Topic: 3D MODELING, VISUALIZATION and DIGITAL PROTOTYPING

A 3D model is a graphical representation of a three-dimensional object through the use of specialized software.
There are key benefits of using 3D Models in structural, mechanical, architectural and interior decor design industries. Some of these include:


Simplicity and Interactive Analysis: Concepts and ideas which cannot be easily represented in words or even through conventional 2D drawings and illustrations can be easily created and viewed from different angles of a 3D model.


Animation: Animation captures attention, and the information which is presented as a moving image is retained by the viewer for a longer time and with greater accuracy. Virtual light source from different angles are used with reflection, transparency and shadows to optimize the photo-realistic effect.


Presentations: For designers who must sell a new design concept to the senior management of prospective client companies, a 3D visualization of your design is better suited for the audience. Many top management personnel have non-technical backgrounds and will better relate with 3d models than they would with technical 2D drawings and illustrations.


3D Modeling is used in a wide range of fields including structural engineering, fabrication and construction. Although 2D design remains a justifiable method for working on design concepts and on projects, the limitations are becoming more pronounced. 3D Modeling has the key advantage of significantly reducing any design ambiguity, making it more straightforward for designers, engineers and contractors to get across their design intent. As technology advances and more companies work on a global scale, it is expedient for engineering, construction and architectural companies to take advantage of the benefits of 3D Models.


AlzCorp provides best-in-class 3D Modeling services to help organizations and individuals achieve a better return on investment.


COURSE OUTLINE


DAY 1
Understanding the 3D Modeling Workspace
Drawing in 3D Using Solids
Using Grips to Edit 3D Solids
Rotating Objects in 3D Using Dynamic UCS
Drawing on a 3D Object’s Surface
Pushing and Pulling Shapes From a Solid
Creating 3D Forms from 2D Shapes
Moving Around Your Model
Changing Your View Direction
Getting A Visual Effect
Creating a Sketched Look with Visual Styles
Turning a 3D View Into a 2D AutoCAD Drawing


DAY 2
Introduction to 3D Rendering
Understanding Solid Modeling
Creating Solid Forms
Joining Primitives
Cutting Portions out of a Solid
Creating Complex Solids
Tapering an Extrusion
Sweeping a Shape On a Curved Path
Revolving a Polyline
Splitting a Solid Into Two Pieces
Rounding Corners of Solid Objects with The Fillet Tool
Chamfering Corners With The Chamfer Tool
Extracting Elevations from 3D Objects
Creating a Simple 3D Mesh


WORKSHOP
Design and Develop a Mechanical Rocker Arm (Mechanical Students) - Shown below





Design and Develop a Structural Connection (Structural Engineering Students) - Shown below



Design and Develop a Building Model (Architecture Students) - Shown below



Design and Develop a Domestic Lamp (Interior Decor)









Course Duration: 2 Days
Course Fee: 15,000 NGN
Location: Pavilion Hotel, 44/46 Adegbola Street, Anifowoshe, Ikeja.