You will play a key role in the technological future of many companies. Specialize in Advanced master’s degree and start developing the systems that will make a difference" 

The technology industry is one of the most relevant industries today, as almost everyone interacts with some kind of digital device on a daily basis. In this context, software engineers are the first line of battle in the whole technological development process, since they are the ones who constantly have to be updating systems, developing new ones and offering intelligent solutions to the problems that arise. Seen in this way, computer engineering professionals must be highly decisive people, with great technical knowledge and an outstanding ability to adapt to all types of development and environments. 

With this objective in mind, TECH has designed this Advanced master’s degree in Software Engineering, offering a complete and high-level training to all developers who want to specialize their career and direct it to the creation of systems. On the one hand, the program deals with the different methodologies to create and manage a software development project, as well as all the aspects to take into account regarding computation, requirements and platforms. On the other hand, the security of the software itself as well as the information systems and work environment used during the process is also emphasized. Upon graduation, the student will have all the necessary knowledge to be an effective and highly competent Software Engineering expert. 

In addition, one of the main advantages of this program is that its 100% online. This means that the student does not have to adapt to fixed schedules and is not obliged to attend a specific physical center. Thus, the student has the freedom to manage the study of the subject of his choice, at his own pace and taking into account his obligations, planning his schedule as he sees fit. 

Can you imagine having participated in the development of Netflix? It's time to stop imagining and focus your career on the best software projects" 

This Advanced master’s degree in Software Engineering contains the most complete and up-to-date educational program on the market. The most important features include: 

• The development of case studies presented by experts in software development
• 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 in the field of Software Engineering 
• 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 

Your experience and expertise can make the difference in large projects involving many requirements. Don't miss the opportunity to distinguish yourself in your career and enroll now in this Advanced master’s degree in Software Engineering" 

Its teaching staff includes professionals from the field of Software Engineering, who bring their work experience to this program, as well as renowned specialists from leading companies and prestigious 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 an immersive learning experience designed to prepare for real-life situations. 

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

TECH's goal is to make you a great computer engineer. You are guaranteed access to the best possible material and teaching"

Study it when, where and how you want. The program is 100% online and adapts to your needs, not the other way around"

The didactic material of this Advanced master’s degree in Software Engineering is elaborated to cover all the necessary and complementary teaching in the subject, with the most up-to-date methodologies, tools and knowledge available in the market. An extensive and exhaustive syllabus where the use of programming languages and advanced environments, web server administration and its integration in the development process or the actual management of a project are taught. This ensures the best possible opportunity for the student to specialize in Software Engineering and quickly excel in that field. 

Show that your knowledge is on par with your attitude to be the best professional and add great value to your resume with this Advanced master’s degree in Software Engineering"  

Module 1. Methodologies, Development and Quality in Software Engineering

1.1. Introduction to Software Engineering

1.1.1. Introduction
1.1.2. The Software Crisis
1.1.3. Differences between Software Engineering and Computer Science
1.1.4. Ethics and Professional Responsibility in Software Engineering
1.1.5. Software Factories

1.2. The Software Development Process

1.2.1. Definition
1.2.2. Software Process Model
1.2.3. The Unified Software Development Process

1.3. Object-Oriented Software Development

1.3.1. Introduction
1.3.2. Principles of Object Orientation
1.3.3. Objectives Definition
1.3.4. Class Definition
1.3.5. Object-Oriented Analysis vs. Object-Oriented Design

1.4. Model-Based Software Development

1.4.1. The Need to Model
1.4.2. Software Systems Modeling
1.4.3. Object Modeling
1.4.4. UML
1.4.5. CASE Tools

1.5. Application Modeling and Design Patterns with UML

1.5.1. Advanced Requirements Modeling
1.5.2. Advanced Static Modeling
1.5.3. Advanced Dynamic Modeling
1.5.4. Component Modeling
1.5.5. Introduction to Design Patterns with UML
1.5.6. Adapter
1.5.7. Factory
1.5.8. Singleton
1.5.9. Strategy
1.5.10. Composite
1.5.11. Facade
1.5.12. Observer

1.6. Model-Driven Engineering

1.6.1. Introduction
1.6.2. Metamodeling of Systems
1.6.3. MDA
1.6.4. DSL
1.6.5. Model Refinements with OCL
1.6.6. Model Transformations

1.7. Ontologies in Software Engineering

1.7.1. Introduction
1.7.2. Ontology Engineering
1.7.3. Application of Ontologies in Software Engineering

1.8. Agile Methodologies for Software Development, Scrum

1.8.1. What is Software Agility?
1.8.2. The Agile Manifesto
1.8.3. The Roadmap of an Agile Project
1.8.4. The Product Owner
1.8.5. User Stories
1.8.6. Agile Planning and Estimating
1.8.7. Measurements in Agile Development
1.8.8. Introduction to Scrum
1.8.9. The Roles 
1.8.10. The Product Backlog
1.8.11. The Sprint
1.8.12. Meetings

1.9. Lean Software Development Methodology

1.9.1. Introduction
1.9.2. Kanban

1.10. Quality and Software Process Improvement

1.10.1. Introduction
1.10.2. Software Measurement
1.10.3. Software Testing
1.10.4. Software Process Quality Model: CMMI

Module 2. Software Project Management

2.1. Fundamental Concepts of Project Management and the Project Management Lifecycle

2.1.1. What is a Project?
2.1.2. Common Methodology
2.1.3. What is Project Management?
2.1.4. What is a Project Plan?
2.1.5. Benefits
2.1.6. Project Life Cycle
2.1.7. Process Groups or Project Management Life Cycle
2.1.8. The Relationship between Process Groups and Knowledge Areas
2.1.9. Relationships between Product and Project Life Cycle

2.2. Start-Up and Planning

2.2.1. From the Idea to the Project
2.2.2. Development of the Project Record
2.2.3. Project Kick-Off Meeting
2.2.4. Tasks, Knowledge and Skills in the Startup Process
2.2.5. The Project Plan
2.2.6. Development of the Basic Plan. Steps
2.2.7. Tasks, Knowledge and Skills in the Planning Process

2.3. Stakeholders and Outreach Management

2.3.1. Identify Stakeholders
2.3.2. Develop Plan for Stakeholder Management
2.3.3. Manage Stakeholder Engagement
2.3.4. Control Stakeholder Engagement
2.3.5. The Objective of the Project
2.3.6. Scope Management and its Plan
2.3.7. Gathering Requirements
2.3.8. Define the Scope Statement
2.3.9. Create the WBS
2.3.10. Verify and Control the Scope

