Il s'agit ici de découvrir les principes de la programmation Web côté client en JavaScript, en particulier la gestion des événements et l'animation graphique dans l'élément ``canvas''.
En nous appuyant également sur des notions d'HTML 5 et de P5*js (un langage simplifié de javascript) nous aborderons également la gestion multimédia (animations, audio/vidéo) et la conception interactive pour l'appliquer à la réalisation d'un mini-projet (exemple de projets : visualiseur de bande son, jeux d'arcade ou jeu musical type elektroplankton....) d'application en ligne

UEL Fusées Experimentales.

The intellectual property principles taught in the course will have relevance in most countries of the world, based on international treaties.

This course provides engineering students with a comprehensive understanding of Intellectual Property (IP) law, equipping them with the knowledge and skills necessary to navigate the complex legal landscape that surrounds innovation and technology.

Topics covered include an introduction to IP principles, software IP protection and copyright, patent law, employees' inventions regime, know-how protection, trade secrets regime, and IP contracts in digital engineering. By the end of the course, students will have gained a solid foundation in IP law, enabling them to make informed decisions related to IP issues in their engineering careers. The practical focus on patent drafting, contract negotiation, and protection of employees’ inventions and trade secrets will enable students to navigate real-world scenarios where legal knowledge is essential.

This course is designed to be accessible to engineering students with no prior legal background, ensuring that they can confidently apply the principles learned in their future professional roles.

The intellectual property principles taught in the course will have relevance in most countries of the world, based on international treaties.

This course provides engineering students with a comprehensive understanding of Intellectual Property (IP) law, equipping them with the knowledge and skills necessary to navigate the complex legal landscape that surrounds innovation and technology.

Topics covered include an introduction to IP principles, software IP protection and copyright, patent law, employees' inventions regime, know-how protection, trade secrets regime, and IP contracts in digital engineering. By the end of the course, students will have gained a solid foundation in IP law, enabling them to make informed decisions related to IP issues in their engineering careers. The practical focus on patent drafting, contract negotiation, and protection of employees’ inventions and trade secrets will enable students to navigate real-world scenarios where legal knowledge is essential.

This course is designed to be accessible to engineering students with no prior legal background, ensuring that they can confidently apply the principles learned in their future professional roles.

Espace E-Campus destiné à un cours FLE Pluriel. Etudiants de Licence, Master, doctorants et post-doc.