The duration of the course includes 30 hours of online training and assessment that comprises:
• 20 Days, 5 Days a week (1.5 Hours per day)

Course fee is Rs 1,180.

VLE may charge as per the local market value from the candidate.

Online trainer-led training is administered in the course where CNC machine and 3D Printing machine takes digital input in the form of Computer Aided Design (CAD) model and creates solid, three dimensional parts through an additive, layer by layer process.

Minimum qualification required to for a student to join the course is that he/she should be 12th pass.

After completion of the online course a course completion certificate will be issued by the CSC Academy and Siemens PLM Software followed by successful online assessment.

The integrated course on Computer-Aided Design and 3D Printing is designed for beginners and only basic designing knowledge is necessary for the same.
School kids, engineers, designers, hobbyists, artists and anyone looking to learn how to design their own models for 3D printing can join the course.
All those who want to enhance their skill set and find a potential business opportunity in the space of CAD Designing, Robotics, Manufacturing, Automobile Industry, Sheet Metal Industry, Piping industry & Artificial Intelligence/Machine Learning will be benefitted through this course.

The course gives fundamental knowledge and practical abilities in Solid Edge which is a portfolio of affordable, easy-to-use software tools that address all aspects of the product development process.
Solid Edge combines the speed and simplicity of direct modeling with the flexibility and control of parametric design – made possible with synchronous technology.

Through this course students will be:
• Able to design at the speed of creative thought, with new subdivision modeling, lightning-fast reverse engineering
• Enable fast, accurate 2D layout of industrial control panels with new cabinet panel design capabilities
• Optimize and validate designs with tighter integration between flow and structural simulation
• Produce high-quality documents and illustrations, faster directly from 3D modelings
• Take control of data, saving time and money, with rapid concept modeling and shape search capabilities
• Able to work for Manufacturing, Design, Maintenance & Robotics
• Application of CAD in different types of industries
• Sketching and Modelling
• Faster design using synchronous technology
• Surfacing of solid models as per industrial standard
• Drafting as per industrial standard
• Be aware of materials available for consumer 3D printing
• Materialize their idea into a real 3D object.

Various career prospects that are available for students through this course are:
• 2D CAD Draftsman
• 3D Rendering Artist/Visualiser
• Interior Designer
• CAD Draftsman Civil
• Art Installation Designer
• CAD Operator and CAD Counsellor

Modules that are included in the course are:
Sketching: 2D sketch geometry defines the cross-sectional shape used to create a base solid body or the shape used to create a feature on an existing solid body. Sketches are drawn in 3D on either a planar face or a reference plane. Student can lock onto a planar face or reference plane to draw sketch geometry.

Modeling: Solid modeling (or modelling) is a consistent set of principles for mathematical and computer modeling of three-dimensional solids. Solid modeling is distinguished from related areas of geometric modeling and computer graphics by its emphasis on physical fidelity.

Assembly: A software assembly is a collection of multiple 'built' configuration items, some or all of which have their own development process and their own release identifiers. These complete items are incorporated together into an assembly.

Drafting & Detailing: It refers to the act or process of producing a technical drawing, or draft as well as art of producing technical drawings.

Sheet Metal: Sheet Metal parts are manufactured from a single sheet of metal the part must maintain a uniform wall thickness. Sheet metal parts with a minimum of 0.9mm to 20mm in thickness can be manufactured. When designing parts for laser cutting one should not make holes smaller than the thickness of the material.

Surface Design: Surface modeling gives the ability to build out a visual representation of an object's exterior and its contours. In other words, it's a surface. These objects can be mechanical components like an engine - or complex organic shapes like animals.

Various opportunities that can be embraced by students in industries include:
• New Product Development
• Research & Development
• Sheet Metal Industry
• Piping industry
• Artificial Intelligence/ Machine Learning, Robotics
• Manufacturing
• Industries in Automotive Sector
• Electronics
• Many others use Solid Edge software for doing Research & Development
• Model-based design
• Solid Edge has been recognized a leader in Assembly and Surfacing platform
• Robotics.