2.4. The Development of the Time-Schedule

2.4.1. Time Management and its Plan
2.4.2. Define Activities
2.4.3. Establishment of the Sequence of Activities
2.4.4. Estimated Resources for Activities
2.4.5. Estimated Duration of Activities
2.4.6. Development of the Time-Schedule and Calculation of the Critical Path
2.4.7. Schedule Control

2.5. Budget Development and Risk Response

2.5.1. Estimate Costs
2.5.2. Develop Budget and S-Curve
2.5.3. Cost Control and Earned Value Method
2.5.4. Risk Concepts
2.5.5. How to Perform a Risk Analysis?
2.5.6. The Development of the Response Plan

2.6. Quality Management

2.6.1. Quality Planning
2.6.2. Assuring Quality
2.6.3. Quality Control
2.6.4. Basic Statistical Concepts
2.6.5. Quality Management Tools

2.7. Communication and Human Resources

2.7.1. Planning Communications Management
2.7.2. Communications Requirements Analysis
2.7.3. Communication Technology
2.7.4. Communication Models
2.7.5. Communication Methods
2.7.6. Communications Management Plan
2.7.7. Manage Communications
2.7.8. Management of Human Resources
2.7.9. Main Stakeholders and their Roles in the Projects
2.7.10. Types of Organization
2.7.11. Project Organization
2.7.12. The Work Equipment

2.8. Procurement

2.8.1. The Procurement Process
2.8.2. Planning
2.8.3. Search for Suppliers and Request for Quotations
2.8.4. Contract Allocation
2.8.5. Contract Administration
2.8.6. Contracts
2.8.7. Types of Contracts
2.8.8. Contract Negotiation

2.9. Execution, Monitoring and Control and Closure

2.9.1. Process Groups
2.9.2. Project Execution
2.9.3. Project Monitoring and Control
2.9.4. Project Closure

2.10. Professional Responsibility

2.10.1. Professional Responsibility
2.10.2. Characteristics of Social and Professional Responsibility
2.10.3. Project Leader Code of Ethics
2.10.4. Liability vs. PMP®
2.10.5. Examples of Liability
2.10.6. Benefits of Professionalization

Module 3. Software Development Platforms

3.1. Introduction to Application Development

3.1.1. Desktop Applications
3.1.2. Programming Language
3.1.3. Integrated Development Environments
3.1.4. Web Applications
3.1.5. Mobile Applications
3.1.6. Cloud Applications

3.2. Application Development and Graphical User Interface in Java

3.2.1. Integrated development environments for Java
3.2.2. Main IDE for Java
3.2.3. Introduction to the Eclipse Development Platform
3.2.4. Introduction to the NetBeans Development Platform
3.2.5. Controller View Model for Graphical User Interfaces
3.2.6. Design a Graphical Interface in Eclipse
3.2.7. Design a Graphical Interface in NetBeans

3.3. Debugging and Testing in Java

3.3.1. Testing and Debugging of Java programs
3.3.2. Debugging in Eclipse
3.3.3. Debugging in NetBeans

3.4. Application Development and Graphical User Interface in. NET

3.4.1. Net Framework
3.4.2. Components of the .NET Development Platform
3.4.3. Visual Studio .NET
3.4.4. .NET tools for GUI
3.4.5. The GUI with Windows Presentation Foundation
3.4.6. Debugging and Compiling a WPF Application

3.5. Programming for .NET Networks

3.5.1. Introduction to .NET Network Programming
3.5.2. Requests and Responses in .NET
3.5.3. Use of Application Protocols in .NET
3.5.4. Security in .NET Network Programming

3.6. Mobile Application Development Environments

3.6.1. Mobile Applications
3.6.2.  Android Mobile Applications
3.6.3. Steps for Development in Android
3.6.4. The IDE Android Studio

3.7. Development of Applications in the Environment Android Studio

3.7.1. Install and Start Android Studio
3.7.2. Run an Android Application
3.7.3. Development of the Graphic Interface in Android Studio
3.7.4. Starting Activities in Android Studio

3.8. Debugging and Publishing of Android Applications

3.8.1. Debugging an Application in Android Studio
3.8.2. Memorizing Applications in Android Studio
3.8.3. Publishing an Application on Google Play

3.9. Cloud Application Development

3.9.1. Cloud Computing
3.9.2. Cloud Levels: SaaS, PaaS, IaaS
3.9.3. Main Development Platforms in the Cloud
3.9.4. Bibliographical References

3.10. Introduction to Google Cloud Platform

3.10.1. Basic Concepts of Google Cloud Platform
3.10.2. Google Cloud Platform Services
3.10.3. Tools in Google Cloud Platform

Module 4. Web-Client Computing

4.1. Introduction to HTML

4.1.1. Structure of the Document
4.1.2. Color
4.1.3. Text: 
4.1.4. Hypertext Links 
4.1.5. Images
4.1.6. Lists
4.1.7. Tables 
4.1.8. Frames
4.1.9. Forms
4.1.10. Specific Elements for Mobile Technologies 
4.1.11. Obsolete Elements 

4.2. Cascading Style Sheets (CSS)

4.2.1. Elements and Structure of a Cascading Style Sheet

4.2.1.1. Creation of Style Sheets
4.2.1.2. Application of Styles Selectors
4.2.1.3. Style Inheritance and Cascading 
4.2.1.4. Page Formatting Using Styles
4.2.1.5. Page Structuring Using Styles. The Box Model

4.2.2. Style Design for different Devices
4.2.3. Types of Style Sheets: Static and Dynamic The Pseudo-Classes
4.2.4. Best Practices in the Use of Style Sheets

4.3. Introduction and history of JavaScript

4.3.1. Introduction
4.3.2. History of JavaScript
4.3.3. Development Environment to be Used

4.4. Basic Notions of Web Programming

4.4.1. Basic JavaScript Syntax
4.4.2. Primitive Data Types and Operators
4.4.3. Variables and Areas
4.4.4. Text Strings and Template Literals
4.4.5. Numbers and Booleans
4.4.6. Comparisons

4.5. Complex JavaScript Structures

4.5.1. Vectors or Arrays and Objects
4.5.2. Sets
4.5.3. Maps
4.5.4. Disjunctive
4.5.5. Loops

4.6. Functions and Objects

4.6.1. Function Definition and Invocation
4.6.2. Arguments
4.6.3. Arrow Functions
4.6.4. Callback Functions
4.6.5. Higher Order Functions
4.6.6. Literal Objects
4.6.7. The This Object
4.6.8. Objects as Namespaces: theMaths and Date Objects

4.7. The Document Object Model (DOM)

4.7.1. What is DOM?
4.7.2. A Bit of History
4.7.3. Navigation and Element Retrieval
4.7.4. A Virtual DOM with JSDOM
4.7.5. Query Selectors
4.7.6. Navigation using Properties
4.7.7. Assigning Attributes to Elements
4.7.8. Creation and Modification of Nodes
4.7.9. Updated Styling of the DOM Elements

