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Digital Sciences for Engineers - Integration of Mathematics, Physics and Programming
From 63 C$ /h
This interdisciplinary program equips you with the fundamental skills of a modern engineer by combining applied mathematics, physics, and scientific computing. Designed as a coherent whole, this course shows you how these three disciplines work together to solve real-world engineering problems.
Mathematics Module: Numerical analysis, computational linear algebra, differential equations and optimization methods adapted to physical modeling.
Physics Module: Mechanics of systems, thermodynamics, electromagnetism and wave phenomena with rigorous mathematical equation formulation.
Computer Science Module: Scientific programming in Python, numerical simulation, algorithmic solving of physical and mathematical problems, data visualization.
Pedagogical approach: Each theoretical concept is immediately put into practice through integrated projects. For example, you will mathematically model a pendulum, establish the physical equations of its motion, and then develop a Python program to simulate and visualize its behavior.
Mathematics Module: Numerical analysis, computational linear algebra, differential equations and optimization methods adapted to physical modeling.
Physics Module: Mechanics of systems, thermodynamics, electromagnetism and wave phenomena with rigorous mathematical equation formulation.
Computer Science Module: Scientific programming in Python, numerical simulation, algorithmic solving of physical and mathematical problems, data visualization.
Pedagogical approach: Each theoretical concept is immediately put into practice through integrated projects. For example, you will mathematically model a pendulum, establish the physical equations of its motion, and then develop a Python program to simulate and visualize its behavior.
Extra information
Additional information for the participant:
Target audience: Engineering students, undergraduate science students, or professionals wishing to strengthen their scientific and digital foundations
Prerequisites: High school diploma in science (mathematics and physics), no programming experience required
Required equipment: Laptop with internet connection, Python installed (installation guide provided before the course), scientific calculator
Format: Interactive lectures alternating with practical work in pairs and individual projects
Resources provided: Theoretical handouts, Jupyter notebooks with commented code, a database of exercises sorted by difficulty, access to a dedicated discussion forum
Practical projects: Trajectory simulation, thermal analysis of a system, numerical solution of physical equations, modeling of electrical circuits
Assessment: Continuous assessment through practical projects, multiple-choice questions to validate theoretical concepts
Certification: Certificate of competence specifying the three areas mastered
Target audience: Engineering students, undergraduate science students, or professionals wishing to strengthen their scientific and digital foundations
Prerequisites: High school diploma in science (mathematics and physics), no programming experience required
Required equipment: Laptop with internet connection, Python installed (installation guide provided before the course), scientific calculator
Format: Interactive lectures alternating with practical work in pairs and individual projects
Resources provided: Theoretical handouts, Jupyter notebooks with commented code, a database of exercises sorted by difficulty, access to a dedicated discussion forum
Practical projects: Trajectory simulation, thermal analysis of a system, numerical solution of physical equations, modeling of electrical circuits
Assessment: Continuous assessment through practical projects, multiple-choice questions to validate theoretical concepts
Certification: Certificate of competence specifying the three areas mastered
Location
At student's location :
- Around Geneva, Switzerland
Online from Switzerland
About Me
A graduate engineer with an international background (Morocco-Geneva), I am passionate about sharing scientific knowledge. I combine solid technical expertise with tailored teaching methods to guide students from secondary to higher education towards success in mathematics, physics, and computer science.
My approach combines academic rigor with a practical methodology, drawn from my field experience in engineering. I adapt to the level and objectives of each student, whether it's filling in gaps in their knowledge, preparing for an exam, or delving deeper into advanced concepts.
My approach combines academic rigor with a practical methodology, drawn from my field experience in engineering. I adapt to the level and objectives of each student, whether it's filling in gaps in their knowledge, preparing for an exam, or delving deeper into advanced concepts.
Education
A graduate engineer with an international background (Morocco-Geneva), I am passionate about sharing scientific knowledge. I combine solid technical expertise with tailored teaching methods to guide students from secondary to higher education towards success in mathematics, physics, and computer science.
My approach combines academic rigor with a practical methodology, drawn from my field experience in engineering. I adapt to the level and objectives of each student, whether it's filling in gaps in their knowledge, preparing for an exam, or delving deeper into advanced concepts.
My approach combines academic rigor with a practical methodology, drawn from my field experience in engineering. I adapt to the level and objectives of each student, whether it's filling in gaps in their knowledge, preparing for an exam, or delving deeper into advanced concepts.
Experience / Qualifications
A graduate engineer with an international background (Morocco-Geneva), I am passionate about sharing scientific knowledge. I combine solid technical expertise with tailored teaching methods to guide students from secondary to higher education towards success in mathematics, physics, and computer science.
My approach combines academic rigor with a practical methodology, drawn from my field experience in engineering. I adapt to the level and objectives of each student, whether it's filling in gaps in their knowledge, preparing for an exam, or delving deeper into advanced concepts.
My approach combines academic rigor with a practical methodology, drawn from my field experience in engineering. I adapt to the level and objectives of each student, whether it's filling in gaps in their knowledge, preparing for an exam, or delving deeper into advanced concepts.
Age
Children (7-12 years old)
Teenagers (13-17 years old)
Adults (18-64 years old)
Seniors (65+ years old)
Student level
Beginner
Intermediate
Advanced
Duration
60 minutes
90 minutes
120 minutes
The class is taught in
French
Arabic
English
German
Russian
Chinese
Skills
Availability of a typical week
(GMT -04:00)
New York
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
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