2-Link Robot Simulation Support

@abidraza8

Hi. I have PhD in Electrical Engineering with specialization in Robotics. I have wide research background in Robotics and have publications as well.

@nabeelraza1993

Accurate robotic simulation demands a consistent nonlinear model, stable numerical integration, and a MATLAB–Simulink architecture that remains fully synchronized for reliable analysis. Well what I can do for you as MATLAB & Simulink expert with 8+ years of experience is implement the complete nonlinear dynamics of your 2-link manipulator in MATLAB (modular functions for kinematics, dynamics, and control), then mirror it in a clean Simulink model using structured subsystems with reliable solvers like ode45/ode15s, depending on stability and speed requirements. In fact, I’ve worked on various Master's level MATLAB and Simulink-based dynamic system modeling and control projects, including system simulations, controller tuning, and validation workflows, so delivering a fully runnable MATLAB and Simulink file is completely aligned with my experience.

@divyam12345

Dear Sir/Madam, I have experience with robotics dynamics and MATLAB/Simulink modeling. I can build a complete nonlinear model for your 2-link manipulator and create a clean Simulink environment that matches the MATLAB code. I am confident I can deliver accurate and easy-to-use simulations. Let’s connect in the chatbox to discuss the project further, including the budget and timeline. I am ready to work with you, please connect in the chatbox for further discussions. Thank You. Dr. Divya.

@Zack111Arya97

Hi, I am Zakaria. As a Master’s graduate in Automatics and Systems, I specialize in the mathematical modeling and digital control of multibody systems. I have extensive experience building "Digital Twins" in MATLAB/Simulink that bridge the gap between theoretical dynamics and executable code. ​Why I am the best fit for your project: ​1. Multidisciplinary Dynamics Expertise: My background allows me to treat your 2-link manipulator not just as a geometry problem, but as a dynamic system. I ensure that the Euler-Lagrange formulation is perfectly mapped into nonlinear state-space matrices (M, C, G) for both scripts and blocks. 2. Architectural Precision: I focus on "line-for-line" mirroring between MATLAB and Simulink. By using centralized parameter scripts and encapsulated MATLAB Function Blocks, I ensure that any change in your physical parameters propagates instantly through both simulation environments, preventing model divergence. ​3. Advanced Controller Preparation: Having worked with Model Predictive Control (MPC) and Digital Filtering, I build models that are ready for advanced controller tuning, with clean I/O ports for joint positions, velocities, and feedback loops. ​I can deliver a fully documented, runnable .m and .slx package that provides the transparency and reproducibility you need for your what-if studies.

@ElecHamza

Hi, I will develop a synchronized MATLAB and Simulink environment for your 2-link planar manipulator using a modular S-function or MATLAB Function block architecture. I will implement the full nonlinear dynamics using the Euler-Lagrange method, ensuring the mass matrix and Coriolis terms are mirrored exactly between the script and the model. For high fidelity, I recommend the ODE45 or ODE15s solvers with a variable-step configuration to capture nonlinear transients accurately. I will validate the system by performing energy consistency checks and verifying symmetry in the inertia matrix during the provided test scenarios. You will receive a self-contained package including commented source files, a detailed PDF manual, and comprehensive plots for torque and energy analysis. Best regards

@adily1

Hey , I just finished reading the job description and I see you are looking for someone experienced in Matlab and Mathematica, Simulation, Dynamics, MATLAB, Electrical Engineering, Engineering, Mechanical Engineering and Robotics. This is something I can do. Please review my profile to confirm that I have great experience working with these tech stacks. While I have few questions: 1. These are all the requirements? If not, Please share more detailed requirements. 2. Do you currently have anything done for the job or it has to be done from scratch? 3. What is the timeline to get this done? Why Choose Me? 1. I have done more than 250 major projects. 2. I have not received a single bad feedback since the last 5-6 years. 3. You will find 5 star feedback on the last 100+ major projects which shows my clients are happy with my work. Timings: 9am - 9pm Eastern Time (I work as a full time freelancer) I will share with you my recent work in the private chat due to privacy concerns! Please start the chat to discuss it further. Regards, Adil.

@haseebsidd07

Hey , I just went through the project description, and I see you are looking for someone experienced in MATLAB, Mechanical Engineering, Robotics, Simulation, Engineering, Matlab and Mathematica, Electrical Engineering and Dynamics. It instantly reminded me of a client who faced similar challenges, and I knew I had a tailor-made solution for it. Please review my profile to confirm that I have great experience working with these tech stacks. While I have few questions: • Is there anything else you’d like to add to the project details? • What’s the top hurdle you’re facing with this project? • What is the timeline to get this done? Why Choose Me? 250+ Projects. 5 Years. Zero Misses. My reputation is built on a single metric: Flawless Execution. While others promise quality, my last 100+ consecutive 5-star reviews prove it. I don’t just finish the job; I set the standard. Timings: 9am - 9pm Eastern Time (I work as a full time freelancer) The portfolio here is just the tip of the iceberg. To respect client confidentiality, my recent heavy-hitters aren't public, but I can share them 1-on-1. Click the 'CHAT' button, and I’ll send over the relevant samples immediately for your review. Regards, Abdul Haseeb Siddiqui.

@rabeeth3

Hello You will receive: Fully functional .m files and a clean .slx model (no missing dependencies) Well-commented code and a concise PDF explaining assumptions, parameters, and controller tuning Simulation plots (position, velocity, torque, energy) and test case results I focus on clarity and correctness, so the model is not only working but also easy for you to modify and expand later. I’d be happy to get started right away and deliver within your timeline.

@uzairelectronics

Hello, I can build a complete MATLAB + Simulink simulation for your 2-link planar manipulator with full nonlinear dynamics and clean, structured implementation for control testing and analysis. I have experience in robotics modeling, Lagrangian dynamics, and Simulink simulation for multibody systems and controller validation. My approach will convert your existing equations into modular MATLAB functions (inertia, Coriolis, and gravity terms) and then build a Simulink model that matches the code structure for easy debugging and consistency. For simulation stability, I will use suitable solvers like ode45 or fixed-step methods depending on the test case, with properly tuned step sizes. Validation will include step, sinusoidal, and custom inputs with plots for joint positions, velocities, torques, and energy. Deliverables: • Fully runnable .m and .slx files • Clear documentation (comments + short PDF) • Simulation results for all test cases with plots Timeline: 4–6 days Best regards, Engr. Muhammad Uzair

@ashiqiitkgp

Hi there, As a Ph.D. Scholar in Robotics , I specialize in multibody dynamics. I will expertly translate your kinematics into a robust, line-for-line matched MATLAB/Simulink architecture. Here is my blueprint: Structure MATLAB: An init.m script defines physical parameters. A master script executes test scenarios, calculates energy, and plots results. Simulink: A central MATLAB Function block computes the nonlinear system dynamics. The resulting acceleration passes through double integrators to yield velocities and positions for the state feedback loop. Solvers & Integration I recommend the ode45 variable-step solver for high continuous accuracy. For future digital control, I will also include a fixed-step ode4 (Runge-Kutta) setup (0.001s) to guarantee stability. Validation Strategy Energy: A zero-torque free-fall test to prove total mechanical energy conservation. Kinematics: Plotting Cartesian trajectories to verify correct joint-to-space mapping. Closed-Loop: Applying a baseline PD controller to verify setpoint settling without erratic torque spikes. You will receive a cleanly commented, runnable .slx and .m package with a concise PDF guide. Let's start!