4.8. Modern Web Development

4.8.1. Event-Driven Flow and Listeners
4.8.2. Modern Web Toolkits and Alignment Systems
4.8.3. Strict JavaScript Mode
4.8.4. More about Functions
4.8.5. Asynchronous Promises and Functions
4.8.6. Closures
4.8.7. Functional Programming
4.8.8. POO in JavaScript

4.9. Web Usability

4.9.1. Introduction to Usability
4.9.2. Definition of Usability 
4.9.3. Importance of User-Centered Web Design 
4.9.4. Differences Between Accessibility and Usability
4.9.5. Advantages and Problems in Combining Accessibility and Usability 
4.9.6. Advantages and Difficulties in the Implementation of Usable Websites
4.9.7. Usability Methods
4.9.8. User Requirements Analysis
4.9.9. Conceptual Design Principles. User-Oriented Prototyping
4.9.10. Guidelines for the Creation of Usable Web Sites

4.9.10.1. Usability Guidelines of Jakob Nielsen
4.9.10.2. Usability Guidelines of Bruce Tognazzini

4.9.11. Usability Evaluation

4.10. Web Accessibility

4.10.1. Introduction
4.10.2. Definition of Web-Accessibility
4.10.3. Types of Disabilities

4.10.3.1. Temporary or Permanent Disabilities 
4.10.3.2. Visual Impairment
4.10.3.3. Hearing Impairment
4.10.3.4. Motor Impairment
4.10.3.5. Neurological or Cognitive Disabilities 
4.10.3.6. Difficulties Arising from Aging
4.10.3.7. Limitations Arising from the Environment
4.10.3.8. Barriers Preventing Access to the Web

4.10.4. Technical Aids and Support Products to Overcome Barriers

4.10.4.1. Aids for the Blind
4.10.4.2. Aids for Persons with Low Vision 
4.10.4.3. Aids for People with Color Blindness 
4.10.4.4. Aids for the Hearing Impaired
4.10.4.5. Aids for the Motor Impaired
4.10.4.6. Aids for the and Neurological Impaired

4.10.5. Advantages and Difficulties in the Implementation of Web Accessibility
4.10.6. Web Accessibility Regulations and Standards
4.10.7. Web Accessibility Regulatory Bodies
4.10.8. Comparison of Standards and Regulations
4.10.9. Guidelines for Compliance with Regulations and Standards 

4.10.9.1. Description of the Main Guidelines (Images, links, videos, etc.) 
4.10.9.2. Guidelines for Accessible Navigation 

4.10.9.2.1. Perceptibility
4.10.9.2.2. Operability
4.10.9.2.3. Comprehensibility
4.10.9.2.4. Robustness 

4.10.10. Description of the Web Accessibility Compliance Process
4.10.11. Compliance Levels
4.10.12. Compliance Criteria
4.10.13. Compliance Requirements
4.10.14. Web Site Accessibility Evaluation Methodology

Module 5. Web Server Computing

5.1. Introduction to Server-Side Programming: PHP

5.1.1. Server-Side Programming Basics
5.1.2. Basic PHP Syntax
5.1.3. HTML Content Generation with PHP
5.1.4. Development and Testing Environments: XAMPP

5.2. Advanced PHP

5.2.1. Control Structures with PHP
5.2.2. PHP Functions
5.2.3. Array Handling in PHP
5.2.4. String Handling with PHP
5.2.5. Object Orientation in PHP

5.3. Data Models

5.3.1. Concept of Data. Life Cycle of Data 
5.3.2. Types of Data

5.3.2.1. Basic
5.3.2.2. Records
5.3.2.3. Dynamics

5.4. Relational Model

5.4.1. Description
5.4.2. Entities and Types of Entities
5.4.3. Data Elements. Attributes
5.4.4. Relationships: Types, Subtypes, Cardinality
5.4.5. Keys Types of Keys 
5.4.6. Normalization. Normal Shapes

5.5. Construction of the Logical Data Model

5.5.1. Specification of Tables
5.5.2. Definition of Columns
5.5.3. Key Specification 
5.5.4. Conversion to Normal Shapes. Dependency 

5.6. The Physical Data Model. Data Files

5.6.1. Description of Data Files 
5.6.2. Types of Files
5.6.3. Access Modes 
5.6.4. File Organization

5.7. Database Access from PHP

5.7.1. Introduction to MariaDB
5.7.2. Working with a MariaDBdatabase: the SQL language
5.7.3. Accessing MariaDB database from PHP
5.7.4. Introduction to MySql
5.7.5. Working with a MySql Database: The SQL language
5.7.6. Accessing MySql Database from PHP

5.8. Client Interaction from PHP

5.8.1. PHP Forms
5.8.2. Cookies
5.8.3. Session Management

5.9. Web Application Architecture

5.9.1. The Controller View Model Pattern
5.9.2. Controller
5.9.3. Models
5.9.4. View

5.10. Introduction to Web Services

5.10.1. Introduction to XML
5.10.2. Service-Oriented Architecture (SOA): Web services
5.10.3. Creation of SOAP and REST Web Services
5.10.4. The SOAP Protocol
5.10.5. The REST Protocol

Module 6. Safety Management

6.1. Information Security

6.1.1. Introduction
6.1.2. Information Security Involves Confidentiality, Integrity and Availability
6.1.3. Safety is an Economic Issue
6.1.4. Safety is a Process
6.1.5. Classification of Information
6.1.6. Information Security Involves Risk Management
6.1.7. Security is Articulated with Security Controls
6.1.8. Security is both Physical and Logical
6.1.9. Safety Involves People

6.2. The Information Security Professional

6.2.1. Introduction
6.2.2. Information Security as a Profession
6.2.3. Certifications (ISC)2
6.2.4. The ISO 27001 Standard
6.2.5. Best Security Practices in IT Service Management
6.2.6. Information Security Maturity Models
6.2.7. Other Certifications, Standards and Professional Resources

6.3. Access Control

6.3.1. Introduction
6.3.2. Access Control Requirements
6.3.3. Authentication Mechanisms
6.3.4. Authorization Methods
6.3.5. Access Accounting and Auditing
6.3.6. Triple A" Technologies

6.4. Information Security Programs, Processes and Policies

6.4.1. Introduction
6.4.2. Security Management Programs
6.4.3. Risk Management
6.4.4. Design of Security Policies

6.5. Business Continuity Plans

6.5.1. Introduction to BCPs
6.5.2. Phase I and II
6.5.3. Phase III and IV
6.5.4. Maintenance of the BCP

6.6. Procedures for the Correct Protection of the Company

6.6.1. DMZ Networks
6.6.2. Intrusion Detection Systems
6.6.3. Access Control Lists
6.6.4. Learning from the Attacker: Honeypot

