Chemical Engineering - Why it is hard nut to Crack?

Chemical Engineering - Why it is hard nut to Crack?

Chemical Engineering - Why it is hard nut to Crack?

Chemical engineering is the study and practice of converting substances or chemicals at a huge scale. Students who pursue chemical engineering work in pharmaceutical departments, healthcare area, laboratories, and manufacturing units and in various oil and gas related sectors.

This branch of engineering is all about turning raw materials into finished products that are in daily usage. Chemical engineering has wide scope right from the clothes we wear, the food we consume, the liquids we drink and the energy we use all are dependent on chemical engineering.  It is the chemical engineers who chalk out the processes to architect all the products on one hand and on the other hand they manage the world’s resources, protect the environment and ensure that health and safety standards are met.

If you are chemical engineer, then you work towards attaining chartered status in the particular job. But for most of the students, this branch of engineering is still a difficult nut to crack.

Preparing for this course makes you lose your nerves as it has heavy maths calculations and chemistry. Students have to study about different chemicals that are available in the whole of universe, develop knowledge of how they interact, move and react with everything else.

Classes of chemical engineering will educate students about chemical reactor design, separation processes, viscous flow and heat transfer that are difficult for many students to understand.

The study deals with different concepts of chemicals followed by in depth study on chemical thermodynamics which is entirely theoretical and a foundation for future classes. This study of thermodynamics is pretty difficult to understand.

Chemical engineering has study of separation of chemicals. It is fully practical and a transition from theoretical knowledge to applied engineering. Designing separation columns, distillation columns that aids in optimal separation process is been taught. This study is vital and base of chemical, oil, food industry etc. For many students understanding this very separation process becomes difficult. Chalking out separation and distillation columns takes on nerves of many students.

Creative thinking and maths is what is required a lot in this branch. And this makes it difficult form of engineering. Those who lack creative thinking and less interest in maths find this field hard to crack. Such creative thinking is required in laboratory work while dealing with different chemicals and their compositions.

The core chemical engineering principle modules that form part of the course is difficult for some students to relate with and thus lessens their understanding level.  Chemical engineers have to learn to use combinations viz. applied maths, physics, chemistry, mechanics, process designs, etc. that enable them to excel in their job. Being master in diversified fields makes the stream of chemical engineering a tough one to crack.

Chemical engineering like any other branch is interesting and has wide scope of employment. With efforts and concentration gelled with interest in the subject will make it easy for students to crack this nut without any difficulty.