“The more that you read,
             the more things you will know.
                   The more that you learn,
                 the more places you’ll go.”

This course of Reading is intended for G8

This course introduces the fundamental principles of robotics through four main chapters. It begins with general concepts such as robot definitions, components, and classifications. Then, it explores the degrees of freedom and architecture of robots, explaining how movement and structure are defined. The third chapter focuses on the geometric modeling of serial robots using mathematical tools like transformation matrices. Finally, the course covers simplification techniques involving velocity, acceleration, and the Jacobian matrix, providing students with essential knowledge for analyzing and controlling robotic systems.

Do you speak math? Not sure what we mean?

Well, math can be thought of as a language filled with vocabulary, symbols, and sentence structures. These can make things difficult for students who wish to relate math to their everyday language and experiences. For students learning English as their second language, learning the language of mathematics may seem as though they are simultaneously learning yet another language. And like any language, students have to speak math proficiently in order to use it efficiently.

This cours provide a set of uniform benchmarks and   instructional suggestions for the learning of mathematics language for all students, but particularly university of saida mathematic students. By exploring features of the language of mathematics, including vocabulary, symbolic representations, grammatical structures, and discourse features.

Semestre: 1;

Unité d'enseignement: Fondamentale;

Matière: Structures en Béton armé 1;

Niveau: 1^ére année master, Spécialité: Structures;

Volume horaire hebdomadaire:  1h30 Cours + 1h30TD;

Crédit: 4;

Coefficient: 2;

Mode d'évaluation: contrôle continu 40%; Examen 60%.

The "Reinforced Concrete Structures 1" course is designed for students in the 1st year of a Master's degree in Civil Engineering, specializing in "Structures". It enables them to acquire knowledge on:

- Calculation of reinforced concrete slabs (One-way slab, two-way slab and flat slab);

- Calculation of reinforced concrete frames under vertical loads "Caquot's method";

- Calculation of reinforced concrete frames under horizontal loads "Muto's method";

- Regulatory provisions relating to columns and beams;

- Calculation of shallow foundations.

Recommended prior knowledge:

- Mechanical behavior of concrete and steel ;

- Notions of structural analysis.

ChatGPT a dit :La chimie et l’étude de la structure de la matière occupent une place fondamentale dans la formation des étudiants en sciences et techniques, car elles constituent le socle de la compréhension du monde matériel et des transformations qui le régissent. Maîtriser la structure atomique, les liaisons chimiques et les interactions moléculaires permet de comprendre et d’innover dans des domaines variés tels que les matériaux, l’énergie, l’environnement, la santé, l’agroalimentaire ou encore la biotechnologie. Cette base scientifique favorise le développement d’un esprit analytique et expérimental indispensable à la recherche et à l’innovation technologique. Sur le plan professionnel, la chimie ouvre de larges perspectives d’embauche dans les industries pharmaceutiques, pétrochimiques, agroalimentaires, environnementales ou encore dans les laboratoires publics et privés. Avec la transition énergétique, le développement durable et la révolution numérique, les perspectives d’avenir pour les chimistes et spécialistes de la matière sont prometteuses, notamment dans les secteurs de la chimie verte, des nanomatériaux, du recyclage, de la dépollution et de la valorisation des ressources naturelles

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