6.7. Security Architecture Prevention

6.7.1. Overview. Activities and Layer Model
6.7.2. Perimeter Defense (Firewalls, WAFs, WAFs, IPS, etc.)
6.7.3. Endpoint Defence (Equipment, Servers and Services)

6.8. Security Architecture Detection

6.8.1. Overview Detection and Monitoring
6.8.2. Logs, Encrypted Traffic Breaking, Recording and Siems
6.8.3. Alerts and Intelligence

6.9. Security Architecture Reaction

6.9.1. Reaction Products, Services and Resources
6.9.2. Incident Management
6.9.3. CERTS and CSIRTs

6.10. Security Architecture Recovery

6.10.1. Resilience, Concepts, Business Requirements and Regulations
6.10.2. IT Resilience Solutions
6.10.3. Crisis Management and Governance

Module 7. Information Systems Security

7.1. A global Perspective on Security, Cryptography and Classical Cryptanalysis

7.1.1. Computer Security: Historical Perspective
7.1.2. But What Exactly is Meant by Security?
7.1.3. History of Cryptography
7.1.4. Substitution Ciphers
7.1.5. Case Study: The Enigma Machine

7.2. Symmetric Cryptography

7.2.1. Introduction and Basic Terminology
7.2.2. Symmetric Encryption
7.2.3. Modes of Operation
7.2.4. DES
7.2.5. The New AES Standard
7.2.6. Encryption in Flow
7.2.7. Cryptanalysis

7.3. Asymmetric Cryptography

7.3.1. Origins of Public Key Cryptography
7.3.2. Basic Concepts and Operation
7.3.3. The RSA Algorithm
7.3.4. Digital Certificates
7.3.5. Key Storage and Management

7.4. Network Attacks

7.4.1. Network Threats and Attacks
7.4.2. Enumeration
7.4.3. Traffic Interception: Sniffers
7.4.4. Denial of Service Attacks
7.4.5. ARP Poisoning Attacks

7.5. Security Architectures

7.5.1. Traditional Security Architectures
7.5.2. Secure Socket Layer: SSL
7.5.3. SSH Protocol
7.5.4. Virtual Private Networks (VPNs)
7.5.5. External Storage Unit Protection Mechanisms
7.5.6. Hardware Protection Mechanisms

7.6. System Protection Techniques and Secure Code Development

7.6.1. Operational Security
7.6.2. Resources and Controls
7.6.3. Monitoring
7.6.4. Intrusion Detection Systems
7.6.5. Host IDS
7.6.6. Network IDS
7.6.7. Signature-based IDS
7.6.8. Lure Systems
7.6.9. Basic Security Principles in Code Development
7.6.10. Failure Management
7.6.11. Public Enemy Number 1: Buffer Overflows
7.6.12. Cryptographic Botches

7.7. Botnets and Spam

7.7.1. Origin of the Problem
7.7.2. Spam Process
7.7.3. Sending Spam
7.7.4. Refinement of Mailing Lists
7.7.5. Protection Techniques
7.7.6. Anti-Spam Service offered by Third-Parties
7.7.7. Study Cases
7.7.8. Exotic Spam

7.8. Web Auditing and Attacks

7.8.1. Information Gathering
7.8.2. Attack Techniques
7.8.3. Data Science

7.9. Malware and Malicious Code

7.9.1. What is Malware?
7.9.2. Types of Malware
7.9.3. Virus
7.9.4. Criptovirus
7.9.5. Worms
7.9.6. Adware
7.9.7. Spyware
7.9.8. Hoaxes
7.9.9. Phishing
7.9.10. Trojans
7.9.11. The Economy of Malware
7.9.12. Possible Solutions

7.10. Forensic Analysis

7.10.1. Evidence Collection
7.10.2. Evidence Analysis
7.10.3. Anti-Forensic Techniques
7.10.4. Case Study

Module 8. Software Security

8.1. Problems of the Software Security

8.1.1. Introduction to the Problem of Software Safety
8.1.2. Vulnerabilities and their Classification
8.1.3. Secure Software Properties
8.1.4. References

8.2. Software Safety Design Principles

8.2.1. Introduction
8.2.2. Software Safety Design Principles
8.2.3. Types of S-SDLC
8.2.4. Software Safety in S-SDLC Phases
8.2.5. Methodologies and Standards
8.2.6. References

8.3. Software Lifecycle Safety in the Requirements and Design Phases

8.3.1. Introduction
8.3.2. Attack Modeling
8.3.3. Cases of Abuse
8.3.4. Safety Requirements Engineering
8.3.5. Risk Analysis Architectural
8.3.6. Design Patterns
8.3.7. References

8.4. Software Lifecycle Safety in the Coding, Testing and Operation Phases

8.4.1. Introduction
8.4.2. Risk-Based Safety Testing
8.4.3. Code Review
8.4.4. Penetration Test
8.4.5. Security Operations
8.4.6. External Review
8.4.7. References

8.5. Secure Coding Applications I

8.5.1. Introduction
8.5.2. Secure Coding Practices
8.5.3. Manipulation and Validation of Inputs
8.5.4. Memory Overflow
8.5.5. References

8.6. Secure Coding Applications II

8.6.1. Introduction
8.6.2. Integers Overflows, Truncation Errors and Problems with Type Conversions between Integers
8.6.3. Errors and Exceptions
8.6.4. Privacy and Confidentiality
8.6.5. Privileged Programs
8.6.6. References

8.7. Development and Cloud Security

8.7.1. Safety in Development; Methodology and Practice
8.7.2. PaaS, IaaS, CaaS and SaaS Models
8.7.3. Security in the Cloud and for Cloud Services

8.8. Security Automation and Orchestration (SOAR)

8.8.1. Complexity of Manual Processing; Need to Automate Tasks
8.8.2. Products and Services
8.8.3. SOAR Architecture

8.9. Telework Safety

8.9.1. Need and Scenarios
8.9.2. Products and Services
8.9.3. Telework Safety

Module 9. Quality and Auditing of Information Systems

9.1. Introduction to Information Security Management Systems

9.1.1. Fundamental Principles of ISMS
9.1.2. ISMS Golden Rules
9.1.3. Role of IT Audit in ISMSs

9.2. Safety Management Planning

9.2.1. Concepts Related to Safety Management
9.2.2. Classification of Information: Objectives, Concepts and Roles
9.2.3. Implementation of Security Policies: Security Policies, Standards and Procedures
9.2.4. Risk Management: Information Assets Risk Principles and Analysis

9.3. Main Mechanisms for the Protection of Information Assets (I)

9.3.1. Summary of the Main Cryptographic Tools for the Protection of the CID Triad of the CID Triad
9.3.2. Consideration of Privacy, Anonymity and Adequate Management of User Traceability Requirements

