The workshop will cover an intensive two-week long curriculum designed to train participants on the essential programming skills needed for mathematical sciences, using the Python programming language. The format of the workshop will involve lectures and a lot of practical sessions, supported by a team of tutors. The workshop will also aim to give mathematical concepts context and relevance by exposing the participants to real-world applications arising from research which makes use of mathematical tools and computer programming.
- Learning how to identify Python data types.
- Learning about various data structures, including lists, tuples, sets, and dictionaries.
- Learning about loops and decision statements.
- Learning how to write functions and pass arguments.
- Learning how to process and analyse data.
- Learning how to plot and visualise data.
- Learning how to define the structure and components of a program.
- Learning how programming can be used to solve mathematical problems.
|0||Sun 29/07/2018||Familiarisation||Introduction. Installation party. Setting up programming environment|
|1||Mon 30/07/2018||Teaching and Lab||Statements, Expressions, Variables, Operators and Types. Lists, Strings and For loops|
|2||Tue 31/07/2018||Teaching and Lab||Conditions. While loops|
|3||Wed 01/08/2018||Teaching and Lab||Functions. File I/O|
|4||Thur 02/08/2018||Teaching and Lab||Dictionaries. Debugging|
|5||Fri 03/08/2018||Teaching and Lab||Functional approaches: comprehensions, lambda, closures and high order functions|
|8||Mon 06/08/2018||Teaching and Lab||Numerical Arrays. Matplotlib|
|9||Tue 07/08/2018||Teaching and Lab||Pandas|
|10||Wed 08/08/2018||Team project|
|11||Thur 09/08/2018||Team project|
|12||Fri 10/08/2018||Team project. Presentation. Closing session.|
Contact at the host University:
- Mr Akeju (email@example.com)