Advanced Python
Azure Fundametals
Data Modelling with M and Power Query
DAX Programming
ITIL Foundation
Linux Essentials
Linux Networking
Linux Point and Click Admin
Linux Shell Commands
Linux System Administration 1
Linux System Administration 2
Microsoft Azure Administrator
Microsoft Power BI Boot Camp
Microsoft Power BI Desktop Advanced
Microsoft Power Query
Microsoft PowerApps
Microsoft PowerBI Dashboard User Course
MySQL Administration
Network Security Penetration Testing
PostgreSQL Administration
Python for Data Science
TCP/IP Networking
Python has a fantastic array of modules that are useful to both scientists and engineers. Easily enabling data processing, modelling, linear algebra and much more. Tools that allow immediate data visualization are particularly helpful.
In this course you will learn how to:
Leading Training is focusing on providing virtual training courses for the foreseeable future and will only consider in-person and classroom training on request, with a required minimum group size of six delegates. We remain committed to offering training that is fast, focused and effective.
Delivery Method | Duration | Price (excl. VAT) | ||
---|---|---|---|---|
Classroom | 2 Days | ZAR 5,500.00 | Get a Quote | |
Live Virtual Training | 2 Days | ZAR 4,500.00 | Get a Quote |
Save up to 10% by booking and paying 10 business days before the course.
Good trainers, and the courses are informative.
Good trainers, and the courses are informative.
The material is easy o read.
Great stuff!!!
Scientists, Engineers, data scientists.
Python programming
Symbols
isympy
Numeric types
Differentiation and Integration
Ordinary differential equations
Series expansions and plotting
Linear equations and matrix inversion
Non linear equations
Output: LATEX interface and pretty-printing
Introduction
Arrays (Matrices)
Convert from array to list or tuple
Standard Linear Algebra operations
Numpy for Matlab users
Matplotlib 2D plotting
Matplotlib and Pylab
pyplot, numpy
Fine tuning your plot
Plotting more than one curve
Histograms
Visualising matrix data
3D Plots
Basics, rotating and zooming
Setting the frame rate for animations
Tracking trajectories
Connecting objects (Cylinders, springs, 3d vision)
Visualising higher dimensional data
Overview
Numerical integration
Solving ordinary differential equations
Finding roots using the bisection and fsolve method
Fast Fourier Transforms
Interpolation and curve fitting
There are currently no scheduled dates.
Please note that this course needs a minimum of 6 delegates to schedule a course. You can choose to be added to the waiting list by clicking the button below, and we will contact you when we have enough delegates interested. Should we not get enough delegates, we will refund or credit your paid booking.
Should you need this course urgently, the following options are available: