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Engineering Computation
Engineering Computation
30 lessons across 6 topics
1. Programming Foundations
1
Expressions And Operators
2
Functions And Modular Code
3
Iteration And Loops
4
Selection And Branching
5
Variables And Data Types
2. Programming for Engineering Use
6
Arrays And Structured Data
7
Code Documentation
8
Debugging And Testing
9
Input And Output
10
Readable And Maintainable Engineering Code
3. Numerical Methods I
11
Approximation Error
12
Choosing A Suitable Numerical Method
13
Curve Fitting
14
Interpolation
15
Root-finding Methods
4. Numerical Methods II
16
Convergence Concepts
17
Linear Systems And Computational Solutions
18
Numerical Differentiation
19
Numerical Integration
20
Stability Concepts
5. Modelling and Simulation
21
Computational Models Of Physical Systems
22
Interpreting Numerical Results Physically
23
Ordinary Differential Equation Solvers
24
Simulation Of Dynamic Systems
25
Time Stepping
6. Computational Engineering Practice
26
Communicating Computational Findings
27
Using Computation To Support Design And Analysis
28
Validation
29
Verification
30
Visualisation Of Results
