Matlab & Simulink - PID and Fuzzy Logic and report writing

I am an Electrical Engineer having specialization in Electronics and Control, teaching in Electrical Department at FAST National University Pakistan. I am also persuing my MS degree in Electrical Engineering with specialization in CONTROL. I have taught the followings courses, and also done many projects related to these subjects as well as related to consumer electronics products. 1. Control System Design & Modelling (Continuous, Discrete, Linear, Non-Linear, Optimal, Fuzzy Logic + Matlab & Simulink) 2. Digital Logic Design (Verilog, VHDL, Logisim) 3. Digital System Design (Verilog, VHDL, Logisim) 4. Controllers (8086 processor, 8051 Family, Arduino, PIC Family) 5. Power Electronics (PSIM, MATLAB, Orcad, PSpice) 6. Control of Electric Machine Drives 7. Circuit Analysis and Designe + Many Others 8. PCB Design (Proteous AREAS + Ultiboard + Altium Designerm + Diptrace) I assure you, if you assign your project to me, you surely gonna work with me in future.

Hello, I am a PhD student in Control Engineering at Yildiz Technical University, Turkey. I have depth knowledge about control systems and Matlab/Simulink. I have completed lots of projects about mathematical modelling and controller design. I know the implementation of inverted pendulum -balancing robot- system via Fuzzy, PID and Pole Placement even swing-up controllers. You can see my profile to check them. Please contact me to discuss further, thanks in advance.

I'm a PhD student in Engineering with a Master's in Statistics. Expert in Matlab, Econometric and statistical modeling of pretty much everything you can think of. These include expertise on protocol development, research study designs, sample size calculations, data management, and data analysis using various statistical software’s (i.e. STATA, Eviews, R & SPSS), statistical interpretation and report writing also familair with programming language C,C++,C#,. Currently involved in official approval of internal econometric models that banks are using.

Hello, Greetings of the day, I read your requirements and found this project very interesting. I am very much interested to do this project for you. I understand your requirements and want to start this project as soon as you award me.I am a standard member here and a full time freelancer, so you can contact me anytime. to brief about me: I am mechanical design engineer by profession and graduate in mechanical engineering with PG in CAD/CAM, ANSYS & Solidworks. I have worked many project in softwares like CATIA V5, 3Dmax, Creo, revit, AutoCAD and many more. As i have engineering background with five years of industrial experience i am very much familiar to do this kind of job. I have preferred freelancer badge, you can see next to my profile name. You can check my profile and portfolio:- https://www.freelancer.com/u/ashrafshekh.html My bid is negotiable and it depends on the required deliverable. Looking forward to hear from you & feel free to contact me Thanks & regards Ashraf Shaikh

well, I hold a PhD in control engineering.

Hello, I can do this project. I am expert in Matlab. I have done no of project on Matlab. Please open your chat box for more discussion. Area of Interest: Image Processing, Speech & Pattern reorganization, Signal Processing, wireless sensor network, routing protocol, electrical & electronics engineering and communication system.

Hi, Dear Friend. I am expert in matlab, math, physics,... I have a lot of experiences in many fields. I can do your task well. Please contact me. Best regards.

Hi I have already worked on PID and fuzzy logic control design projects and I am familiar with them. I can help you with this project if you explain your project more. Regards Khani

I can give u a matlab program with custom features for the future projects too.

I am a MSc. in systems engineering (control systems). I develop control systems for nuclear power plants and I am a PhD student in control systems.

The procedure to solve this problem is as follows: 1. Model the inverting pendulum problem by means of Lagrange approach. 2. Find state equations and build state space model. 3. Design PID controller by means of MATLAB. If you are interested I can add graphical representation with SimMechanics so you can see how exactly this system works visually. We can negotiate for price of this extra feature.