Arya College of Engineering & I.T. says It is understandable that when a new engineer opens a textbook, the first thing that comes to mind is "Will I ever use this in real life?" Calculus, physics, programming, chemistry, and engineering graphics could all be seen as hurdles to clear in one's academic career and these disciplines are not detours but rather are integral to being able to understand a problem and create a solution as an engineer and this is the reason why first-year programs often combine mathematics, sciences, programming, design, and communications in their curricula.
Mathematics is a lot more than just a set of equations and the knowledge that it gives engineers allows them to describe how a system works, recognize patterns and predict if the solution will be viable and For instance, calculus can be used to model movement or electric signals, whereas statistics can be used to interpret results of measurements and gather information.
Programming provides another set of skills required by an engineer. The ability to divide a task into smaller pieces, analyze the result of the work, and correct mistakes in a logical way are skills that are useful in almost any field of activity that engineers can get involved in.
Engineering graphics and design develop yet another skill - the ability to visualize an idea in terms of a potential product or device.
Laboratory sessions and practical work put all these subjects into action. Measurement in the physics laboratory may require calculation; a small design exercise may require drawing, prototyping and collaboration. Here, it is when classroom ideas start connecting. The majority of first-year engineering subjects tend to involve hands-on, team-oriented exercises as a means to show how design and problem solving can be done, while using fundamental subjects in it.
It is also critical in the process. The engineers communicate their reasons in the reports, diagrams, presentations, and communication among themselves, so that when the technical solution is right, it gains more value when other people can understand it, evaluate it, and enhance it. Working together with other people will help you develop your listening and delegating skills.
The meaning of first-year subjects is not obvious when you are listening to lectures or writing examinations and but their real meaning lies in giving you a foundation - analytical skills, a creative approach, and critical thinking that allow you to test and improve your designs and you may never use any particular formula every day, but you will certainly need the mindset behind it many times.
So, forget about curriculum. Try to understand the relevance of every concept to some real-world problem, apply this concept in a project, and think of fundamental subjects as the blocks to build your engineering career.
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