Topic outline

  • Communication space

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    Welcome

  • Informations about this course

    Faculty

    Faculty Of Technology

    Department

    Mechanical Engineering

    Target public

    First-year mechanical engineering students

    Credit

    07

    Coefficient

    04

    Duration

    15 weeks

    Timetable

    Sunday:11h30-13h00

    Monday: 08h30-11h30

     

    Room

    M108

    Teacher

    Dr BENOMARA Amina

     

    Contact

    By e-mail at:

    amina.benomara@univ-tlemcen.dz


     



  • Availability


    I am available at any time on the forum space of this platform, 

    Teams messages, and through the email mentioned above

     if needed.


  • The course presentation

    Chemistry is the branch of science that studies the composition, structure, properties and transformations of matter. It studies the interactions between different substances and the changes they undergo at the molecular and atomic level.

    Matter is anything that has mass and occupies space, which includes almost everything we interact with on a daily basis; everything we can smell, touch, taste or feel is made of matter, so the study of chemistry touches on almost every aspect of our daily lives.

    The structure of matter refers to the way in which the elementary particles and basic building blocks of matter are organised. This organisation manifests itself at different scales, from subatomic particles to macroscopic objects.

    The atom's structure

    🎯 Learning Objectives

    This module is intended for first-year mechanical engineering students.
    Its objectives are to:

    • Introduce the fundamental concepts related to the structure of matter.
    • Develop students’ ability to model and analyze material properties.

    📚 Module Structure

    The module is organized into three complementary components:

    1. Courses (C) (1.5 hours per week)
      • Presentation of theoretical concepts.
      • Explanations supported by diagrams, models, and concrete examples.
    2. Tutorials (TD) (3 hours per week)
      • Practice exercises applying concepts covered in courses.
      • Solving practical and theoretical problems.
      • Development of scientific reasoning and autonomy.
    3. Laboratory Work (TP) (2 hours every two weeks)
      • Hands-on experiments in the laboratory.
      • Observation of studied phenomena.
      • Experimental application of theoretical knowledge.
      • Development of technical and experimental skills.

  • Syllabus

    All the course content is presented in the syllabus.

  • Courses

  • Tutorials

  • Pratical Works