ABOUT ADVANCED COMPUTER AIDED DESIGN

Computer-Aided Engineering is also one of the engineering branches mainly used to analyse the robustness and performance of various components, engineering assemblies and structures, and solving engineering issues using interactive graphical software. In future, computer-aided engineering systems will act as computers, a significant provider of information to support design teams in decision making. Computational Structural Mechanics and Computational Fluid Dynamics are the two significant sub-teams that come under this particular branch. In today's world, computer-aided engineering (CAE) software allows several communities like casual users, students, and business people to be a part of real-world projects and challenges with more accessibility. The study of Computational Structural Mechanics is a term engaged in nonlinear Dynamic Analysis of structures, earthquake engineering, computational mechanics, and composite materials using high-performance computing and grid infrastructure. This field also achieved some successful results with its project  ...i.e..1.The design of optimising FRP composition was laminated using a parallel genetic algorithm; Computational Fluid Dynamics are the two broad sub-teams that come under computer-aided engineering.  2. Developing the earthquake risk analysis system for a frame structure on grid computing. Then the following field computational fluid dynamics deals with the Research and Development projects under the area of fluid flow, heat transfer, and combustion, fine-tuning of CFD codes on HPC platform, and development of  CFD based solutions on hybrid High-Performance Computing (HPC) and grid computing areas also had many successful results.

WHAT IS ADVANCED COMPUTER AIDED DESIGN?

This CAE course should need the knowledge to apply mathematical skills to design and analyse model generations and study. This course will help us to use our gained knowledge from component design in projects. As per the required design procedures, students must take proper steps that include problem identification, data collection, problem formulation, approaches, methodology and solution. It also helps us to remind ourselves of the social and environmental impacts of their designs and engineering decisions. Good knowledge of presenting reports with perfect presentations of design projects is needed, emphasising effective personal communication between group members. Analytical tools and industry-standard software packages are using widely in design projects. Knowledge of the strength of materials is used in projects. Creativity is emphasised and also encouraged the students to meet the design challenges with out-of-the-box thinking.

ELIGIBILITY AND CAREER IN ADVANCED COMPUTER AIDED DESIGN

This course also had the same eligibility criteria as other branches of engineering i.e., completed 10+2 in any stream related to science or commerce or arts. The essential topics covered under this Advanced computer-aided engineering were Fundamentals of assembly and sub-assembly, Advanced feature-based design, parametric modelling, Fundamentals of modelling for finite element analysis, solid modelling, Concepts of 3-D modelling, Model structure. Engineering drawing, Analysing computer-aided creative model ng for manufacturing ability. The CAE tools are used in the automotive industry in a wide range to enable the automakers to reduce the time cost, and time of the products for the improvement activities of safety, comfort and durability of the vehicles they produce.

There is a lot of career opportunity for computer-aided engineers with lakhs and lakhs of salaries in this computerised computer-aided gained in this course prepares the students for capstone design course and helps to earn wages insignificant the digit is sooner.