CAD Applications
Apply NowComputer-Aided Design(CAD), Computer-Aided Engineering (CAE) and Computer-Aided Manufacturing (CAM) involve the use of computing technologies to facilitate and accelerate the design of engineering products. With Computer-Aided Design we can convey design ideas into models we can see, evaluate and interact with. Once these models are created we need to validate them – will this design survive the loading conditions, thermal conditions and motion it will be subjected to in the real world? That is Computer-Aided Engineering.
Computer-Aided Manufacturing allows you to manufacture your designs using technologies like 3D Printing, CNC milling, etc. CAM also helps to ensure your designs can be manufactured safely without any complications during the manufacturing process.
Computer-Aided Design, Manufacturing, and Engineering makes the design process faster as designs can be completely validated even before making the first prototypes!
AUTOCAD 2D & 3D
The basic 2D AutoCAD course will give candidates foundation knowledge in the use of this powerful drafting software that is used across multiple designs, architectural and engineering companies worldwide.
Building up knowledge about the essential drawing and drafting tools enables users to leave the training course with a confident foundation knowledge that will allow them to explore the higher functionality this software offers.
3D CAD, or three-dimensional computer-aided design, is technology for design and technical documentation, which replaces manual drafting with an automated process. Used by architects, engineers, and other professionals, 3D CAD software precisely represents and visualizes objects using a collection of points in three dimensions on the computer.
| Course | Prerequisite | Requirement | |
| Level 1 | Introduction to the Interface and Drawing Tools, Advanced Drawing of Objects, Organizing Objects, Drawing with Accuracy, Layouts, Printing, and Outputs, Annotation Techniques, Reusable Content and Drawing Management, Productivity Tips, Introduction to 3D design. | Digital Literacy | A laptop with at least 4GB RAM, Intel Core i5. A minimum of 2GB dedicated graphics card is advised. |
FUSION 360
Fusion 360 is a CAD(Computer-Aided Design), CAM(Computer-Aided Manufacturing) and CAE(Computer-Aided Engineering) tool. As the name suggests, it enables a 360 round workflow from design to validation(simulation), to manufacturing. Fusion 360 has seamlessly integrated all these workflows in a simple and easy to use environment, making it a choice design tool for every engineer and product designer.
Fusion 360 also comes with a powerful Generative Design environment. Generative Design is an industry 4.0 approach that allows you to use the power of computing to make more efficient, lightweight and reliable designs. By simply specifying the preserve and obstacle regions, constraints, and loads of the design, the system can generate different designs for the different materials and manufacturing process you have specified!
Fusion 360 also features automatic drawing generation, sculpting (freeform design), sheet metal design and a powerful cloud integration among many others!
| Course | Prerequisite | Requirement | |
| Level 1 | Introduction to 2D Drafting, Introduction to Fusion 360 and sketching in Fusion 360, Introduction to 3D Modelling in Fusion 360, Assembly in Fusion 360, Introduction to the Animation workspace (For Assemblies), Introduction to Freeform Modelling, Introduction to Sheet Metal Design, Simulation in Fusion 360, Generative Design, Drawing Generation from Designs, Computer-Aided Manufacturing, Electronic Design in Fusion 360. | Digital Literacy | A laptop with at least 8GB RAM, Intel Core i5, preferably with a 2GB Dedicated Graphics Card. |
SOLIDWORKS
SOLIDWORKS® 3D CAD solutions provide engineers, designers, and manufacturers with the design, simulation/verification, manufacturing, file management, and collaboration tools they need to develop and manufacture innovative products and equipment – in one package.
SOLIDWORKS ESSENTIALS AND PART MODELING
Learn about how Solidworks works and learn about how to create simple and more complex 3d parts, learn about individual features for modeling and so on.
ASSEMBLY DESIGN
Learn about how to create assembly modeling consist of different parts. How to organize the assembly models, practice available features for assembly and learn about design tree functions in models
GENERATE DRAWING
Learn to create technical drawing from one existing model or assembly. How to add Bill of material and Customize it, learn to add annotation to the drawing and so on, Also how to Customize your drawings sheets
SHEET METAL AND WELDMENT
Learn to create sheet metal parts and available features for modelling, learn to create weld structures model using standard structure members.
REVIT ARCHITECTURE
Learn the concepts of Building Information Modelling and introduce the tools for parametric building design and documentation using Revit Architecture. This course covers the basics of Revit Architecture, from schematic design to construction documentation. Students are introduced to the concepts of Building Information Modelling and the tools for parametric building design and documentation.