Overview and About the Course:

A terminal degree in Chemical Engineering, the Ph.D. equips students for jobs in research in business, academia, and government. There are no formal course requirements because the program's emphasis is on research. Instead, students create their own curricula with the help of an adviser, making sure to schedule their courses to fit within the necessary time frames for candidature.

Chemical engineers' work benefits our infrastructure, food supply, and economy in addition to improving people's health. High-level technical experts are frequently sought after for their knowledge across a range of industries. You will be able to enhance the materials and energy resources for our society whether you decide to work in academia, the public sector, or industry.

An interdisciplinary field known as chemical engineering works with turning raw materials into usable products. Chemical engineers concentrate on creating and improving the procedures utilised to produce and refine goods. Chemical engineers work to develop better materials with enhanced qualities that are stronger, more resilient, and more long-lasting.

Chemical Engineering is a vast area of study that includes Engineering Science, Applied Mathematics, Chemistry, and Biology.

Mechanics, Thermodynamics, Chemical Reaction Kinetics, and Process Design are a few topics you'll cover in Chemical Engineering courses. 

• These scientific and technical ideas are necessary for your research and analytical work. You'll also improve your ability to think critically and solve problems.

• Chemical engineers, it may be said, have answers to every issue, from perfecting DNA sequencing to learning how algae can replace petroleum. 

• Graduates in chemical engineering can create novel medicines and fertilisers, improve energy efficiency, and operate chemical facilities.

• Students can use this course as a springboard to apply the concepts of chemistry to the study of engineering.

• The science that underlies the functioning of everyday objects including food, clothing, cosmetics, detergents, paper, paint, and many others is primarily the subject of a PhD in chemical engineering.

• The principles of fluid mechanics, heat and mass transfer, reaction engineering, process control, process optimization, inter-disciplinary research, etc. will all be thoroughly studied in this course.

• You may also learn about the methods used in chemical production and how they affect both the environment and people in this course.

The candidate's success in admission exams like GATE, UGC-NET, CSIR-UGC-NET, etc. will determine if they are admitted to the PhD Chemical Engineering programme. After passing the admission exam, the applicants must additionally show up for a personal interview.

Depending on the institution delivering the degree, the typical yearly programme price in India ranges from INR 40,000 to 5,00,000. 

Analytical chemists, energy managers, manufacturing engineers, mining engineers, quality managers, and others are suitable for chemical engineering. 

Depending on the candidate's level of experience in the area, the typical beginning pay for PhD Chemical Engineering holders in India ranges from INR 4 lakhs to 12 lakhs per annum.