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Catalog / All levels / Hello Robot - Build Python Applications & Projects
Mammoth Club All levels 4 sections 27 lectures

Hello Robot - Build Python Applications & Projects

By the end, you won’t just understand how robots move; you’ll understand the math, physics, and control systems that make them work. Supercharge your career today!

MC
Created by Team Mammoth
·
27 lectures
01
Skill level
All levels
02
Sections
4
03
Lectures
27
04
Instructor
Team Mammoth
What's inside

This course includes.

✓
4
Sections
✓
Certificate of completion
Included
✓
Mobile and desktop access
Included
✓
AI learning assistance
Included
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Course content

Curriculum & lectures.

4 sections · 27 lectures
+ Welcome 1 lecture Preview
Projects Preview Locked
+ Build a 3D Flying Drone in Python 9 lectures
What You'll Learn + Project Files Locked
How Do Drones Fly? Locked
Represent Drone Orientation in 3D Space Locked
Sense the World as a Drone Locked
Stabilize Drones Locked
Obey Gravity in Drone Simulation Locked
Hold Drone Altitude and Position Locked
Fly a Path with Drone Trajectory Planning Locked
Mission Simulation: Putting It All Together Locked
+ Build a 3D Pick-and-Place Robotic Arm in Python 8 lectures
What You'll Learn + Project Files Locked
Set Up Your Tools Locked
What Is a Robotic Arm? Locked
Where Is the Hand? (Forward Kinematics) Locked
How To Get The Hand There (2D Inverse Kinematics) Locked
Move the Hand in 3D with Inverse Kinematics Locked
Make Smooth Arm Motion Locked
Build a Complete Pick & Place Cycle Locked
+ Build a Humanoid Walking Robot in Python 9 lectures
What You'll Learn + Project Files Locked
What Is a Humanoid Robot? Locked
Move a Leg Like a Pendulum Locked
Calculate Foot Position from Hip & Knee Locked
Place Foot Precisely with Inverse Kinematics Locked
Stabilize Humanoid with Center of Mass & Balance Locked
Build Humanoid Gait Cycles Locked
Build Smooth, Human-Like Motion with Trajectory Planning Locked
Build Full Humanoid Walking Simulation Locked
Description

About this course.

Step into robotics by building intelligent machines entirely in Python, from flight-stabilized drones to robotic arms and walking humanoids. You'll build:

► A 3D quadcopter physics simulation

► Sensor models with realistic noise

► Controllers for roll, pitch, yaw, altitude, and position

► Trajectory planning with smooth spline paths

► A robotic arm with forward & inverse kinematics

► A humanoid walking simulation with balance and gait cycles

All visualized in real-time 3D using Python, NumPy, and Matplotlib.

✔️ Lifetime access to all modules

✔️ Full source code and downloadable project files (.ipynb, .py, .pdf)

✔️ First-time exclusive Humble Bundle launch

Ready to start building?

By the end, you won’t just understand how robots move; you’ll understand the math, physics, and control systems that make them work. Supercharge your career today!

Buy lifetime access →