M.E. Chemical Engineering Course, Eligibility, Syllabus, Career, Scope, Top Institutes, Fees-2023

M.E. Chemical Engineering is post-graduation in the chemical engineering program. The duration of the course is 2 years, the eligibility for which is passing graduation degree in B.Tech or B.E in chemical, metallurgy, computer, telecommunication etc. with a minimum aggregate of 55% and above from a recognized university listed under UGC/AIU. The program is covered in 4 semesters.

Among the top colleges who offer M.E in chemical engineering are as follows:

Candidates will have to clear the entrance examination held by different universities like GATE and GRE in order to avail admission for the course, which will later be followed by rounds of Group Discussion and Personal Interview. Admitted candidates are given a broader perspective in the field of chemical engineering, which is a comprehensive study of applying physical science to life sciences in order to process raw materials into a finished product.

Students having the zeal to explore the various dimensions involved in chemical engineering and those who are ready to use their analytical, innovative skills are considered suitable for the course. In addition, candidates are required to possess good computer skills in order to draw rough sketch works of complex products for conceptualizing them in future operations. Those having good communicative skills, who are highly motivated to study the various chemical engineering processes and are also good at solving problems deem most suitable for the course.

The average program fee for M.E Chemical Engineering ranges from 1 to 19 Lacs. As the application of chemical engineering is applied in diverse fields and industries, the graduates of this course have wide benefits by starting their career in both public as well as private sectors. They have huge prospects in Space Technology, Bioinformatics, Biomedical Engineering, Healthcare sector and much more. The average remuneration, a graduate fresher draws yearly ranges between INR 2 to 8 Lacs.

M.E Chemical Engineering: Course Highlights

Course level	Post-Graduation
Duration	2 years
Examination Type	Semester
Eligibility	Bachelor’s degree in B.Tech or B.E in chemical, computer, telecommunication, bioinformatics, etc with an aggregate of 55%c and above from a recognized university.
Admission process	Entrance examination like GATE, GRE, CAT, CMAT. GD/PI
Course Fee	Up to 5 lakhs
Average salary	Approx. 2 to 8 lakhs
Top Recruiting Companies	Reliance, HCL, Wipro, Mahindra & Mahindra
Job Positions	Health & Medicine Operator, Equipment Engineer, Protection Officer, Chemical Lab Operator, Biological Data Observer, Procurement Manager

M.E. Chemical Engineering: What is it About?

Chemical engineering is a comprehensive study of applying physical science and life science together. The various aspects of engineering such as chemistry, physics are studied in integration with biology, biochemistry, and microbiology along with economics and mathematics in order to process raw materials into finished goods, the study of which is delivered to the students throughout the master’s program.

M.E Chemical Engineering deals with the field of science and technology covering all the important criteria related to the course. The students are trained in skills of innovation, designing new structures converting from the older ones, problem-solving abilities in addition to conducting analysis and research. Drawing complex sketches of tools and operations and structuring them into newer reformed products with the usage of computer skills, candidates are made proficient in information technology as well.

M.E Chemical Engineering syllabus is covered through semesters and electives along with submitting a thesis during the final semester. In the classroom study sessions, students are given a comprehensive insight into the subjects of chemical engineering which also involves gist of mathematics as well as economics. The curriculum also involves projects and assignments that would help in carrying out research in the applied field.

As the application of chemical engineering is applied in various fields wherever conversion of raw material to finished product takes place, M.E in chemical engineering is important from the scope for candidates to find many lucrative jobs after the completion of course. They can benefit from joining sectors involving biotechnology, Bioinformatics, Medicines and Pharmaceuticals, Healthcare, Agriculture and other such. The overall goal of the course is to strengthen the competencies and skills of candidates in making a better scope for them in future endeavors.

M.E. (Chemical Engineering): Top Colleges & Institutes

Name of Institution	Location	Average Course Fee (in INR)
Jadavpur University	West Bengal	44,400
Sathyabama University	Chennai	2,05,000
Birla Institute of Technology & Science (BITS Pilani)	Rajasthan	5,01,000
Indian Institute of Technology (IIT Kharagpur)	Kharagpur	1,20,000
Gujarat Technological University	Gujarat	19,00,000
All India Shri Shivaji Memorial Society’s College of Engineering (AISSMS)	Pune	NA
Indian Institute of Management and Engineering	Andhra Pradesh	1,22,000
Panjab University (PU)	Chandigarh	0.42 lakhs
Padmabhooshan Vasantdad Patil Institute of Technology (PUPIT)	Maharashtra	NA
National Institute of Management Solutions (NIMS)	Delhi	NA
University Institute of Chemical Engineering and Technology ((UICTE)	Chandigarh	NA
Sinhgad College of Engineering (SCOE)	Pune	1,85,000
VVP Engineering College	Gujarat	94,000

M.E. (Chemical Engineering): Eligibility

Candidates who wish to avail for the course of M.E in Chemical Engineering are required to fulfill the following eligibility criteria:

Those who have passed their bachelor’s degree in B.Tech or B.E with an aggregate marks of 55% and above in either streams of Chemical, Computer Science, Mechanical Engineering, Metallurgy, Material Engineering, Biomedical, Electronics, Instrumentation, Telecommunication or Engineering in physics from a recognized university listed under UGC/AIU are deemed eligible for the program.
Candidates who have cleared the entrance examinations like GATE, GRE or any equivalent examination can seek admission to the program.
Candidates who have cleared the entrance examinations and GD/PI conducted by various institutions and colleges.

