Create and share your projects in Computer Programming, 3D Modeling and more.

Get online access to NCLab Apps and Project Galleries

Explore now

Karel Coding

The Karel Coding course uses a simplified Python language that does not contain colons, semicolons, brackets, braces, parentheses, decimal points, commas, and other complicated syntax elements of real languages that are known to cause frustration to beginners. It prepares the students for a smooth transition to the follow-up Turtle and Python courses.
Explore the Course

Project Gallery

Temple of Greed by V. Warren
Code of War by A. Goff
Save or die by M. White
Bakery Duty by K. Antonucci
Flower Garden by J. Dyk
Find the Treasure by A. White
Karel Janitor by A. Gomez
Airplane Crash by J. Sedillo
Don’t Do Drugs by D. Sanders
Power by K. McAvoy
Pacman by G. Gonzalez
Battle Game by C. Van Zee
Sea World by N. Lakey
Pumpkin Soup by C. Werner
Plucking Roses by Diane Rippet

3D Modeling

Build your own 3D models and export them as STL files for 3D printing!

This 3D modeling course is a one-of-a-kind, platform-independent experience that teaches 3D modeling using simple scripted programming. Our unique approach enables students to take full control of their modeling work and have a deep understanding of what’s going on with their models, as opposed to merely downloading and moving an object with a mouse. Students will learn foundations of Geometry, Programming, Logic, CAD 2D and 3D modeling in a fun, game-based environment.
Explore the Course

Project Gallery

Tank by A. Cope
Puzzle Box by A. Gomez
Cephalon Suda by G. Gorden
Box Hunter by A. Orozco
Dragonball by J. Estrada
Steel Meridian by I. Olivera
Wedding cake by A. Viloria
Submarine by M. Hamilton
Autobot by P. Samonez
Deathly pig by A. Ellis
Question block by I. Lopez
Kamen by E. R. Cortez
Windmill by L. Niday
Peacock by L. Niday
Fire Flower by N. Schy
Minecraft Skeleton by E. Rowley
Castle by C. Johnson
Steve by L. Niday
Soccer Ball by L. Niday
Lamp by L. Niday
Spinning Top by E. Valdivia
3D Puzzle by NCLab
High Jump by NCLab
Enterprise by G. Bermeo
CTL Logo by J. Smith
DNA by R. Moore
Star Destroyer by A. Patel
Gandalf the Hammer by R. Moore
Newton’s Cradle by R. Guinn
Bird by P. Crowley
Blue Ghost by J. Annisi-Palmieri
Gengar by J. Annisi-Palmieri
Santa Hat by M. Reyes
Staircase by A. Nowak
Spoked Wheel by F. Meneley
Rubik Cube by E. Carson
Roman Temple by A. Paoluzzi
Phone by J. Barry
Whistle by J. Elsmore
Clock by E. Duong
Cozy Cone by Anonymous
DNA by G. Chow
Gear by Anonymous
Kuwait Towers by A. Anderson
Skeleton by C. Sheltra
Monitor by Anonymous
Pacman by Anonymous
Wither by A. Murray
Rook by Anonymous
Silver Legacy by D. Rohatgi
Skateboard by H. Heimerman
Snowman by R. Shaver
Submarine by J. Elsmore
Truck by J. Gneiting
Biplane by A. Timblepski
Pagoda by G. Hong
Combat Turtle by T. Van Doren
Hollow Cube by Anonymous
Sword by T. Van Doren
Bullet by E. Haynes

Visual Intro to Python

Write Python programs, create designs, and export your projects for 3D printing and laser cutting!

The Visual Intro to Python course is an excellent visual introduction to the Python programming language. Students will learn Python code syntax, formatting and debugging. Students will also draw geometrical patterns and harness fundamental geometry, including angles, lengths, polygons, circles and arcs.
Explore the Course

Project Gallery

Square Tower by C. White
Top by L. Niday
Cube by NCLab
Hamster Wheel by NCLab
Orbits by E. Santiago
Mystery by E. Santiago
Tower by C. White
Lotus Flower by A. Huber
Rose by A. Guinn
Knot by L. Niday
Orbits by L. Niday
Heart by NCLab
Circles by J. Sebastia
Flower by P. Montoya
Gear by M. Giles
Tree by B. Cohen
Saturn by NCLab
Table Pad by K. Drinkwater
Flower by K. Drinkwater
Random walks by A. Redera
Hive by M. Giles
Talisman by E. Yamaoka
Swan by K. Zhang
Gear by O. Sanchez
Mitsubishi by A. Horikawa
Chess pawn by NCLab
Beastlands by H. Dubois
Yinyang fish by C. Luo
Mosquito coil by C. Luo
Crazy colors by C. James
Color tower by J. Lewis

Python Coding

The Python Fundamentals course teaches students how to use the Python programming language to solve problems of gradually increasing complexity, ranging from simple calculations to file operations and object-oriented programming. We offer the course as part of our new Python Programmer Career Training Program.
Explore the Course

Project Gallery

Function of two variables
MRI scan
Velocity color map
Web of lines
1D data visualization
PGM image
PPM image
Pie chart
Triangulation
ASCII art 1
ASCII art 2
Full adder

Cookie consent

This website or its third party tools use cookies, which are necessary to its functioning and required to achieve the purposes illustrated in the Privacy Policy. If you want to know more or withdraw your consent to all or some of the cookies, please refer to the Privacy Policy. By closing this banner, scrolling this page, clicking a link or continuing to browse otherwise, you agree to the use of cookies.