computer aided design certification mechanical

The graduate will be equipped to develop mechanical detail and assembly drawings per ANSO and ASME standards that satisfy the requirements of various manufacturing industries.The graduate will be able to explain additive and subtractive manufacturing processes.

The graduate will be skilled to create parametrically driven 3D computer models of mechanical components and assemblies using a solid modelling program.The graduate will also be proficient in manual, hand drafting practices and techniques.The graduate will have generated a personal portfolio of industry standard documents utilizing a variety of computer drafting applications.The graduate will be able to utilize fundamental and advanced two-dimensional and three-dimensional CAD to produce mechanical drawings and renderings.They can also conduct strength and dynamic analyses as well as other engineering calculations, generate construction simulations to assist with scheduling and project management, and complete other complex tasks critical to delivering projects on schedule and under budget.At the end of the program, the graduate will be able to: Today, CAD programs can be used for 2D blueprints and 3D modeling, as well as the creation of animations and renderings that can help architects visualize building designs for clients. The power and scope of CAD software has grown dramatically since the 1960s, when the first CAD programs were introduced to replicate manual drafting processes. Along with computer aided engineering (CAE) software, CAD programs like Autodesk are extremely important tools for architecture and engineering professionals, allowing them to work and collaborate more efficiently, shortening the design cycle, reducing costs, and improving the accuracy of their designs. Computer-aided design, or CAD, is the use of software to assist with the drafting and design of buildings, machines, and other physical products.

Computer aided design certification mechanical