MATLAB for Engineering

MATLAB is a high performance language tool for technical computing requirements. MATLAB stands for MATRIX LABORATORY. It’s a popular tool with diverse engineering applications. MATLAB in academia is used to solve problems from introductory to advanced ranges, within computational streams of mathematics and engineering. The advantage of MATLAB lies in its interactive features and flexibility to adapt to complex engineering problems. MATLAB enables programming in C or FORTRAN.

There are programs to certify MATLAB proficiency in several universitie,s both online and in the classroom.  In most MATLAB courses students will be provided with an introduction to a variety of application areas to which MATLAB can be successfully applied.  Practice courses in MATLAB provide students with an opportunity to use different types of interactive popular tool boxes in MATLAB. Learning MATLAB is essentially about using these tools to solve problems.

Generally in any MATLAB program there will be two phases of certification; one for new starters and another for advanced users. For starting level MATLAB users, there will be an introduction to the capabilities of MATLAB, and a primer will be generally provided to aid in understanding the rules and methodology of programming in MATLAB. A practical exercise will be designed to use MATLAB to solve common programming exercises.

Students will gradually get more exposure to functions of MATLAB such as variables, arrays, conditional statements, loops, functions and plots. Another part of the introduction to MATLAB programming will be exclusively done to provide the required introduction to engineering applications. MATLAB usage for engineering applications such as electrical and electronic engineering, and mechanical engineering, require the more advanced capabilities of MATLAB.  The following are typical applications of MATLAB: script usage and operations, visualization, solving equations, curve fitting, using advanced methods for MATLAB applications and problem solving, symbolics, I/O building, and GUIs.  These are all part of MATLAB learning exercises in this introductory program.

MATLAB is mainly presented as a course in mathematics or as a computational technique in computer science, but there are several applications in other engineering programs which makes it an essential tool. The likes of FEM, curve generation, modeling, and simulation are all very commonly done with the MATLAB toolset.  In addition to its inherent features to enable algorithms and techniques for data visualization, analysis, and numeric computation, MATLAB also offers many extensive libraries of mathematical and graphical routines to use.

For engineering applications such as signal and image processing, communications design and engineering, control systems design, testing and measurement, biological computation, and financial modeling, MATLAB is extremely useful and powerful.  Character recognition, image change detection, and ECG signal analysis are some applications of MATLAB described in detail and available online.

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