectures 

1.2. Web Architecture Components 

1.2.1. Client-side components 
1.2.2. Network components 
1.2.3. Servers-side components 

1.3. Communication protocols in web architectures 

1.3.1. OSI model and application layer 
1.3.2. Hypertext Transfer Protocol (HTTP/S) 
1.3.3. Other protocols (FTP, SMTP, Websockets) 

1.4. Web architecture layers 

1.4.1. Presentation Layer 
1.4.2. Application Layer 
1.4.3. Data layer 

1.5. Types of web architectures 

1.5.1. Monolithic architectures 
1.5.2. Microservices Oriented Architectures 
1.5.3. Serverless architectures 

1.6. Architecture Patterns from Web Applications 

1.6.1. Model - View - Controller (MVC) 
1.6.2. Model - View presented (MVP) 
1.6.3. Model View- View - Models (MVVM) 

1.7. Best practices in web architectures 

1.7.1. Security and testing by design 
1.7.2. Scalability and resilience 
1.7.3. Reusability, extensibility and integrability 

1.8. Web architecture design 

1.8.1. Business requirements analysis 
1.8.2. Types of diagrams and tools 
1.8.3. Documentation 

1.9. Web Architecture Evolution 

1.9.1. Continuous Improvement Processes 
1.9.2. Third party integration 
1.9.3. Legacy systems support and maintenance 

1.10. Reference web architectures 

1.10.1. Static and dynamic websites 
1.10.2. e-Commerce Service 
1.10.3. Streaming platform 

Module 2. Front-End Development of Web Application 

2.1. Web Application Front-end Development Technologies 

2.1.1. HTML5 
2.1.2. CSS 
2.1.3. DOM and JavaScript 

2.2. Front-end Development Patterns 

2.2.1. Multiple Page Applications 
2.2.2. Single Page Applications 
2.2.3. Progressive Web Applications 

2.3. User Interface (UI) Development in Web Applications 

2.3.1. Frameworks and Front-end development tools 
2.3.2. Separation of responsibilities 
2.3.3. Component-oriented architectures 

2.4. Client-Server Communication 

2.4.1. Request flow 
2.4.2. Synchronous communication 
2.4.3. Asynchronous communication 

2.5. Status Control in Web Applications 

2.5.1. Global and shared status in Web Applications 
2.5.2. Status management patterns (Redux, MobX, Recoil) 
2.5.3. Use Cases and Recommendations 

2.6. User Experience (UX) in Web Applications 

2.6.1. User-Centered Design 
2.6.2. Information Architecture 
2.6.3. Design and prototyping tools 

2.7. Web Accessibility 

2.7.1. Web accessibility standards and regulations (ADA, WCAG, European Accessibility Act) 
2.7.2. Aplicaciones de Internet ricas y accesibles (ARIA) 
2.7.3. Web accessibility tools 

2.8. Multi-platform support 

2.8.1. Mobile first and responsive design 
2.8.2. Native Development Tools 
2.8.3. Hybrid Development Tools 

2.9. Translation and internationalization 

2.9.1. Language management 
2.9.2. Characters Codification 
2.9.3. Regional formats 

2.10. Front-end optimization and performance 

2.10.1. Load optimization techniques 
2.10.2. Lazy and deferred resource loading 
2.10.3. Testing and performance measurement tools 

Module 3. Application Back-end development 

3.1. Back-end development technologies 

3.1.1. Programming Languages 
3.1.2. Frameworks and libraries 
3.1.3. Dependency management 

3.2. Back-end development Patterns 

3.2.1. SOLID 
3.2.2. Microservices 
3.2.3. API-first 

3.3. REST Application Programming Interfaces (API) Development 

3.3.1. Statefulness y statelessness 
3.3.2. HTTP methods and responses 
3.3.3. Pagination, documentation and versioning 

3.4. Other APIs types 

3.4.1. GraphQL 
3.4.2. Websockets 
3.4.3. gRPC 

3.5. Message Queuing 

3.5.1. Message Queuing 
3.5.2. Patterns and Case Uses 
3.5.3. Available solutions 

3.6. Events-Based Architectures 

3.6.1. Events-Based Architectures 
3.6.2. Event flow layers 
3.6.3. Patterns and Case Uses 

3.7. Application development with containers 

3.7.1. Containers 
3.7.2. Development and deployment with containers 
3.7.3. Tools for Container Management 

3.8. Back-end application deployment and execution 

3.8.1. Packaging 
3.8.2. Web Servers 
3.8.3. Application Servers 

3.9. Front-end optimization and performance 

3.9.1. Scalability and load balancing 
3.9.2. Request limiting and asynchronous processing 
3.9.3. Measurement and performance Test tools 

