As to why designing is important and scope of it in future lets take a look,
The past of CAD has been full of unmet expectations. This continues. Some anticipate 3D modelling without flat screens or mouse pointers -- a fully immersive 3D environment where modelling tools include special gloves and goggles. In the future, designing will be closer to sculpting than painting.
but the world of Computer aided designing is full of promises....
Up to now, 3D goggles cause nausea, immersive technologies are expensive and complex, and most designers prefer using a keyboard, stylus, and mouse.
but the world of Computer aided designing is full of promises....
Career as a CAD Designer and Drafter!
CAD designers may pursue a wide variety of careers in different industries, depending on their educational background. Aerospace and manufacturing industries heavily rely upon the knowledge and skills of their computer-aided designers to integrate current technology or design new products. CAD designers in architectural engineering or the electrical industry work in a similar capacity. Drafters using computer-aided design have generated notable benefits related to mechanical or piping needs in those sectors as well.
Electrical engineering:-
almost all the companies are always on lookout for CAD designer to design their electrical and power system , so as to minimize the expenditure and increase the efficiency
with all the incoming new technologies and energy sources everyone is looking for new ways to obtain maximum efficiency in power extraction and utilization along with lesser cost.
a electrical cad engineer can easily get a job into one of the leading power companies like TATA POWERS ltd, BHARTI ELECTRICALS ltd , BAJAJ ltd etc on on the basis of skills required.
Aerospace Engineering(electrical field):-
Those who work in aerospace engineering create plans and blueprints for aircrafts. This program, typically offered as a bachelor's degree program, is for individuals interested in careers in aeronautical industries or in advancing to graduate programs in this or related fields. The curriculum combines courses in engineering principles and aerospace engineering. Course topics include CAD, engineering graphics, fluid mechanics and aerodynamics.
Bio-mechanical Engineering:-
Individuals interested in integrating mechanical engineering principles into the medical profession may want to have a career in this field. Graduates may find employment in sports and rehabilitation industry, medical facilities or performing research. In addition to learning about physiology and anatomy, human joints mechanics and
bio-medical materials, students study CAD-related courses.
but the world of Computer aided designing is full of promises....
Up to now, 3D goggles cause nausea, immersive technologies are expensive and complex, and most designers prefer using a keyboard, stylus, and mouse.
but the world of Computer aided designing is full of promises....
Career as a CAD Designer and Drafter!
CAD designers may pursue a wide variety of careers in different industries, depending on their educational background. Aerospace and manufacturing industries heavily rely upon the knowledge and skills of their computer-aided designers to integrate current technology or design new products. CAD designers in architectural engineering or the electrical industry work in a similar capacity. Drafters using computer-aided design have generated notable benefits related to mechanical or piping needs in those sectors as well.
Electrical engineering:-
almost all the companies are always on lookout for CAD designer to design their electrical and power system , so as to minimize the expenditure and increase the efficiency
with all the incoming new technologies and energy sources everyone is looking for new ways to obtain maximum efficiency in power extraction and utilization along with lesser cost.
a electrical cad engineer can easily get a job into one of the leading power companies like TATA POWERS ltd, BHARTI ELECTRICALS ltd , BAJAJ ltd etc on on the basis of skills required.
Aerospace Engineering(electrical field):-
Those who work in aerospace engineering create plans and blueprints for aircrafts. This program, typically offered as a bachelor's degree program, is for individuals interested in careers in aeronautical industries or in advancing to graduate programs in this or related fields. The curriculum combines courses in engineering principles and aerospace engineering. Course topics include CAD, engineering graphics, fluid mechanics and aerodynamics.
Bio-mechanical Engineering:-
Individuals interested in integrating mechanical engineering principles into the medical profession may want to have a career in this field. Graduates may find employment in sports and rehabilitation industry, medical facilities or performing research. In addition to learning about physiology and anatomy, human joints mechanics and
bio-medical materials, students study CAD-related courses.