9.4. Main Mechanisms for the Protection of Information Assets (II)

9.4.1. Communications Security: Protocols, Devices and Security Architectures
9.4.2. Operating System Security

9.5. ISMS Internal Controls

9.5.1. ISMS Controls Taxonomy: Administrative, Logical and Physical Controls
9.5.2. Classification of Controls According to How Threats Are Addressed: Controls for Threat Prevention, Detection and Correction
9.5.3. Implementation of Internal Control Systems in ISMSs

9.6. Types of Audits

9.6.1. Difference between Audit and Internal Control
9.6.2. Internal vs. External Audit
9.6.3. Audit Classification according to the Objective and Type of Analysis

9.7. Screenwriter and Screenplay: Subject Matter and Object Protected by Intellectual Property

9.7.1. Introduction to Penetration Testing and Forensic Analysis
9.7.2. Definition and Relevance of Fingerprinting and Footprinting Concepts

9.8. Vulnerability Scanning and Network Traffic Monitoring

9.8.1. Tools for Vulnerability Analysis in Systems
9.8.2. Main Vulnerabilities in the Context of Web Applications
9.8.3. Analysis of Communications Protocols

9.9. The IT Audit Process

9.9.1. Life Cycle Concept in Systems Development
9.9.2. Activity and Process Monitoring: Collection and Treatment of Evidence
9.9.3. IT Audit Methodology
9.9.4. IT Audit Process
9.9.5. Identification of the Main Crimes and Misdemeanors in the Context of Information Technologies
9.9.6. Computer Crime Investigation: Introduction to Forensic Analysis and its relation to Computer Auditing

9.10. Business Continuity and Disaster Recovery Plans

9.10.1. Definition of Business Continuity Plan and the Business Interruption Concept
9.10.2. NIST Recommendation on Business Continuity Plans
9.10.3. Disaster Recovery Plan
9.10.4. Disaster Recovery Plan Process

Module 10. Web Server Administration

10.1. Introduction to Web Servers

10.1.1. What is a Web Server?
10.1.2. Architecture and Operation of a Web Server
10.1.3. Resources and Contents on a Web Server
10.1.4. Application Servers
10.1.5. Proxy Servers
10.1.6. Main Web Servers on the Market
10.1.7. Web Server Usage Statistics
10.1.8. Web Server Security
10.1.9. Load Balancing on Web Servers
10.1.10. References

10.2. HTTP Protocol Handling

10.2.1. Operation and Structure
10.2.2. Request Methods
10.2.3. Status Codes
10.2.4. Headers
10.2.5. Content Coding Code Pages
10.2.6. Performing HTTP Requests on the Internet Using a Proxy, Livehttpheadersor similar Method, Analyzing the Protocol Used

10.3. Description of Distributed Multi-Server Architectures

10.3.1. 3-Layer Model
10.3.2. Fault Tolerance
10.3.3. Load Sharing
10.3.4. Session State Stores
10.3.5. Cache Stores

10.4. Internet Information Services (IIS)

10.4.1. What is IIS?
10.4.2. History and Evolution of IIS
10.4.3. Main Advantages and Features of IIS and Later
10.4.4. IIS Architecture and Later

10.5. IIS Installation, Administration and Configuration

10.5.1. Preamble
10.5.2. Internet Information Services (IIS)
10.5.3. IIS Administration Tools
10.5.4. Web Site Creation, Configuration and Administration
10.5.5. Installation and Management of IIS Extensions

10.6. Advanced Security in IIS

10.6.1. Preamble
10.6.2. Authentication, Authorization, and Access Control in IIS
10.6.3. Configuring a Secure Website on IIS with SSL
10.6.4. Security Policies Implemented in IIS 10.x

10.7. Introduction to Apache

10.7.1. What is Apache?
10.7.2. Main Advantages of Apache
10.7.3. Main Features of Apache
10.7.4. Architecture

10.8. Apache Installation and Configuration

10.8.1. Initial Installation of Apache
10.8.2. Apache Configuration

10.9. Installation and Configuration of the Different Apache Modules

10.9.1. Apache Module Installation
10.9.2. Types of Modules
10.9.3. Secure Apache Configuration

10.10. Advanced Security

10.10.1. Authentication, Authorization and Access Control
10.10.2. Authentication Methods
10.10.3. Secure Apache Configuration with SSL

Module 11. Online Application Security

11.1. Vulnerabilities and Security Issues in Online Applications

11.1.1. Introduction to Online Application Security
11.1.2. Security Vulnerabilities in the Design of Web Applications
11.1.3. Security Vulnerabilities in the Implementation of Web Applications
11.1.4. Security Vulnerabilities in the Deployment of Web Applications
11.1.5. Official Lists of Security Vulnerabilities

11.2. Policies and Standards for Online Application Security

11.2.1. Pillars for the Security of Online Applications
11.2.2. Security Policy
11.2.3. Information Security Management System
11.2.4. Secure Software Development Life Cycle
11.2.5. Standards for Application Security

11.3. Security in the Design of Web Applications

11.3.1. Introduction to Web Application Security
11.3.2. Security in the Design of Web Applications

11.4. Testing the Online Safety and Security of Web Applications

11.4.1. Web Application Security Testing and Analysis
11.4.2. Web Application Deployment and Production Security

11.5. Web Services Security

11.5.1. Introduction to Web Services Security
11.5.2. Web Services Security Functions and Technologies

11.6. Testing the Online Safety and Security of Web Services

11.6.1. Evaluation of Web Services Security
11.6.2. Online Protection. Firewalls and Gateways XML

11.7. Ethical Hacking, malware and Forensic

11.7.1. Ethical Hacking
11.7.2. Malware Analysis
11.7.3. Forensic Analysis

11.8. Incident Resolution on Web Services

11.8.1. Monitoring
11.8.2. Performance Measurement Tools
11.8.3. Containment Measures
11.8.4. Root Cause Analysis
11.8.5. Proactive Problem Management

11.9. Best Practices to ensure Application Security

11.9.1. Handbook of Best Practices in the Development of Online Applications
11.9.2. Handbook of Good Practices in the Implementation of Online Applications

11.10. Common Errors that Undermine Application Security

11.10.1. Common Errors in Development
11.10.2. Common Errors in Hosting
11.10.3. Common Production Errors

Module 12. Software Engineering

12.1. Introduction to Software Engineering and Modeling

12.1.1. The Nature of Software
12.1.2. The Unique Nature of Webapps
12.1.3. Software Engineering
12.1.4. The Software Process
12.1.5. Software Engineering Practice
12.1.6. Software Myths
12.1.7. How Does It All Begin?
12.1.8. Object-Oriented Concepts
12.1.9. Introduction to UML