3.10. Web Application Development Trends 

3.10.1. Generation of applications with low-code and no-code systems
3.10.2. Generative AI development assistance. Github Copilot 
3.10.3. Gartner Hype Cycle

Module 4. Design and data persistence implementation 

4.1. Data storage solutions 

4.1.1. CRUD, ACID, OLTP, OLAP 
4.1.2. Data Modeling 
4.1.3. Data storage system classifications 

4.2. Relational Databases 

4.2.1. Case Uses 
4.2.2. Relational database operations 
4.2.3. Available solutions 

4.3. Non-- Relational Databases 

4.3.1. Key-Value Databases 
4.3.2. Objects-Oriented Databases 
4.3.3. Graph-Oriented Databases 

4.4. Other database systemss 

4.4.1. In-memory databases 
4.4.2. Time-series databases 
4.4.3. Distributed Databases 

4.5. File system storage 

4.5.1. Case Uses 
4.5.2. File system operations 
4.5.3. Available solutions 

4.6. Data cache mechanisms 

4.6.1. Client-side Cache 
4.6.2. Network cache (CDN) 
4.6.3. Servers-side Cache 

4.7. Search Engines 

4.7.1. Case Uses 
4.7.2. Indexing and searching 
4.7.3. Available solutions 

4.8. Data access mechanisms 

4.8.1. Data Access Object (DAO) and Data Transfer Object (DTO) 
4.8.2. Access Control 
4.8.3. Drivers 

4.9. Big Data Architecture 

4.9.1. Extraction, Loading and Transformation (ETL) 
4.9.2. Data warehouses, datalakes and data Lakehouses 
4.9.3. Available solutions 

4.10. Criteria for storage selection 

4.10.1. Functional requirements 
4.10.2. Non-Functional Requirements
4.10.3. Other key aspects 

Module 5. Web Application User Management 

5.1. User registration and authentication 

5.1.1. Identity validation and MFA 
5.1.2. Authentication Protocols OAuth 2.0, SAML, LDAP, RADIUS 
5.1.3. Identity providers 

5.2. User profiles, roles and authorization 

5.2.1. Authorization mechanisms 
5.2.2. Role Based Access (RBAC) 
5.2.3. Principle of minimum privilege 

5.3. Credentials management 

5.3.1. Encryption and secure storage of passwords 
5.3.2. Modification and revocation of credentials 
5.3.3. Password tools and services 

5.4. User session Management 

5.4.1. Session ID, properties and life cycle 
5.4.2. Session control implementations 
5.4.3. Cookies and Web Storage 

5.5. User data isolation 

5.5.1. Single-tenant and multi-tenant systems 
5.5.2. Physical data isolation (silos) 
5.5.3. Logic data isolation (silos) 

5.6. Notifications and messaging 

5.6.1. Application notifications 
5.6.2. Notification services: email, SMS, Push notifications 
5.6.3. Subscription management 

5.7. Personalized user experiences 

5.7.1. User segmentation 
5.7.2. Recommendation mechanisms 
5.7.3. A/B testing 

5.8. User monitoring and analytics 

5.8.1. Forms of analysis: Behavior, Customer Journey, Funnel Analysis 
5.8.2. Web monitoring and analysis tools: Google Analytics and others 
5.8.3. Multi-platform tracking: email, mobile devices 

5.9. Web application monetization 

5.9.1. Search optimization 
5.9.2. Digital Marketing Campaigns 
5.9.3. E-Commerce and Payment Gateways 

5.10. Protection of Personal Data 

5.10.1. Data protection area 
5.10.2. International data protection regulation 
5.10.3. Recommendations and Good Practices 

Module 6. Web Projects Management and Organization 

6.1. Web application development process 

6.1.1. Phases in the Developers Process 
6.1.2. Roles and organization in web development projects 
6.1.3. Collaborative web development 

