# Development of New Mathematical and Engineering Programs – Lab Report Example

The paper "Development of New Mathematical and Engineering Programs" is a good example of a lab report on logic and programming. Mathematical operations are usually simulated in dynamic language simulations such as Mat-Lab and Sci-Lab. These applications software are useful in the development of rapid prototypes for technical activities such as Engineering. Development of new mathematical and engineering programs in this project will be developed using Sci-Lab and Mat-Lab. Mat-Lab program was used to perform different mathematical tasks. Different codes were used for different operations as shown in the Appendices attached herein. The outputs of the programs are represented in the form of diagrams. The diagrams are also attached in the report.

Introduction
The Mat-Lab program is a very useful tool in solving mathematical problems. The program is not only used in Mathematics but also widely used in simulating engineering tasks. The use of this program has extremely made engineering productions easier than ever before. It is much easier to use the Mat-Lab and Sci-Lab as it requires one to also instruct the program codes. This area of study is very essential as it can enable a mathematician to transform mathematical calculations and operations into relevant form for use in an actual working environment (Haidekker 2013, p47). Both Mat-Lab and Sci-Lab display similar results but use different programming syntax (Wouwer, Saucez and Vilas 2014, p52). The choice of which program to use in simulation depends on the programmer’s knowledge and experience.
1.1. Scope
The scope of this project is to compare two programs, i.e., one in Matlab and the other in SciLab. It thus contains two scripts in each of the languages along with their outputs.
1.2. Objectives
The main aim of this project is to demonstrate the use of programming languages in the simulation of mathematical and engineering problem solutions.
2. Methods
The method used in this study is quantitative analysis using familiar mathematical and engineering problems and applying the variables and equations in the scripts (Campbell, Chancelier and Nikoukhah 2006, p38). The results are presented in plotted graphs as a summary of the simulated solutions.
2.1 Task 1: Calculation of velocities and accelerations
Task 1 involved programming of Mat-Lab and Sci- Lab programs. The programs are written for Mat-Lab and Sci- Lab are shown appendices 1 and 2 respectively. The outputs for the Mat-Lab and Sci-Lab for this task are shown in figures 1 and 2 respectively.