Robotic Arm PID Control Simulink Design

@ahmed4499

Hello SIr I am computer engineer and certified LabVIEW architect and embedded developer so i can help you doing that with LabVIEW with professional programming interface , thanks

@BOSIREX

With over [number of years] of professional experience combined with my strong knowledge in Mechanical, Electrical and Electronics Engineering make me the ideal candidate to design and simulate the Robotic Arm using PID control for your university project. My extensive skills also includes MATLAB / Simulink, control system design and implementation, which suit this particular task perfectly. I will start by developing a mathematical model of the robotic arm including the simplified equations of motion while ensuring its realism. I understand that realistic features such as the effects of friction, load/payload and external disturbance will be crucial not only for marks but also for the true representation of your project. With this in mind, I will incorporate these factors into the simulation to provide you with an accurate system response.

@Shahabijan

 I have a good experience with application of control techniques and automation strategies in matlab/Simulink, LABVIEW, GMWIN and PLCs along with in-depth knowledge of electronics, sensors and instrumentation etc. I am also supervising a project on the Design and implementation of environmental control system for poultry farms using PLC.  I am currently teaching piping and instrumentation diagram (P&ID) to the students of electrical engineering. Also discussed various plant models and their working involving temperature control, pressure control, flow control, heat exchanger based systems, mixing etc. The standard model ANSI/ISA S5.1-1984 (R1992) Instrumentation Symbols and Identification have been used as a reference.  Have good knowledge about the different types of sensors/transducers used and their accompanying signal conditioning. Have sufficient knowledge about the different kinds of valves and actuators along with the final control elements.  I have good idea about wiring diagrams for the different circuits and equipment and how to read and implement wiring diagrams. Types and uses of circuit breakers, relays, safety and timer based operation like bottle filling, conveyor belt, feedstock are also known to me.  I am also conducting lab for this course, which covers ladder diagram programming and is implemented on ED-4260 PLC Trainer. The PLC is GLOFA GM-4 and the software used to program it is GMWIN.

@juliantobahari

Hi, I'm Juli, a 3D design specialist. I've read your job description and I’m confident I can help. I have solid experience with SolidWorks, Fusion 360, and rendering tools like KeyShot. I focus on precision, fast delivery, and clear communication. I understand the requirements ofRobotic Arm PID Control Simulink Design and how to approach it effectively. You can also see similar work on my portofolio. Looking forward to hearing from you. Best regards, Juli

@Zack111Arya97

Hello dear client, ​I am Zakaria, a Master’s graduate in Automatics and Systems My academic and professional background is centered precisely on the mathematical modeling, PID tuning, and control of multi-degree-of-freedom (DoF) robotic systems. ​Why I am the best fit for your MECH1320 project: ​✅ Control Theory Expertise: I specialize in deriving equations of motion and implementing robust PID controllers. ​✅ Clear & Educational Deliverables: I don't just provide files; I provide understanding. I will deliver a clean .slx model and an report that explains overshoot, settling time, and tuning logic so you can confidently present it in your lab. ​✅ Proven Academic Success: I have successfully completed a very similar robotic arm control project with high client satisfaction. You can verify the quality of my work and the positive feedback here: https://www.freelancer.com/u/Zack111Arya97?review_context_id=39938372&review_type=project&frm=Zack111Arya97&sb=t ​Deliverables: ​? Complete Simulink Model (.slx) with tuned PID loops and disturbance blocks. ​? Short Technical Report (max 8 pages) covering modeling and results analysis. ​? Step-by-step Explanation Guide to prepare you for potential questions. ​I am ready to review your specific joint requirements or payload constraints to begin the Simulink modeling immediately ?

@shoaibali384

Hello, I can help you develop a clear, well-documented Simulink simulation of a robotic arm with PID control for your MECH1320 project. I have strong experience in MATLAB/Simulink, control systems, and robotics, and I focus on making models both realistic and easy to understand. My approach: Model a 1–2 DOF robotic arm with accurate equations of motion. Implement a PID controller with tuned P, I, and D gains. Include realistic effects such as friction, payload, and optional external disturbances. Provide sensor feedback simulation for control accuracy. Generate clear graphs comparing system performance before and after PID tuning. Deliver a simple, well-structured Simulink model (.slx) and a short report (≤8 pages) explaining the system, control strategy, and results, including screenshots and guidance so you can present confidently. I ensure the work is original, easy to explain, and suitable for lab demonstrations. I can complete this within 2–3 weeks, aligned with your timeline. Looking forward to helping you achieve a high-quality, understandable project. Best regards, SA

@abhay072006

Hi, I understand you need a simple and clear Simulink project for a robotic arm with PID control that you can easily explain in your lab. I can help you build a clean model (1–2 DOF), add PID tuning, and show results like overshoot and settling time with proper graphs. I will also include friction and basic real-world effects if needed. I’ll provide a short, easy-to-understand report so you can present confidently. Can you tell me if you want joint angle control or end-effector control?

