Department: Chemistry
Module: Chemical Process Modeling

Course description

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  • Objectives

    After completing this course, the student will be able to use Matlab as a tool to:

    • perform simple and advanced mathematical calculations
    • perform data regression and apply statistical analysis
    • create scripts and functions
    • generate 2D and 3D graphs and visualize data
    • solve ordinary differential equations (ODEs)
    • simulate simple chemical processes in different operating modes
  • Content
    • Introduction to Matlab
    • Writing and executing scripts
    • Vectors, matrices, structures & cells
    • Linear regression and polynomials
    • 2D and 3D graphs
    • ''if'', ''for'' and ''while'' loops; writing functions and calculation routines
    • Solving ordinary differential equations
    • Numerical simulation of chemical processes
    • User interfaces

Type of teaching and workload

Lecture course (including exercises)
32 periods

Course specification

Year of validity
2023-2024
Weight
3rd year
Semester
Autumn
Program
French,Bilingual
Department
Chemistry
Language of instruction
English
ID
B3C-MOSI-C
Level
Advanced
Course type
Core
Study program
Bachelor

Evaluation methods

  • Continuous assessment Written work

Course grade calculation method

The continuous assessment mark corresponds to the weighted average of all of the semester's exams. In case of a revision exam, the course's final mark corresponds to the arithmetic average of the continuous assessment and the revision exam marks.

Reference work

  • Polycopié du cours (en français).
  • Matlab documentation (in English).

Intructor(s) and/or coordinator(s)

Michal Dabros