Computers, Waves, Simulations
A Practical Introduction to Numerical Methods using Python
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Rating | 4.8★ based on 43 ratings |
---|---|
Length | 10 weeks |
Starts | Jul 17 (20 weeks ago) |
Cost | $49 |
From | Ludwig-Maximilians-Universität München (LMU) via Coursera |
Instructor | Heiner Igel |
Download Videos | On all desktop and mobile devices |
Language | English |
Subjects | Programming Engineering Science |
Tags | Computer Science Algorithms Physical Science And Engineering Research Methods |
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What people are saying
numerical methods
A nice course for learning numerical methods.
A great course for anyone interested in numerical methods applied to the wave equation.
GOOD Had a great time learning the concepts of numerical methods and how to apply them using python.
This course is by far the best Numerical Methods MOOC course .
meaningful introduction to different sort of numerical methods that could help to solve different real problems, it is really notewhorthy that is very dynamic and entertaining.
One of the best things about this course is the professor's elegant and lucid explanation of difficult concepts of numerical methods during his scintillating lectures.
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introduction to numerical
Overall a good introduction to numerical methods without too many complications, but you do get a feel for how complicated it could quickly become.
This course is a great introduction to numerical methods.I hope that Dr. Igel will provide more courses on writing effective code for numerical methods.
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jupyter notebooks
Incredibly good jupyter notebooks.
Concepts are explained simply and the Jupyter notebooks are a lot of fun to play with.
Then there are programming exercises where you can run simulations in Python (using Jupyter Notebooks).
The Jupyter notebooks are a great format for these sorts of demonstrations.
And the integration of properly commented Jupyter notebooks justified it's name as to "A practical introduction......".
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very well
All concepts are very well explained .
Very well structured.
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wave propagation
Would highly recommend to anyone who is interested in numerical modeling of wave propagation.
It has the perfect amount of theory and practice of seismic wave propagation.
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heiner igel
Heiner Igel is an excellent teacher and he stops Just before the real complications begin as he should at this introduction level.
The format of the course is such that Heiner Igel explains to the viewer while hand-written equations and drawings appear absolutely synchronized in the background.
Dr. Heiner Igel
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dr. igel
Thank you for the effort you put into its development, Dr. Igel.
I struggled with numerical methods as an engineering undergraduate, but Dr. Igel did a fantastic job of presenting and explaining the material.
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Careers
An overview of related careers and their average salaries in the US. Bars indicate income percentile.
Open Rank Faculty Position in Quantitative Methods $51k
Staff Analyst, Office Administrative Methods and Analysis $63k
Adjunct Professor - Statistics and Research Methods $69k
Adjunct Professor, TESL Methods $73k
Research and Development Engineer - Numerical Simulation $78k
Numerical Control Analyst $78k
Assistant Adjunct Professor, Research Methods $86k
Methods Engineer (Contingent Labor) $95k
Junior Methods Engineer $102k
Methods / Reliability/ Tech support Manager $102k
Methods and Tools $134k
Principal Training and Methods Coordinator $177k
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Rating | 4.8★ based on 43 ratings |
---|---|
Length | 10 weeks |
Starts | Jul 17 (20 weeks ago) |
Cost | $49 |
From | Ludwig-Maximilians-Universität München (LMU) via Coursera |
Instructor | Heiner Igel |
Download Videos | On all desktop and mobile devices |
Language | English |
Subjects | Programming Engineering Science |
Tags | Computer Science Algorithms Physical Science And Engineering Research Methods |
Similar Courses
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