M.E. (Chemical Engineering): Admission Process

Applicants who seek admission for the course are required to have cleared their Bachelor’s degree in B.Tech or B.E with a minimum aggregate of 55% and above in either stream of telecommunication, computer science, biomedical, metallurgy and material science, Mechanical or electronic engineering etc.

Candidates are required to clear the various entrance examination held by different institutions. Applicants who have cleared the entrance examination will have to go through the further rounds of Group Discussion and Personal Interview where the competence and knowledge of the student will be tested. Calculating the marks obtained in the entrance test, GD/PI, in addition to the scores obtained in Graduation level, the admission would be further processed. However, the cut-off marks are subject to vary for different institutions.

The list of entrance examinations held by different institutions are as follows:

GATE ( The Graduate Aptitude Test in Engineering)
BITSAT (Birla Institute of Technology and science Automation Test)
TANCET (Tamil Nadu Common Entrance Test)

Applicants can apply for the program both through online and offline mode with all the important information, dates and details of entrance examination available on the official college site. The application status of students would be displayed on the site, with the shortlisted applicants being notified through email or on site.

M.E. (Chemical Engineering): Syllabus

Syllabus of the program is divided into semesters and electives covering the subjects related to chemical engineering in the duration of 2 years. The course also includes assignments and projects giving a comprehensive study of aspects related to the sector. The program qualifies candidates to take up higher education in the field of Doctorate in Chemical Engineering, thereby also preparing them to generate thesis on the subject suggested by the faculty at the end of the course.

The program includes subjects related to mathematics and economics for its application in the conversion process of engineering.

The syllabus followed by universities and colleges are as follows:

Semester I	Semester II
Process Optimization	Advanced Process Control
Research Methodology	Chemical Reaction Engineering
Mathematical Methods in Chemical Engineering	Process Modelling & Simulation
Advanced Fluid Transfer	Advanced Reaction Engineering
Advanced Separation Processes	Advanced Transport Phenomena
Chemical Engineering Thermodynamics	Distillation
Project Management	Safety & Hazards
-	Seminar I
Semester III	Semester IV
Process Modelling	Seminar III
Advanced Thermodynamics	Thesis
Composite Materials	Project Work
Seminar II	-
Lab Practice	-

Candidates are required to choose one elective each semester which will be followed by examination and project.

M.E. (Chemical Engineering): Career Prospects

Graduates of the course are qualified to structure complex sketches of the tools in order to convert raw materials into newer and better products. They have broader prospects in the sectors of Bioinformatics, Biomedical, Space technology, Medicine and Pharmaceuticals, Equipment Planning & Procurement Service, Environmental jobs, Chemical engineering and other such.

They have job scope as Biomedical Engineer, Equipment Engineer, Protection Officer, Biological Data Observer, Health & Medicine Operator, Bioinformatics Researchers and other such, This course is a lucrative one for those who wish to become professors in institutions and universities.

Below is listed description and profile of jobs which can be chosen by the graduates after the completion of the course which are as follows:

Master of Engineering [ME] (Chemical Engineering annual salary

Job Profile	Job Description	Average Salary (in INR) per annum
Procurement Manager	Manage the budgets and supplier list. The work involves purchasing, managing and procuring materials by developing strategies to meet the budget.	8 to 9 Lacs
Chemical Lab Operator	Work involves assisting chemists in the lab. Procuring them supplies to conduct experiments. Supervise and monitor the chemical processes as well as testing the quality of products.	3 to 4 Lacs
Biological Data Observer	Collecting samples from ship vessels, animal remains, and discarded materials in order to check the samples and its composition.	3 to 4 Lacs
Bioinformatics Researcher	Maintaining data algorithms and convert them through computer software classifying the components. Testing of DNA samples and its protein sequencing. Their work also involves analyzing data by consulting expert researchers.	7 to 8 Lacs
Equipment Engineer	Work includes evaluating, inspecting, maintaining, designing and analyzing the equipment, electronics, samples etc. improve the quality and bring in new changes.	6 to 7 Lacs
Protection Officer	Work involves leading and coordinating with experts and researchers. Supervise and maintain the quality of equipment and samples.	2 to 3 Lacs
Health & Medicine Operator	Supervising, evaluating, managing, maintaining and analyzing the medical equipment. Monitor the medicines are quality assured.	2 to 3 Lacs
Biomedical Engineer	Design new systems to check, diagnose internal organs, medical equipment. Installation, maintenance, repair and providing technical support to researchers.	2 to 3 Lacs
Researcher	Generate hypothesis and conduct research on products.	6 to 7 Lacs