Skip to content
Join now for exclusive deals and updates!
Hamburger
Engr Programmer
Home
Browse all
MYR
Chevron Bottom
USD
EUR
CAD
GBP
AUD
NZD
SEK
NOK
DKK
PLN
INR
JPY
MYR
SGD
MXN
BRL
CHF
Cart
Close
All Products
MATLAB Path Planning Algorithms Pack – Astar, Dijkstra, RRT, RRTstar, PRM (Full Code + Animations)
RM 37.50
4-Wheel Fuzzy Logic Line-Following Robot (MATLAB & Arduino/ESP32)
RM 104.16
RM 37.50
SMC-Based Backstepping Trajectory Control for Quadcopter Drone in MATLAB
RM 79.16
RM 37.50
MPC based Differential Drive Robot Trajectory Tracking in MATLAB
RM 62.49
RM 37.50
Pick and Place Robotic Arm Dynamic Modeling & Simulation in MATLAB Simscape
RM 187.48
RM 62.49
Hexacopter Dynamics & Sliding Mode Control (SMC) Trajectory Tracking in MATLAB
RM 79.16
RM 37.50
Hexapod Robot MATLAB Simulation – 6-Legged Walking Animation with Tripod Gait
RM 79.16
RM 37.50
3D Quadruped Robot Gait & Inverse Kinematics Simulation in MATLAB
RM 79.16
RM 37.50
Quadcopter Dynamics & SMC Control | 3D Drone Trajectory Tracking in MATLAB
RM 120.82
RM 37.50
Dynamic Modeling and Simulation of a Single-DOF Copter Using MATLAB Simscape
RM 104.16
RM 37.50
Quadcopter Dynamics & LQR Control | 3D Drone Trajectory Tracking in MATLAB
RM 120.82
RM 37.50
Modeling and Simulation for the Excavator in MATLAB Simscape - PID Control
RM 145.82
RM 62.49
Governor Pendulum System Modelling, Simulation & Animation in MATLAB Simscape
RM 91.66
RM 62.49
Double Pendulum System Modeling, Simulation & Animation in MATLAB Simulink Simscape
RM 104.16
RM 62.49
Quadcopter Dynamics & PID Control | 3D Drone Trajectory Tracking in MATLAB
RM 120.82
RM 37.50
Quadrotor Simulation in MATLAB Simulink | Trajectory Tracking Project
RM 79.16
RM 62.49
Modeling & Simulation of Classical and Quantum Spring-Mass Mechanical System
RM 62.49
RM 20.83
Autonomous Obstacle-Avoiding Differential Drive Robot in MATLAB using Fuzzy Logic & LIDAR
RM 120.82
RM 37.50
🚀 Autonomous Obstacle-Avoiding Differential Drive Robot in MATLAB with LIDAR & Dynamic Window Approach (DWA)
RM 162.49
RM 37.50
LQR Controlled Differential Drive Robot Trajectory Tracking in MATLAB
RM 120.82
RM 37.50
PID Controlled Differential Drive Robot Trajectory Tracking in MATLAB
RM 120.82
RM 37.50
Four-Wheel Trajectory Tracking Robot using Fuzzy Logic in MATLAB
RM 79.16
RM 37.50
Swing-Up & LQR Control of Inverted Pendulum on Cart in MATLAB (with Animation + Energy-Based Strategy)
RM 62.49
Spring Pendulum Simulation using Lagrangian Mechanics in MATLAB | Modeling + Animation + Plotting
RM 62.49
RM 29.16
Top 10 MATLAB Simulink & Simscape Projects for Robotics and Control Engineering
RM 412.46
RM 245.81
🎯 Modeling and Simulation of a Triple Pendulum (3DOF) Using Lagrange's Equations in MATLAB
RM 62.49
RM 29.16
🎯 Modeling and Simulation of a Double Pendulum (2DOF) Using Lagrange's Equation in MATLAB
RM 62.49
RM 20.83
Simulation of Falling Ball Modeled with Lagrange Method in MATLAB Simulink -Simscape
RM 37.50
RM 20.83
Self-Balancing Two wheel Robot PID vs LQR Control in Simulink & Simscape
RM 187.48
RM 62.49
Mass Spring Damper and Mass Spring System Modeling, Simulation & Animation in MATLAB
RM 62.45
RM 37.50
Double Mass Spring Damper System Modeling, Simulation & Animation in MATLAB
RM 54.12
RM 37.50
Dynamic Modeling and Simulation of Yaskawa's 6-Axis Robotic Arm using MATLAB Simscape
RM 124.95
RM 62.49
6-DOF Pick and Place Robot Arm Dynamic Modeling & Simulation in MATLAB Simscape
RM 124.95
RM 62.49
Double Inverted Pendulum on a Cart Modeling and Simulation MATLAB Simscape
RM 124.95
RM 62.49
🚀Path Planning & Obstacle Avoidance Mega Bundle- UGV, AUV, Mobile Robots, AI & Simulink Projects
RM 245.81
RM 162.49
🚀 Ultimate MATLAB and Engineering Mega Bundle 🚀
RM 412.46
RM 204.15
Ultimate Collection of MATLAB & Simulink Learning Books and Resources
RM 62.45
RM 20.83
🦾 Robotic Manipulator Simulation Pack (2-DOF to 7-DOF) in MATLAB/Simulink and SolidWorks!
RM 124.95
RM 79.16
🚁 Drone Control Mega Pack -29+ MATLAB & Simulink Projects!
RM 412.46
RM 120.82
Chevron Left
1
2
Chevron Right
View as:
Admin
Supporter
Edit collection
Go to dashboard
View as
Admin
Supporter
Go to dashboard
