One of the oldest and popular engineering disciplines, a degree in Mechanical Engineering is a highly sought-after one as it makes one employment ready by exposing him or her to specialized domains such as mechatronics, robotics, biomechatronics and biomechanics along with in-depth exposure to the latest technologies of nanotechnology and bionanotechnology that are frequently used in varied fields of science.
Hence, if you are looking to sharpen your existing skills and are exploring job-oriented courses after Mechanical Engineering, then a specialization in CAD and CAM will be a viable option for you. Post course completion, you will have a heightened awareness of how computers can be harnessed to boost your productivity and design quality by automating the process of drafting and enabling you to simulate superior, detailed and accurate technical drawings which can be seamlessly analyzed, modified, reproduced and optimized as per your requirement and with few clicks of a button. Moreover, CAD is extensively used in complex industrial/architectural designs and in precision-driven industries such as shipbuilding, aerospace and automotive. This has resulted in a spike in its demand in present times. The electronic output of CAD is then used for manufacturing purpose, often with the aid of CAM. Apart from making use of computers to produce fault-free machine parts, the primary aim of CAM is to expedite the manufacturing process and produce components and tools with greater exactitude and material consistency than ever before.
Needless to say, both these technologies are attuned to the needs of the modern manufacturing processes as they make the entire process of design creation, iteration and manufacturing quite effortless, swift and economical. Hence, a Mechanical Engineer has to be well-versed with them if he or she wants to remain competitive in this dynamic, lucrative and versatile space.
Scope of Mechanical Engineering
Mechanical Engineering is a broad field of study that often overlaps with other branches of engineering. Apart from focussing on mechanics and kinematics, the niche field also touches upon various concepts such as structural analysis, thermodynamics, electricity etc. which are also incorporated within other engineering fields such as civil engineering, chemical engineering and electrical engineering. The dynamic field has evolved over the years and today Mechanical Engineers are employed across a vast gamut of industries such as manufacturing, oil & gas, aerospace, automotive, railway, marine, defence, construction, transport, FMCG, chemical, metallurgy, biomedical, electronics, pharmaceuticals and utility.Significance of a CAD/CAM Specialization
As a Mechanical Engineer, your job role would entail the design, production and operation of various equipment and machines such as industrial equipments, defence equipments, machinery, manufacturing plants, heating /cooling systems, transport systems such as aircrafts, trains and motor vehicles, drugs, electronic components etc. With computer-aided 2D/3D models fast outscoring the popularity of hand-drawn schematic drawings, it becomes essential that you have a firm grasp on the technicalities of contemporary design & drafting tools such as CAD (Computer-aided Design) and CAM (Computer-aided Manufacturing) that are widely used to make the design and manufacture processes much more simpler, easier to visualize and as accurate as possible.Can a CAD/CAM Specialization Boost Your Mechanical Engineering Career?
One of your key goals, in your exhaustive role as a Mechanical Engineer, would be to explore ways to make yourself more productive and efficient so that you can invest your valuable time in matters that demand urgent attention such as innovating, redesigning and supervising the manufacture of products and devices that address the key issues and bottlenecks of an industry.Hence, if you are looking to sharpen your existing skills and are exploring job-oriented courses after Mechanical Engineering, then a specialization in CAD and CAM will be a viable option for you. Post course completion, you will have a heightened awareness of how computers can be harnessed to boost your productivity and design quality by automating the process of drafting and enabling you to simulate superior, detailed and accurate technical drawings which can be seamlessly analyzed, modified, reproduced and optimized as per your requirement and with few clicks of a button. Moreover, CAD is extensively used in complex industrial/architectural designs and in precision-driven industries such as shipbuilding, aerospace and automotive. This has resulted in a spike in its demand in present times. The electronic output of CAD is then used for manufacturing purpose, often with the aid of CAM. Apart from making use of computers to produce fault-free machine parts, the primary aim of CAM is to expedite the manufacturing process and produce components and tools with greater exactitude and material consistency than ever before.
Needless to say, both these technologies are attuned to the needs of the modern manufacturing processes as they make the entire process of design creation, iteration and manufacturing quite effortless, swift and economical. Hence, a Mechanical Engineer has to be well-versed with them if he or she wants to remain competitive in this dynamic, lucrative and versatile space.
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