About SolidWorks:

Intuitive 3D design and product development solutions from SOLIDWORKS® let you conceptualize, create, validate, communicate, manage, and transform your innovative ideas into great product designs. SOLIDWORKS® 3D CAD solutions provide easy-to-learn, yet extremely powerful functionality that shortens product development time, reduces costs, and improves quality. SolidWorks is available in 3 variants Standard, Professional and Premium.

Why Choose SOLIDWORKS 3D CAD?

Dramatically improve the way you develop and manufacture products. As the foundation for the entire SOLIDWORKS suite of product development solutions, SOLIDWORKS CAD packages cover design, simulation, cost estimation, manufacturability checks, CAM, sustainable design, and data management.

Assignments:

Relevant models will be given to the students which can be created with the help of the commands or features which are taught during the course. These model based assignments will be carried out once or twice in a week based on the complexity of the commands or features.

Course Overview:

Rcube Engineering Solutions offers complete SolidWorks Training Course which includes SolidWorks modules like Part Design, Assembly Design, Sheetmetal, Surfacing, Detailing and Drafting. We also offer industry domain oriented SolidWorks courses like SolidWorks Electrical, SolidWorks Routing, SolidWorks Simulation, SolidWorks Flow Simulation and SolidWorks Plastics.

Intended Audience:

• Undergraduate Students from Mechanical / Automobile / Production Engineering
• Fresh Mechanical / Automobile / Production Engineers
• Designers, Design Engineers and Manufacturing Engineers who need a thorough knowledge of the features available in the SolidWorks Mechanical Design

Training Features:

• Workshops and Exercises
• Live projects and assessments
• Industry Need Based Curriculum
• Engineering Fundamentals Training

Assignments:

Relevant models will be given to the students which can be created with the help of the commands or features which are taught during the course. These model based assignments will be carried out once or twice in a week based on the complexity of the commands or features.

Case studies:

Practical industrial examples will be considered as case studies where students will not only study the modeling technique involved to create a complex industrial model but also students will study the design considerations and methodologies involved in the creation of the model. These case studies will be taught to students in detail and they will create the model under the guidance of the faculty.

Projects and Test:

Once students are proficient in using all the commands/features and once they have undergone through the practical case studies, individual projects will be assigned to them in groups where they will design and build a model based on Engineering knowledge as well as CAD modeling philosophies of SolidWorks. This project and an objective questions test will be the benchmarks to judge the performance of student.