
Master Rhino 3D to model with millimeter precision for engineering and naval architecture, enabling fast prototyping, collaborative workflows, and applications in digital twins and 3D printing.
Install Rhino 3D on Windows by downloading from Rhino 3D.com, creating a Rhino account, and following step-by-step prompts. Choose between a 90-day evaluation and a full license, then click next.
Explore Rhino's toolbars and left-side icons to create points, lines, circles, rectangles, and surfaces, while mastering navigation, viewports, and the command line for efficient modeling.
Master basic 2d sketches in Rhino, week one, from keyring to Batman mask, using circles, lines, rectangles, polygons, arcs, and trimming for CNC or 3D printing.
Learn to model a key ring in Rhino 3D through fast, example-driven 2D sketching with lines, circles, trimming, and dimensions, using osnap and auto mode for precision.
Create a screw key sketch by placing two circles (radii 30 and 20), add hex and pentagon profiles, connect lines, then trim, mirror, and move or scale to align dimensions.
Learn to model half of a chess tower in Rhinoceros 3D, using line, circle, arc, trim, fillet, and mirror, guided by a command-line workflow and a downloadable cheat sheet.
Import a Batman mask image into Rhino 3D, trace with polyline and interpolate points, then mirror, split, trim, and group to create a 2d sketch.
Learn to model in Rhino by building three simple objects—a Lego brick, a sofa, and a glass jug—applying materials and creating renders from basic dimensions.
model a standard red Lego brick in Rhino 3D by tracing a 2D sketch, duplicating the holes with an array, extruding, and using boolean operations to subtract cylinders.
Model a sofa in Rhino by creating the left and right arms, the back, and adjustable pillows, using sketch, offset, extrude, trim, and fillet, and organize with layers for clarity.
Learn practical Rhinoceros 3D modeling by building a glass jar, using revolve, surface from planar curves, boolean operations, and rendering techniques.
Model the Riva Aquarama hull, window, and seat in Rhino 3D using the lines plan and imported points, then assemble and render for learning.
Recreate the hull in Rhinoceros 3D for dummies by importing the line plan from a PDF, building frames and the centerline, and creating surfaces from knuckle lines and deck edges.
Import the window points from a notepad, fit a third-degree curve through them, generate a surface with a network surface, then add glass and aluminium pipes for a mirrored window.
Model a simple seat for a boat (Riva Aquarama) in Rhinoceros 3D, using precise dimensions, extrude and split operations, circle patterns, trim, join, group, apply materials, and render to finish.
Combine hull, window, and seat components in Rhinoceros to build a render-ready 3d model. Move points and frames, and apply pipe, revolve, and array to refine the assembly.
I am Naval Architect with few years of experience in using Rhino 3D. My daily work is to optimize hull shapes and create exterior ship designs.
Course is separated in few Sections. Every section will cover some other aspect.
Firstly, in Section called “Week 0 - Familiarization” I will explain Rhino toolbar interface and simple commands just to get around. Understand a little bit how the software is working and what icons corresposd for what.
Then we will pop in to Section “Week 1 – 2D Sketches”. Chapter will learn us how to operate in 2 dimensional enviroment, how to use standard drawing functions.
Next we will start “Week 2 – 3D modelling” chapter where we will create simple 3D objects like lego brick, coach or blender.
Finally towards the end of the course I will show you how to partly model motorboat.
Main point for this course is to show student how to create own products ranging from lego brick to modelling motorboat. Present a techniques how to create 3D objects in most easiest and most efficient ways. Teach how to transform real objects around you / your ideas in virtual objects. Biggest aim is to open your eyes on on virtual world. I
Course will give you basics to start process of becoming 3D modelling designer.
My favourite motto is “Each One Teach One”
Thanks for your attention and let’s go!
Alish