12.2. The Software Process

12.2.1. A General Process Model
12.2.2. Prescriptive Process Models
12.2.3. Specialized Process Models
12.2.4. The Unified Process
12.2.5. Personal and Team Process Models
12.2.6. What is Agility?
12.2.7. What is an Agile Process?
12.2.8. Scrum
12.2.9. Agile Process Toolkit

12.3. Principles Guiding Software Engineering Practice

12.3.1. Principles Guiding the Process
12.3.2. Principles Guiding the Practice
12.3.3. Principles of Communication
12.3.4. Planning Principles
12.3.5. Modeling Principles
12.3.6. Construction Principles
12.3.7. Deployment Principles

12.4. Understanding the Requirements

12.4.1. Requirements Engineering
12.4.2. Establish the Basis
12.4.3. Inquiry of Requirements
12.4.4. Development of Cases Studies
12.4.5. Elaboration of the Requirements Model
12.4.6. Negotiation of Requirements
12.4.7. Validation of Requirements

12.5. Requirements Modeling: Scenarios, Information and Analysis Classes

12.5.1. Analysis of Requirements
12.5.2. Scenario-Based Modeling
12.5.3. UML Models that provide the Case Study
12.5.4. Data Modeling Concepts
12.5.5. Class-Based Modeling
12.5.6. Class Diagrams

12.6. Requirements Modeling: Flow, Behavior and Patterns

12.6.1. Requirements that Shape Strategies
12.6.2. Flow-Oriented Modeling
12.6.3. Status Diagrams
12.6.4. Creation of a Behavioral Model
12.6.5. Sequence Diagrams
12.6.6. Communication Diagrams
12.6.7. Patterns for Requirements Modeling

12.7. Design Concepts

12.7.1. Design in the Software Engineering Context
12.7.2. The Design Process
12.7.3. Design Concepts
12.7.4. Object-Oriented Design Concepts
12.7.5. Model of the Design

12.8. Designing the Architecture:

12.8.1. Software Architecture
12.8.2. Architectural Genres
12.8.3. Architectural Styles
12.8.4. Architectural Design
12.8.5. Evolution of Alternative Designs for Architecture
12.8.6. Mapping the Architecture Using the Data Flow

12.9. Component-Level and Pattern-Based Design

12.9.1. What is a Component?
12.9.2. Class-Based Component Design
12.9.3. Realization of the Design at the Component Level
12.9.4. Design of Traditional Components
12.9.5. Component-Based Development
12.9.6. Design Patterns
12.9.7. Pattern-Based Software Design
12.9.8. Architectural Patterns
12.9.9. Design Patterns at the Component Level
12.9.10. User Interface Design Patterns

12.10. Software Quality and Project Management

12.10.1. Quality
12.10.2. Software Quality
12.10.3. The Software Quality Dilemma
12.10.4. Achieving Software Quality
12.10.5. Software Quality Assurance
12.10.6. The Administrative Spectrum
12.10.7. The Staff
12.10.8. The product
12.10.9. The Process
12.10.10. The Project
12.10.11. Principles and Practices

Module 13. Advanced Software Engineering

13.1. Introduction to Agile Methodologies

13.1.1. Process Models and Methodologies 
13.1.2. Agility and Agile Processes 
13.1.3. Agile Manifesto 
13.1.4. Some Agile Methodologies 
13.1.5. Agile vs. Traditional 

13.2. Scrum 

13.2.1. Origins and Philosophy of Scrum 
13.2.2. Scrum Values 
13.2.3. Scrum Process Flow 
13.2.4. Scrum Roles 
13.2.5. Scrum Artifacts 
13.2.6. Scrum Events 
13.2.7. User Stories 
13.2.8. Scrum Extensions 
13.2.9. Agile Estimates 
13.2.10. Scrum Scaling

13.3. Extreme Programming 

13.3.1. Justification and Overview of XP 
13.3.2. The XP Life Cycle 
13.3.3. The Five Core Values 
13.3.4. The Twelve Basic Practices in XP 
13.3.5. Roles of Participants 
13.3.6. XP Industrial 
13.3.7. Critical Assessment of XP 

13.4. Software Development Based on Reusability 

13.4.1. Software Reuse 
13.4.2. Code Reuse Levels 
13.4.3. Specific Reuse Techniques 
13.4.4. Component-Based Development 
13.4.5. Benefits and Problems of Reuse 
13.4.6. Reuse Planning 

13.5. System Architecture and Software Design Patterns

13.5.1. Architectural Design 
13.5.2. General Architectural Patterns 
13.5.3. Fault Tolerant Architectures 
13.5.4. Distributed Systems Architectures 
13.5.5. Design Patterns 
13.5.6. Gamma Patterns 
13.5.7. Interaction Design Patterns 

13.6. Cloud Application Architecture 

13.6.1. Cloud Computing Fundamentals 
13.6.2. Cloud Application Quality 
13.6.3. Architectural Styles 
13.6.4. Design Patterns 

13.7. Software Testing: TDD, ATDD and BDD 

13.7.1. Software Verification and Validation 
13.7.2. Software Testing
13.7.3. Test Driven Development (TDD)
13.7.4. Acceptance Test Driven Development (ATDD) 
13.7.5. Test Driven Development (BDD) 
13.7.6. BDD and Cucumber 

13.8. Software Process Improvement 

13.8.1. Software Process Improvement 
13.8.2. The Process Improvement Approach 
13.8.3. Maturity Models 
13.8.4. The CMMI Model 
13.8.5. CMMI V13.0 
13.8.6. CMMI and Agile 

13.9. The Quality of the Software Product: SQuaRE

13.9.1. Software Quality 
13.9.2. Software Product Quality Models 
13.9.3. ISO/IEC 13.000 Family 
13.9.4. ISO/IEC 13.010: Quality Model and Quality Characteristics 
13.9.5. ISO/IEC 13.0113. the Quality of the Data 
13.9.6. ISO/IEC 13.013: Software Quality Measurement
13.9.7. ISO/IEC 13.013., 13.013. and 13.013.: Software Quality and Data Quality Metrics 
13.9.8. ISO/IEC 13.040 Software Assessment 
13.9.9. Accreditation Process

13.10. Introduction to DevOps 

13.10.1. DevOps Concept 
13.10.2. Core Practices

Module 14. Requirements Engineering

14.1. Introduction to Requirements Engineering

14.1.1. The Importance of Requirements
14.1.2. Concept of Requirement
14.1.3. Dimensions of Requirements
14.1.4. Levels and Types of Requirements
14.1.5. Requirements Characteristics
14.1.6. Requirements Engineering
14.1.7. The Requirements Engineering Process
14.1.8. Frameworks for Requirements Engineering
14.1.9. Best Practices in Requirements Engineering
14.1.10. The Business Analyst