6.2. Collaborative development methodologies 

6.2.1. Agile Manifesto and principles 
6.2.2. Comparing Agile Methodologies: Scrum and Kanban 
6.2.3. Web project management tools 

6.3. Development and operation work model (DevOps) 

6.3.1. Responsibilities 
6.3.2. Adopting a DevOps working model 
6.3.3. Other approaches: DevSecOps, DataOps, MLOps 

6.4. Version Control 

6.4.1. Benefits of version control 
6.4.2. Git version control 
6.4.3. Version Control Solutions: Github, Gitlab 

6.5. Infrastructure as code (IaaC) 

6.5.1. Infrastructure as Code ( IaaC) 
6.5.2. Infrastructure management patterns 
6.5.3. IaaC tools and frameworks: Terraform 

6.6. Continuous Integration and Deployment (CI/CD) 

6.6.1. Integration Strategies 
6.6.2. Deployment and rollback strategies 
6.6.3. IC/DC pipeline solutions 

6.7. Quality Assurance (QA) 

6.7.1. Test planning 
6.7.2. Types of Tests 
6.7.3. Test automation and execution 

6.8. Maintenance and troubleshooting 

6.8.1. Service Level Objectives (SLOs) and Service Level Indicators (SLIs) 
6.8.2. Incident management and post-incident analysis 
6.8.3. Incident management tools 

6.9. Web project cost management 

6.9.1. Cost factors in web projects: infrastructure, development, operations 
6.9.2. Cost Estimation 
6.9.3. Costs Control and Optimization 

6.10. Web project releases management 

6.10.1. Pre-release phases: MVP, Alfa, Beta 
6.10.2. Production start-up planning 
6.10.3. Generation of New Versions and Compatibilities

Module 7. Web Application Security 

7.1. Secure web architecture design 

7.1.1. Client security 
7.1.2. Network Security 
7.1.3. Server security 

7.2. Encryption 

7.2.1. Encryption techniques 
7.2.2. In-transit encryption 
7.2.3. Encryption at rest 

7.3. Web Certificates 

7.3.1. Types of web certificates 
7.3.2. Web certificate generation and storage 
7.3.3. Certification Authorities 

7.4. Major web attacks 

7.4.1. Open Worldwide Application Security Project (OWASP) Top 10 
7.4.2. Injection attacks 
7.4.3. Denial of Service Attacks 

7.5. Other attack types 

7.5.1. Software attacks: malware, ransomware 
7.5.2. Phishing and social engineering attacks: phishing, spoofing 
7.5.3. Vulnerability exploitation: supply chain, zero-day exploit 

7.6. Bot protection 

7.6.1. Bot types 
7.6.2. Detection algorithms 
7.6.3. Bot challenges: CAPTCHA, image recognition 

7.7. Web security tools and services 

7.7.1. Prevention 
7.7.2. Detection 
7.7.3. Mitigation 

7.8. International Web Industry Safety Regulations and Recommendations 

7.8.1. ISO 27001 
7.8.2. Regional regulations: NIS2, NIST 
7.8.3. Regulations by industry: PCI, HIPAA 

7.9. Security Policies 

7.9.1. Security roles in development teams 
7.9.2. Secure development practices 
7.9.3. Incident response: training and automation 

7.10. Security Tests 

7.10.1. Vulnerability Analysis 
7.10.2. Penetration Test 
7.10.3. Security Audits 

Module 8. Web Application Observability and Resilience 

8.1. Site Reliability Engineering (SRE) 

8.1.1. Development of observable and resilient applications 
8.1.2. Capacity planning 
8.1.3. SRE and DevOps collaboration 

