matlab codes, matlab projects, matlab simulations, matlab code download, matlab projects codesHello friends, hope you all are fine and having fun with your lives. Today, I am going to combine all of my MATLAB Projects in this post. I have posted quite a lot of projects on MATLAB but they are not well arranged that’s why are not easily accessible. So, today I finally thought to combine all my MATLAB Projects and post their links in this post so that you guys can easily access all of them in one place just like Arduino , PIC Microcontroller Projects. All these MATLAB Projects and tutorials are designed and written by our team and we have done quite a lot of work in compiling these projects as you all know MATLAB is the most difficult and vast educational tool.

Most of these MATLAB Projects are free to use and users can easily download their codes from the respective project but few of them are not free but we have placed quite small amount on them so that engineering students can buy them easily. If you got problem in any of these tutorials, then ask in comments of that respective project and I will try my best to resolve your problems as soon as possible. Moreover, I am also gonna add more MATLAB Projects in future so I will keep on adding their links in this post so that we have complete record in one place. 🙂 As I always say, other bloggers are welcome to copy these codes but do mention our blog link in your posts and help us grow. 🙂 So, let’s get started with MATLAB Projects:

Basics of MATLAB

Clearing Command Window and Workspace in MATLAB, How to Clearing Command Window and Workspace in MATLAB, Clear Command Window and Workspace in MATLAB, MATLAB to Clear Command Window and Workspace, Clearing Command Window and Workspace using MATLAB.These are basic tutorials on MATLAB and are essential for beginner to must read them once and then move on to next tutorials. In these tutorials, I have just shown some tricks of using MATLAB, so must read them once.

MATLAB Projects – Coding

These are coding based MATLAB Projects. In these projects, I have designed algorithms in m file of MATLAB software. If you have problem in any of these projects then ask in comments and I will resolve them.Speech Recognition in MATLAB using correlation,Speech Recognition in MATLAB, correlation in matlab, matlab speech recognition

Embedded MATLAB Projects

Simulink Projects

Below are given MATLAB Projects designed in Simulink. Simulink is an awesome simulation tool available in MATLAB and is used for designing complex projects. Till now, I haven’t posted much simulations but I have plans to post more simulations in near future:Sensorless Speed Estimation of Induction Motor in MATLAB,sensorless speed estimation of induction motor simulation,simulink design of induction motor speed control

Inverters Simulation

Image Processing

Image Processing is one of the best tool of MATLAB software. We can perform any kind of image processing in MATLAB. Below are given image processing projects in MATLAB software.


  1. Please am currently working on DWT based video steganography for my undergraduate project and am hoping you can help me with a matlab code. Thanks

  2. I need to design a project on Matlab using GUI plz give me ideas what I can make? Plz reply as soon as possible because I don’t have much time.

  3. Hi. This is the project that I need to do, and I’ve no idea on how to do it. Can you help me?

    For Matlab project you are required to calculate the lift coefficient (Cl) and Lift Force (L) for different velocity, angle of attack and height. Use the output of your previous project, use the .xls file to method to plot
    Your tasks:
    1. Open the .xls file from your previous project to plot height vs temperature and height vs pressure.
    2. Read the density and use the provided subroutine/subfunction to fit the density into a second order equation and plot the h vs density.
    fit density into poly equation rho(h)=a0+a1*h+a2*h^2 (the output of the subroutine is the coefficient a0,a1 and a2.
    3. Using nested loop to Calculate Cl and L for different height= 1:0.2:10 (km) and angle of attack,=-0.5:0.5:15 (degrees) at constants Veas=150m/s. Use nested loop and arrays to calculate the following: Equation for L=0.5*density(h)*Vtas(h)*Cl,
    Equation for ??=?01+?0????(?−?0)
    Where AR=b2/c , b=120ft, c=18.94ft, S=2000ft2, a0=2, e=1,alpha0=0.2o
    For density, and true airspeed, Vtas you need to read values from your .xls file for different height. You are required to perform interpolation for data that are not available in your .xls file.
    Plot the following:
    1. height vs Cl,
    2. angle of attack vs Cl
    3. 3D plot (angle of attack, height and Lift)
    4. Using another loop to Calculate Cl and L but for different values of true airspeed (Vtas= =80:5:150) at h=9.5km and at different angle of attack, alpha, =-0.5:0.5:15. The equations are the same.
    Plot the following
    1. alpha vs L
    2. alpha vs Cl
    Comment of the plot.
    ***All plots must have title, legend, and axis label.

  4. How to get Pixels on two circles with radii R and R’ for an image with angles 0, 45, 90, 135, 180, 225, 270, 315, 360.Extented local Binary Pattern(ELBP)

  5. Hope you are doing well. develop 3-D reservoir models with hydraulic fracture parameters and generate production data from it. then from the production rate you have to calculate the hydraulic fractures parameters and remove uncertainty and done sensitivity analysis. for your more information please find my attached research proposal and you will get idea. if you have any queries you can contact with me .

    major steps of project are as under:

    1) Collect historical production data sample (Post Frac)
    2) Perform correlation analysis of IVs with DV (i.e. primary variable) to select relevant parameters for modeling
    3) Perform sensitivity analysis to understand the impact of different fracture and reservoir parameters
    4) Apply ensemble Kalman filter (EnKF) to estimate/update hydraulic fracture parameters and perform history matching
    5) Develop Reservoir simulation model to predict flow of fluids using MRST.
    6) Perform uncertainty analysis

    Independent Variales(IV): fracture length, fracture half length, height, width, reservoir permeability and permeability
    Dependent Variable (DV): Oil production rates

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