14.2. Sources of Requirements

14.2.1. The Requirements Network
14.2.2. The Stakeholders
14.2.3. Business Requirements
14.2.4. Vision and Scope Document

14.3. Requirements Elicitation Techniques

14.3.1. Elicitation of Requirements
14.3.2. Problems of Requirements Elicitation
14.3.3. Contexts of Discovery
14.3.4. Interviews
14.3.5. Observation and "Learning
14.3.6. Ethnography
14.3.7. Workshops
14.3.8. Focus groups
14.3.9. Questionnaires
14.3.10. Brainstorming and Creative Techniques
14.3.11. Group Media
14.3.12. Analysis of System Interfaces
14.3.13. Document Analysis and "Archeology"
14.3.14. Case Studies and Scenarios
14.3.15. Prototypes
14.3.16. Reverse Engineering
14.3.17. Reuse of Requirements
14.3.18. Good Elicitation Practices

14.4. User Requirements

14.4.1. Person
14.4.2. Case Studies and User Stories
14.4.3. Scenarios
14.4.4. Types of Scenarios
14.4.5. How to Discover Scenarios?

14.5. Prototyping Techniques

14.5.1. Prototyping
14.5.2. Prototypes According to their Scope
14.5.3. Prototypes According to their Seasonality
14.5.4. The Fidelity of a Prototype
14.5.5. User Interface Prototypes
14.5.6. Evaluation of Prototypes

14.6. Requirements Analysis

14.6.1. Requirements Analysis
14.6.2. Requirements Analysis Best Practices
14.6.3. The Data Dictionary
14.6.4. Prioritization of Requirements

14.7. Documentation of Requirements

14.7.1. The Requirements Specification Document
14.7.2. Structure and Contents of an SRS
14.7.3. Natural Language Documentation
14.7.4. EARS: Easy Approach to Requirements Syntax
14.7.5. Non-Functional Requirements
14.7.6. Attributes and Templates in Table Form
14.7.7. Good Specifications Practices

14.8. Validation and Negotiation of Requirements

14.8.1. Validation of Requirements
14.8.2. Requirements Validation Techniques
14.8.3. Negotiation of Requirements

14.9. Modeling and Requirements Management

14.9.1. Requirements Modeling
14.9.2. The User's Perspective
14.9.3. The Data Perspective
14.9.4. The Functional or Flow-Oriented Perspective
14.9.5. The Behavioral Perspective
14.9.6. Volatility of Requirements
14.9.7. Requirements Management Process
14.9.8. Tools for Requirements Management
14.9.9. Best Practices in Requirements Management

14.10. Critical Systems and Formal Specification

14.10.1. Critical Systems
14.10.2. Risk-Driven Specification
14.10.3. Formal Specification

Module 15. Software Engineering Processes

15.1. Software Engineering Framework

15.1.1. Software Features
15.1.2. The Main Processes in Software Engineering
15.1.3. Software Development Process Models
15.1.4. Standard Reference Framework for the Software Development Process: The ISO/IEC 12207 Standard

15.2. Unified Software Development Process

15.2.1. The Unified Process
15.2.2. Dimensions of the Unified Process
15.2.3. Case Studies Driven Development Process
15.2.4. Fundamental Workflows of Unified Processes

15.3. Planning in the Context of Agile Software Development

15.3.1. Characteristics of Agile Software Development
15.3.2. Different Planning Time Horizons in Agile Development
15.3.3. Scrum Agile Development Framework and Planning Time Horizons
15.3.4. User Stories as a Planning and Estimating Unit
15.3.5. Common Techniques for Deriving an Estimate
15.3.6. Scales for Interpreting Estimates
15.3.7. Planning Poker
15.3.8. Common Scheduling Types: Delivery Scheduling and Iteration Scheduling

15.4. Distributed Software Design Styles and Service-Oriented Software Architectures

15.4.1. Communication Models in Distributed Software Systems
15.4.2. Middleware
15.4.3. Architecture Patterns for Distributed Systems
15.4.4. General Software Service Design Process
15.4.5. Design Aspects of Software Services
15.4.6. Composition of Services
15.4.7. Web Services Architecture
15.4.8. Infrastructure and SOA Components

15.5. Introduction to Model Driven Software Development

15.5.1. The Model Concept
15.5.2. Model-Driven Software Development
15.5.3. MDA Model-Driven Development Framework
15.5.4. Elements of a Transformation Model

15.6. Graphical User Interface Design

15.6.1. Principles of User Interface Design
15.6.2. Architectural Design Patterns for Interactive Systems: Model View Controller (MVC)
15.6.3. UX User Experience
15.6.4. User-Centered Design
15.6.5. Graphical User Interface Analysis and Design Process
15.6.6. Usability of User Interfaces
15.6.7. Accessibility in User Interfaces

15.7. Web Application Design

15.7.1. Characteristics of Web Applications
15.7.2. Web Application User Interface
15.7.3. Navigation Design
15.7.4 Base Interaction Protocol for Web Applications
15.7.5. Architecture Styles for Web Applications

15.8. Software Testing Strategies and Techniques and Software Quality Factors

15.8.1. Testing Strategies
15.8.2. Test Case Designs
15.8.3. Value for Money
15.8.4 Quality Models
15.8.5. ISO/IEC 25000 Family of Standards (SQuaRE)
15.8.6. Product Quality Model (ISO 2501n)
15.8.7. Data Quality Models (ISO 2501n)
15.8.8. Software Quality Management

15.9. Introduction to Software Engineering Metrics

15.9.1. Basic Concepts: Measurements, Metrics and Indicators
15.9.2. Types of Metrics in Software Engineering
15.9.3. The Measurement Process
15.9.4. ISO 250215. External and Quality Metrics in Use
15.9.5. Object-Oriented Metrics

15.10. Software Maintenance and Reengineering

15.10.1. Maintenance Process
15.10.2. Standard Maintenance Process Framework. ISO/EIEC 115.64
15.10.3. Software Reengineering Process Model
15.10.4. Inverse Engineering

Module 16. Integration Systems

16.1. Introduction to Information Systems in the Company

16.1.1. The Role of Information Systems
16.1.2. What is an Information System?
16.1.3. Dimensions of Information Systems
16.1.4. Business Processes and Information Systems
16.1.5. The IS/IT Department

16.2. Opportunities and Needs of Information Systems in the Company

16.2.1. Organizations and Information Systems
16.2.2. Features of Organisations
16.2.3. Impact of Information Systems in the Company
16.2.4. Information Systems to Achieve a Competitive Advantage
16.2.5. Use of Systems in the Administration and Management of the Company