@mandalsurajkumar

Hii there, Your project on simulink model development require expert like me. I am an electrical engineer with experties in matlab and simulink and control system. I have delivered similar project recently developing simulink model and employing controller to get closed loop performance. I have deep understanding of classical control system along with modern control system. I will deliver you simulink model of robotics arm with 2-3 degree of freedom which input desired position and output actual position. Let's discuss further on details of it. Thank You

@umern19

Hi, I have strong experience in MATLAB/Simulink and control systems, and I can develop a clean, well-structured robotic arm simulation with a properly tuned PID controller. I will model a 1–2 DOF system with correct equations of motion, implement friction and load effects, and demonstrate system performance through clear response plots (overshoot, settling time, and stability). The final delivery will include an organized .slx model, comparison of system behavior before/after tuning, and a concise report explaining modelling, control strategy, and results in a way you can confidently present. The model will be simple, original, and fully adjustable for parameter testing. Regards, Umer

@Griffins07

I am a Electrical and Electronics engineer who specialises in matlab and Simulink control projects. I can help you in your robotics project and deliver .slx model, equations, report plus all the requirements you have mentioned.

@Habib821

Hi, I’m a control systems engineer with strong experience in MATLAB and Simulink, especially in PID-based system design for academic and practical projects. You need a clear, explainable Simulink model of a robotic arm with PID control, including realistic behavior and results you can confidently present. I’ve done similar university-level projects where both correctness and explanation were equally important. How I will approach this: First, I’ll model a simplified 1–2 DOF robotic arm using correct equations of motion, then implement a PID controller in MATLAB Simulink to control position (joint/end-effector). I’ll tune P, I, and D parameters step-by-step and show system response (overshoot, settling time, steady-state error). I’ll also include realistic effects like friction, load variation, and sensor feedback to improve marks. The final model will be clean, adjustable, and easy to demonstrate. If this fits, we can start with system modelling and PID setup as the first milestone, then finalize simulation and report.

@abdul01122

Here’s a **short and effective proposal**: --- Hello, I can help you develop a clear and realistic robotic arm simulation in MATLAB Simulink with PID control. I have strong experience in control systems and dynamic modeling, and I will ensure the project is easy to understand and present. I will deliver: * A complete Simulink model (.slx) * Proper PID implementation and tuning * Graphs showing system performance (before/after tuning) * A concise report explaining the model and results The model will include realistic features like friction, load effects, and feedback. Everything will be original and explained step-by-step so you can confidently present it. Timeline: 2–3 weeks (flexible) Budget: Open to discussion Looking forward to working with you.

@ghazihassanraza

As an experienced Mechanical and Aerospace engineer with a strong background in control systems and robotics, I believe I am the ideal candidate for your project on Simulink system design. My proficiency extends beyond your requirements, making me a great fit to create the PID-controlled robotic arm model with all its realistic features such as friction, load, sensor feedback, and external disturbances. Worked on Twin rotor Aerodynamics System PID modelling and Thruster control and encoder. I have extensively used MATLAB/Simulink for various intricate simulations. Using this tool over the years has given me an advanced knowledge of its workings with unbeatable experience. I don't just stop at delivering, I make things simple, thanks to my abilities in clear explanation - readying even the most complicated task for lab demonstration or questioning. So choose me for not just experience but for the dedication that comes from understanding the importance of superior work for an academic project. My competency matched with your requirements will ensure thorough comprehension, prompts results sharing, easy demonstrations and success in your project within the desired timeframe.

@AbdulSammiKhan

Hey There! Hope you are doing well. I saw your project details and find myself fit for this project. I have an experience of 2 years of Matlab moreover, I have worked on PID controllers for the Line follower robots many times in competitions. I have also studied "Control Systems" Engineering which make me perfect person to apply for this.

@mushtaqahmad20ma

Hi there, as an Electrical Engineering student at UET Taxila with extensive experience in control systems and MATLAB/Simulink, I am perfectly suited to help you with your MECH1320 robotic arm project. I have already completed very similar projects involving high-level control strategies, including a Quadcopter simulation using Cascaded Model Predictive Control (MPC) and Simscape modeling, as well as AI-driven adaptive protection systems for microgrids. My background in designing PID controllers for temperature regulation and bidirectional power converters ensures that I can provide a mathematically sound 1-2 DOF model that accounts for realistic variables like friction and payload disturbances. I specialize in creating clean, "humanized" documentation, so I will provide you with a high-quality .slx file and an 8-page report that breaks down the equations of motion and tuning parameters (P, I, and D) in a way that is easy for you to present in a lab demonstration. I am a highly responsive communicator and will ensure you fully understand every aspect of the simulation, from overshoot analysis to settling time, so you can confidently answer any questions from your instructors.

@shivagurup

Hey, I have done multiple projects in MATLAB & Simulink with good quality and quantitative result. Hope we can discuss more on this to get more clarity on this.