8.2. Application logs 

8.2.1. Log levels and structures 
8.2.2. Log storage and analysis 
8.2.3. Frameworks and tools for logs 

8.3. Application traces 

8.3.1. Application Instrumentation 
8.3.2. End-to-end traceability: trace ID 
8.3.3. Frameworks and tools for Trace 

8.4. Metrics monitoring 

8.4.1. Types of Metrics 
8.4.2. Metrics storage and analysis 
8.4.3. Frameworks and tools for Metrics 

8.5. Incident Response 

8.5.1. Alerts and notifications 
8.5.2. Dashboards and reports 
8.5.3. Process Automation 

8.6. Fault-tolerant Application Design 

8.6.1. Failure point detection and health-checks 
8.6.2. Isolation and Redundancy 
8.6.3. Graceful degradation 

8.7. High Availability Architectures 

8.7.1. Load balancing 
8.7.2. Horizontal and Vertical Scales 
8.7.3. Upgrades without downtime 

8.8. Data backup and recovery 

8.8.1. Backups Policy and Data Retention 
8.8.2. Backup mechanisms 
8.8.3. Recovery options 

8.9. Disaster planning and recovery 

8.9.1. Disaster planning: RTO and RPO 
8.9.2. Disaster Recovery Strategies 
8.9.3. Disaster recovery tools 

8.10. Chaos Engineering 

8.10.1. Failure tests 
8.10.2. Safety and isolation mechanisms 
8.10.3. Tools and frameworks for failure testing 

Module 9. Web Applications and Services in the Cloud 

9.1. Cloud Application Architecture 

9.1.1. Cloud Computing 
9.1.2. Cloud Web Applications and Services 
9.1.3. Providers and modalities (IaaS, PaaS, SaaS) 

9.2. Cloud web application deployment models 

9.2.1. Public and private clouds 
9.2.2. Multi-cloud and hybrid models 
9.2.3. Edge computing 

9.3. Serverless Computing 

9.3.1. Case Uses 
9.3.2. Serverless Application Design 
9.3.3. Functions as a Service (FaaS) 

9.4. Amazon Web Services 

9.4.1. Main and Customer Services 
9.4.2. Regional and global availability 
9.4.3. Free offer 

9.5. Microsoft Azure 

9.5.1. Main and Customer Services 
9.5.2. Regional and global availability 
9.5.3. Free offer 

9.6. Google Cloud Computing 

9.6.1. Main and Customer Services 
9.6.2. Regional and global availability 
9.6.3. Free offer 

9.7. Other providers and platforms for cloud web services and applications 

9.7.1. IBM Cloud 
9.7.2. Oracle Cloud 
9.7.3. Web hosting: Heroku, Firebase, Cloudflare 

9.8. Cloud migration 

9.8.1. Migration Strategies: 7R's Model 
9.8.2. Planning and Migration Phases 
9.8.3. Javascript Tools

9.9. Cloud cost optimization 

9.9.1. Cost monitoring 
9.9.2. Dimensioning of resources 
9.9.3. Discount plans 

9.10. Cloud Application Management 

9.10.1. Deployment model and vendor selection criteria 
9.10.2. Training and certification 
9.10.3. Integration into company's organization. Cloud Center of Excellence (CCoE) 

Module 10. Advanced Web Application Building 

10.1. The application 

10.1.1. Application Presentation 
10.1.2. Requirements 
10.1.3. Stakeholders 

10.2. Planning and design 

10.2.1. Methodology choice 
10.2.2. Development and management plan: 
10.2.3. Designing the Architecture: 

10.3. Development platform settings 

10.3.1. Choice of the Development Platform 
10.3.2. Environment settings 
10.3.3. Version control settings 

10.4. Front-end development 

10.4.1. Technology choice 
10.4.2. Implementation 
10.4.3. Unit Tests 

10.5. Application Back-end development 

10.5.1. Technology choice 
10.5.2. Implementation 
10.5.3. Unit Tests 

10.6. Data storage implementation 

10.6.1. Technology choice 
10.6.2 Data Models 
10.6.3. Implementation 

10.7. User management and security 

10.7.1. User Management Models 
10.7.2. Implementation 
10.7.3. Application of Security Policies 

10.8. Continuous Integration and Deployments 

10.8.1. Integration test plan 
10.8.2. Creation of a CI/CD Pipeline 
10.8.3. Application deployment with IaaC 

10.9. Maintenance Tasks 

10.9.1. Application monitoring: costs, resource consumption, etc
10.9.2. Incident Response 
10.9.3. Deploying an application correction 

10.10. Application evolution 

10.10.1. Business Data analysis 
10.10.2. Improvements 
10.10.3. Planning and deploying new versions

Set yourself apart from other IT professionals with a Certificate that will make you a great DevOps Engineer"