Elements and components. Scripting (Creation, Debug, Life Cycle). Coroutines. Interactions with users (Keyboard, Mouse, Touch). Graphics and audio assets. Animation system. Physical engine. Creating a user interface (Canvas, Positioning and Anchoring System, Display Elements). Network communication. Creating a game. Using Sprites.

Opportunities derived from object-oriented programming. Adaptation of algorithms and pseudocodes according to an object-oriented programming language. Graphic modeling language based on pictograms. Declaration and use of variables and constants. Using operators and expressions. Coding of the different control structures. Using a code library to produce rich GUI management applications. Declaration and use of complex variables (tables, enumeration and structures). Writing functions. Write error handlers. Tools for compiling and debugging development environments. Software architecture. Tracking and correcting compilation errors. Validation of results. Correction of algorithms and/or pseudocode. Application of test games. Analyze the results of test games. Validation of program operation. Documentation.

Advanced possibilities of an object-oriented programming language. Classes and interfaces. Class management using inheritance, encapsulation, and polymorphism. Design of user-friendly graphical user interfaces.

Application of key concepts of a database management system. Using Microsoft Access ™ to create a database. Create queries, forms, reports, and reports. Tables. Relations. Standardization. Primary and secondary keys. Use of interfaces for the management of data inputs and outputs. Design, modeling and standardization of relational and object-oriented databases. Design of user-friendly graphical user interfaces.

Creation, modification and exploitation of a relational or other type of database. Replication of data. Data management and use of triggers and stored procedures. Optimizing data access with indexes and joins. Design of a security plan for a database. Interpretation and design of conceptual, logical and physical data models. Basic operations of administering a database. Scripts and lots. Code blocks and control structures. Nesting of structures. Repetition structures. Entities, attributes and relationships. Standardization of databases. Changing the layout of a report. Advanced fitness. Reproductive formatting function and automatic formatting. Creating subforms. Formatting controls. Production of user guides specific to developed applications.

Needs analysis according to applications and users. Reporting. Production of plans and diagrams showing the interface preview. Definition of inputs and outputs and treatments. Production of a database to host data. Type of connections between applications and databases. .NET assembly based on the application (private or shared). Pseudocode and algorithms. Preparing the connection between the application and the database. Translate the pseudocode and algorithm into a programming language (C #). Creation of client-server applications. Design and creation of multi-level solutions. Programming the connection between applications and databases. Production of user guides. Application documentation (internal and external).

Introduction to dynamic web content. Setting up development servers. Object-oriented imperative language (PHP). Expressions and flow control in PHP. Functions and objects in PHP. Tables in PHP. Relational database management system (MySQL). Access MySQL using PHP. Forms Management. Cookies, sessions and authentication.

Content Management System (WordPress or other). Administration and menus (Dashboard, Articles, Media, Pages, Comments, Appearance, Extensions, Users, Tools, Settings). Customization of a site. Custom fields. Page templates. Creating a theme. Extensions and widgets. Creation of an extension in PHP. Themes and extensions. Optimization and security of a site. Backing up a site. Uploading a site. Migration of a site.

Background. Design philosophy. Design, form and features. Interface and features. Most popular apps. Test, analysis and technical features. Characteristics that arouse public interest. General operation of applications. Multiplatform application on different devices (Android, Windows, etc.). Clone of a popular application. Modes and trends related to applications. Forecasts. The Android platform. Development environment. Principles of programming. Creating simple interfaces. Navigation and event management. Debugging and error handling. Customization. Notifications.

Creating advanced interfaces. Persistence and data sharing. Processing in the background. Navigation and event management. Debugging and error handling. Customization. Notifications. Applications. Compiled object programming language, multi-paradigms. Textual controls and delegation. Combination of views. Animations. List of components. Information storage. Editing a list of components. Geolocation and plans. Camera and photos. Access to web services. Gestures and drawing. Debugging. Installation and deployment.

Cloud computing (Strengths, Weaknesses, Amazon Web Services (AWS)). Creating and managing the account (AWS) and users. Amazon Elastic Compute Cloud. Data storage (Object, Bucket, Security and data encryption). Creation and management of buckets and objects. Databases (SQL, Amazon Relational Database Service, Amazon DynamoDB). ElastiCache (Cluster and Node Concepts, Cluster Creation, Node Management). Network administration. Automatic monitoring and sizing. The all-in-one Elastic Beanstalk solution. Application Development (Flexibility, Scalability, Reliability).

Platform Node.js. MongoDB NoSQL database management system. Introduction to the Angular application framework. Setting up an Angular application. Decorators. Creation and life cycle of the component. Templates, bindings and directives. Connecting to Node.js: the services. Management of internal roads. Visualization of information. Test and deployment

Note: Content provided for illustrative purposes only as they will need to be adapted regularly to reflect technology development and employer needs.

Project scope. Project management methodology - Cycles and methods (Cascade Cycle, V Cycle, Spiral Cycle, Iterative Cycle). Agile method. Project organization - Constraints (Image Constraints, Contextual Constraints, Operational Constraints, Technical Constraints, Legal Constraints, Social Constraints, Eco-Responsible Constraints). Risk assessment. Team constitution. Production planning - Communication plan. Project validation. Web specificities. Zero or prototype version. Iteration management. Organization of meetings. Project management. Closing the project operationally. Closing a project on a human level.

Review of the original specifications of the application. Identification of opportunities for improvement. Determination of the features to add to the application. Determination of changes to existing features. Production of relevant diagrams. Modification of the code and content of the application according to the modifications identified. Validation of the operation of the application. Analysis of results and modification of models, algorithms and code.

Review of the original specifications of the application. Identification of opportunities for improvement. Determination of the features to add to the application. Determination of changes to existing features. Determination of classes and objects relevant to the application. Identification of hierarchical relationships between classes. Determination of the functions specific to the identified classes. Determination of attributes relevant to each class of objects. Production of relevant diagrams. Modification of the code and content of the application according to the modifications identified. Validation of the operation of the application. Analysis of results and modification of models, algorithms and code.

Review of the original specifications of the application. Identification of opportunities for improvement. Determination of the features to add to the application. Determination of changes to existing features. Production of relevant diagrams. Modification of the code and content of the application according to the modifications identified. Validation of the operation of the application. Analysis of results and modification of models, algorithms and code.

Application of the technical elements seen during the program. Application of the knowledge, know-how and skills developed during training. Adoption of the rules of professional ethics related to the practice of the profession. The project can take the form of an internship in a professional environment.

Note: This project may take the form of an internship in a company.