Browse categories
Explore
Fiverr Pro
English
$
USD
I will design aircraft flight control systems in matlab and simulink
Embedded Hardware, Flight Controls and ML Engineer
I bridge the gap between bare-metal firmware and compact hardware design. I specialize in developing custom multi-layer PCBs (ESP32, LoRa, cellular, GPS) and writing highly efficient C code for STM32 ...
About this Gig
Need stable flight dynamics and rigorous MATLAB/Simulink modeling?
I engineer robust control systems and 6-DOF flight dynamics models for aerospace applications. Whether you are tuning an autonomous fixed-wing UAV or simulating trajectory control for a high-altitude model rocket pushing toward the Kármán line, I build the mathematical foundation required for predictable flight.
I focus on proven stability to ensure your vehicle behaves perfectly in simulation before a physical prototype ever leaves the ground.
Core Expertise:
- Control Systems: Custom PID tuning, root locus analysis, and multi-loop feedback architecture.
- Flight Dynamics: 6-DOF equations of motion and aerodynamic derivative integration.
- Simulation Verification: Step-response validation, Bode plots, and trajectory modeling.
What I Deliver:
- Fully functional Simulink models (.slx).
- Clean MATLAB initialization scripts (.m).
- High-quality performance plots proving stability.
Please message me before placing an order! I want to review your aerodynamic data and specific stability requirements so we get the control architecture exactly right.
My Portfolio
FAQ
What information do you need from me to start modeling?
To build an accurate simulation, I will need your vehicle's physical parameters (mass, center of gravity, moments of inertia) and aerodynamic data (such as stability derivatives from AVL). If you do not have these yet, we can start the architecture using standard approximations.
Do you just provide screenshots of the graphs, or do I get the source files?
You receive the complete, fully functional MATLAB (.m) initialization scripts and Simulink (.slx) model files so you have full ownership and can run the simulations directly on your own machine.
Can you simulate high-altitude rocket trajectories, or do you only do fixed-wing UAVs?
I can model both. Whether you are stabilizing a fixed-wing drone or simulating a model rocket ascent aiming above the Kármán line, the underlying 6-DOF physics and control architectures are fully supported.
What if I already have a Simulink model, but it keeps crashing or the aircraft goes unstable?
I can troubleshoot and tune existing models. I will review your block architecture, run a step-response analysis, and tune your multi-loop PID gains to eliminate massive overshoots and ensure stable flight.
