How to start Career as Chemical Engineer

Update on 2024-04-15

How to Start Career in Chemical Engineer | Choose Best College for Chemical Engineering

What is Chemical Engineering

Chemical engineering is a field that develops chemical processes to convert raw materials into useful products as well as designing and maintaining chemical plants. To build or Start Career in Chemical Engineering you have to know that this field sums up with the knowledge of chemistry and engineering from various fields like Biotechnology, Nanotechnology, Mineral Processing, Synthetic Fibers, Petroleum Refining Plants, etc.

For the development of chemical products in the work of a chemical engineer, there are works related to designing, supervision, construction, installation, and operation of chemical plants and equipment. They also do research related to research and development activities in Biotech Companies to discover new drugs. In addition, these people also work in fields such as petroleum refining, fertilizer technology, food processing, paints and dyes, recycling metals, cosmetics, mineral-based industries, etc. let's discuss How to Start Career in Chemical Engineer by doing various courses

Different Courses in Chemical Engineering

How to Start Career in Chemical Engineer - Due to some recent developments in the field of chemical engineering, there are many other advanced fields like nanotechnology, bio-engineering, bio-molecular engineering, material processing etc. have been developed. Considering the increasing importance of this field in our daily life, nowadays, the courses of Chemical Engineering are being widely liked by the students. The following courses are being offered on various levels to make a career in Chemical Engineering are as follows:

Diploma Courses:

This course offers students a polytechnic diploma in Chemical Engineering. The duration of this course is 3 years.

Undergraduate Courses:

This course offers students a B.Tech (Bachelor of Technology) degree in Chemical Engineering. This is a 4-year duration course.

Postgraduate Courses:

This course offers students the degree of M.Tech (Master of Technology) in Chemical Engineering. This is a 2-year duration course.

Doctoral Courses:

This is a course based on research to obtain a Doctoral degree or Ph.D. (Doctor of Philosophy degree) in Chemical Engineering.
Note:
Some Universities and Colleges also offer integrated degree programs in Chemical Engineering i.e. the degree of Master of Technology. The curriculum of these courses is 5 years and students can join the courses after completing the 12th class.

Sub-Specializations offered in Chemical Engineering

Some of the popular sub-specializations offered in Chemical Engineering are as follows:

Biomedical Engineering:

This field appoints the principles and concepts of engineering in the fields of biology and health care. Bioengineers often work together with doctors, therapists and researchers to develop systems, equipment and devices to solve medical problems.

Some of the Main Topics Covered in Chemical Engineering are as follows:

Chemical Reaction Engineering
Environmental Pollution Control and Safety Management
Fertilizer Technology
Fundamentals of Heat and Mass Transfer
Instrumentation and Process Control
Introduction of electrical and electronics circuits
Introduction of Numerical Analysis
Air Pollution Control Engineering
Chemical Engineering Economics and Plant Design
Chemical Process Industries

How to Get Admission in Various Courses of Chemical Engineering

There are many indigenous chemical industries in India. Nowadays many multinational companies are also being established in India. Due to this trend, there are many opportunities for students in the field of Chemical Engineering. For research and development, this field is one of the most comprehensive fields of engineering. Due to the many industries that provide job opportunities to chemical engineers, many students are taking an interest in this field. Therefore, many Universities and Colleges have also included this course under their academic programs.

Career Prospects for Chemical Engineers

Chemical engineers are often called 'Universal Engineers' to keep a lot of knowledge in the fields of engineering and chemistry. Their work is mainly to convert natural and waste materials into useful and less harmful chemical products.

Career Prospects for Chemical Engineers

Chemical engineers are often called 'Universal Engineers' after making their career in Chemical Engineering to keep a lot of knowledge in the fields of engineering and chemistry. Their work is mainly to convert natural and waste materials into useful and less harmful chemical products. Because of their educational background, these people can work in different industries, such as oil and gas industries, food industries, energy industries, chemical and allied products, utility companies, pharmaceuticals, government departments etc.

Popular Job Profiles for Career in Chemical Engineering

Architectural and Engineering Managers: The work of architectural and engineering managers is to plan, direct and coordinate various work done in architectural and engineering companies.

Biomedical Engineers:

This field combines engineering principles with medical sciences to design and build equipment, computer software, computer systems etc. used in Healthcare Industries.

Chemical Technicians:

These people use specialized instruments and techniques to help develop chemists and chemical researchers for developing, producing and testing chemical products and processes.

Chemical Material Scientists:

Chemical Material Scientists study materials on atomic and molecular levels to analyze the methods in which the matter interacts with each other. They use their knowledge to create new products as well as to test the quality of the products built.

Nuclear Engineers:

The work of nuclear engineers undertakes research and development-related work for systems, instruments, and processes used to benefit from nuclear energy and radiation. For example, the work related to the equipment used for medical diagnosis and treatment.