16.3. Basic Concepts of Information Systems and Technologies

16.3.1. Data, Information and Knowledge
16.3.2. Technology and Information Systems
16.3.3. Technology Components
16.3.4. Classification and Types of Information Systems
16.3.5. Service and Business Process Based Architectures
16.3.6. Forms of Systems Integration

16.4. Systems for the Integrated Management of Company Resources

16.4.1. Business Needs
16.4.2. An integrated Information System for the Company
16.4.3. Acquisition vs. Development
16.4.4. ERP Implementation
16.4.5. Implications for Management
16.4.6. Leading ERP Vendors

16.5. Supply Chain and Customer Relationship Management Information Systems

16.5.1. Definition of Supply Chain
16.5.2. Effective Supply Chain Management
16.5.3. The Role of Information Systems
16.5.4. Supply Chain Management Solutions
16.5.5. Customer Relationship Management
16.5.6. The Role of Information Systems
16.5.7. Implementation of a CRM System
16.5.8. Critical Success Factors in CRM Implementation
16.5.9. CRM, e-CRM and Other Trends

16.6. ICT Investment Decision-Making and Information Systems Planning

16.6.1. Criteria for ICT Investment Decisions
16.6.2. Linking the Project to the Management and Business Plan
16.6.3. Management Implications
16.6.4. Redesign of Business Processes
16.6.5. Management's Decision on Implementation Methodologies
16.6.6. Need for Information Systems Planning
16.6.7. Objectives, Participants and Moments
16.6.8. Structure and Development of the Systems Planning
16.6.9. Follow-up and Updating

16.7. Security Considerations in the Use of ICTs

16.7.1. Risk Analysis
16.7.2. Security in Information Systems
16.7.3. Practical Advice

16.8. Feasibility of ICT Project Implementation and Financial Aspects in Information Systems Projects

16.8.1. Description and Objectives
16.8.2. EVS Participants
16.8.3. Techniques and Procedures
16.8.4. Cost structure
16.8.5. Financial Projection
16.8.6. Budgets

16.9. Business Intelligence

16.9.1. What is Business Intelligence?
16.9.2. BI Implementation Strategy
16.9.3. Present and Future in BI

16.10. ISO/IEC 12207

16.10.1. What is "ISO/IEC 12207"?
16.10.2. Analysis of Information Systems
16.10.3. Information System Design
16.10.4. Implementation and Acceptance of the Information System

Module 17. Software Reuse

17.1. General Overview of the Software Reuse

17.1.1. What is Software Reuse?
17.1.2. Advantages and Disadvantages of Software Reuse
17.1.3. Main Techniques of Software Reuse

17.2. Introduction to Design Patterns

17.2.1. What is a Design Patterns?
17.2.2. Catalog of the Main Design Patterns
17.2.3. How to Use Patterns to Solve Design Problems
17.2.4. How to Select the Best Design Pattern

17.3. Creation Patterns

17.3.1. Creation Patterns
17.3.2. Abstract Factory Pattern
17.3.3. Example of Abstract Factory Pattern implementation
17.3.4. Builder Pattern
17.3.5. Builder Implementation Example
17.3.6. Abstract Factory Pattern vs. Builder

17.4. Creation Patterns (II)

17.4.1. Factory Method Pattern
17.4.2. Factory Method vs. Abstract Factory
17.4.3. Singleton Pattern

17.5. Structural Patterns

17.5.1. Structural Patterns
17.5.2. Adapter Pattern
17.5.3. Bridge Pattern

17.6. Structural Patterns (II)

17.6.1. Composite Pattern
17.6.2. Decorador Pattern

17.7. Structural Patterns (III)

17.7.1. Facade Pattern
17.7.2. Proxy Pattern

17.8. Behavioral Patterns

17.8.1. Concept of Behavioral Patterns
17.8.2. Behavior Pattern: Chain of Responsibility
17.8.3. Behavior Pattern Order

17.9. Behavioral Patterns (II)

17.9.1. Interpreter Pattern
17.9.2. Iterator Pattern
17.9.3. Observer Pattern
17.9.4. Strategy Pattern

17.10. Frameworks

17.10.1. Concept of Framework
17.10.2. Development using Frameworks
17.10.3. Model View Controller Pattern
17.10.4. Framework for Graphical User Interface Design
17.10.5. Frameworks for Web Application Development
17.10.6. Frameworks for Managing Object Persistence in Databases

Module 18. Information Technology Services

18.1. Digital Transformation (I)

18.1.1. Business Innovation
18.1.2. Production Management
18.1.3. Financial Management

18.2. Digital Transformation (II)

18.2.1. Marketing
18.2.2. HR Management
18.2.3. The Integrated Information System

18.3. Case Study

18.3.1. Company Presentation
18.3.2. Methodologies to Analyze the Acquisition of IT
18.3.3. Determining the Costs, Benefits and Risks
18.3.4. Economic Evaluation of Investment

18.4. ICT Governance and Management

18.4.1. Definition of IT and Information Systems Governance
18.4.2. Difference Between IT Systems Governance and Management
18.4.3. Framework for IT Systems Governance and Management
18.4.4. Regulations and IT Systems Governance and Management

18.5. ICT Corporate Governance

18.5.1. What is Good Corporate Governance?
18.5.2. ICT Governance Background
18.5.3. The ISO/IEC 318.00:2008 Standard
18.5.4. Implementation of Good ICT Governance
18.5.5. ICT Governance and Best Practices
18.5.6. Corporate Governance. Summary and Trends

18.6. Control Objectives for Information and Related Technologies (COBIT)

18.6.1. Application Framework
18.6.2. Domain: Planning and Organization
18.6.3. Domain: Acquisition and Implementation
18.6.4. Domain: Delivery and Support
18.6.5. Domain: Supervision and Evaluation
18.6.6. Application of the COBIT Guide

18.7. The Information Technology Infrastructure Library (ITIL)

18.7.1. Introduction to ITIL
18.7.2. Service Strategies
18.7.3. Service Design
18.7.4. Transition Between Services
18.7.5. Service Operation
18.7.6. Improving the Service

18.8. The Service Management System

18.8.1. Basic Principles of UNE-ISO/IEC 20000-1
18.8.2. The Structure of the ISO/IEC 20000 Regulations
18.8.3. Service Management System (SMS) Requirements
18.8.4. Design and Transition of New or Modified Services
18.8.5. Service Provision Processes
18.8.6. Groups of Processes 

18.9. The Software Asset Management System

18.9.1. Justification of Needs
18.9.2. Background
18.9.3. Presentation of the 19770 Regulation
18.9.4. Management Implementation

18.10. Business Continuity Management

18.10.1. Business Continuity Plan
18.10.2. Implementation of a BCP

A comprehensive program that will be fundamental for your professional development"