Experiment 1 – Sort a Row Matrix using the Bubble Sort Technique
Experiment 2 – Using the polyval and polyfit Functions Fit an nth Order Polynomial Through a Given Set of Points
Experiment 3 – Draw a Helix using its Parametric Equation
Experiment 4 –Animate the Motion of a Bead in a Circular Path
Experiment 5 –Draw the Contour of a Function
Experiment 6 –Model a Damped Mass-Spring System using Simulink

To understand the basic principles of modelling and simulation and basic approaches and techniques of modelling and simulation

To solve examples of metallurgical and materials processes and give in-class demonstration of modelling software

1. To learn modeling and simulation in materials science and have hands-on experience with modeling software in the computer lab. Build models of systems related to Metallurgical and Materials Science and Engineering processes, Students will know how to model and simulate processes.
2. To get acquainted to a software to apply numerical analysis techniques to real problems we face in day-to-day life.
3. To learn statistical techniques and apply to them to Metallurgical and Material Science and Engineering Problems.
4. To learn image processing and animation techniques and apply them to Metallurgical and Material Science and Engineering Problems.
5. To know how to represent data in various manners and to draw conclusions from them.
6. To write programs to solve Metallurgical and Material Science and Engineering Problems.

Rudra Pratap, Getting Started with MATLAB: A Quick Introduction for Scientists & Engineers, Oxford Edition (1 January 2010)

S. N. Alam and S.S. Alam, Understanding Matlab: A Textbook for Beginners, Dreamtech Press (1 September 2019)

Amos Gilat, MATLAB: An Introduction with Applications, Wiley Fourth edition (1 January 2012)