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B.E Chemical Engineering is a full-time undergraduate program in Chemical Engineering. The course spans for a duration of 4 years, the eligibility of which is qualifying 10+2 examination, along with clearing various national and state level entrance examinations as applied for the course. The program is covered in 8 terms which gives a comprehensive study of theories and management skills used in engineering. The average course fee ranges from INR 2.5 to 9 Lacs for B.E Chemical Engineering. ?
Candidates are required to qualify for different entrance examinations held by the state and nation such as AIEEE (All India Engineering Entrance Examination), JEE (Joint Entrance Examination) which is conducted by IIT, etc. and are directed by various universities and institutions across India. Students are provided comprehensive knowledge of operations and development carried out in chemical plants as well as the equipment which are used for processing.
Candidates who have successfully completed their program in chemical engineering have a wide prospect of lucrative job opportunities to choose from. Many colleges have their own placement cell, where top companies from across the country come to hire eligible candidates. Graduates of the program are open to seeking employment in the areas of Biotechnology, Aerospace, Pharmaceuticals, Chemical Plants, Paper/Textile manufacturing Industries, etc., wherever their knowledge and skills can be explored further. The average remuneration of graduates ranges between INR 50,000 to 9 Lacs per annum, which can increase with higher qualifications and an increase in experience.
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Table of Contents |
B.E. Chemical Engineering: Course Highlights
| Course level | Graduation |
| Duration | 4 years |
| Examination Type | Semester |
| Eligibility | Qualified 10+2 in Science from a relevant board, pass the entrance examinations like JEE, AIEEE, BISAT, etc. conducted by different colleges. |
| Admission process | Merit list, marks of entrance examination held by different universities. |
| Course Fee | Up to INR 2,50,000 Lacs |
| Average salary | INR 50,000 to 9 Lacs |
| Top Recruiting Companies | Bharat Petroleum, Essar group, Hindalco industries Hindustan Copper Limited, Chanderiya Smelter Complex, etc. |
| Job Positions | Chemical Engineer, Site Engineer, Fire & Safety Officer, Technical Operator |
B.E. Chemical Engineering: What is it About?
B.E Chemical Engineering introduces the students to the principles of chemistry linking it to engineering in order to explain the problems involved in production and use of chemicals. The subject draws a connection between science and its application to manufacturing sectors. Candidates are strengthened in their leadership skills, problem-solving abilities and designing of projects from start to end level.
The program comprises of classroom study, lab practice and projects along with assignments, whereby students are given an in-depth understanding of the sector procuring knowledge of development, chemical plants operation, working of equipment used in chemical processing plants and so on, which thereby lets candidate gain a wide perspective of workings applicable in private and public sectors.
The stream requires usage of analytical, evaluative and interpretive skills. Candidates possessing the knack of designing new plant ideas along with managing them from the level of inception to conception, making use of their knowledge in business and engineering roles are deemed suitable for this course. The program prepares pupils in taking up more supervisory positions in industries and building teamwork abilities.
As the program also involves subjects like biotechnology and Textile engineering, candidates gain insight on how to deal with methods of reducing bio-hazards and environmental waste. B.E Chemical Engineering is considered one of the highest paying sectors as its application ranges to a wide spectrum of fields, thus attracting a wide range of students to opt for it.
Candidates are required to have qualified their 10+2 examination with aggregate marks in the stream of science, along with securing higher marks in mathematics, Chemistry, and Physics. Different colleges conduct different entrance examination for admission to the course. Candidates are supposed to clear the entrance examinations conducted on state and national levels such as AIEEE and other equivalent examinations held by different institutions.
Colleges like IIT hold their own entrance examination i.e. JEE, only after qualifying which applicants can seek admission to the course. Computing the marks secured in 10+2 final exams and the score obtained in entrance examination deems the grounds for admission to the course.
The list of entrance examination held across the country for seeking admission to the program are as follows:
- AIEEE ( All India Engineering Entrance Examination)
- JEE [Joint Entrance Examination] (for admission to IIT)
- BITSAT (Birla Institute of Technology and Science Admission Test)
- AIME [Associate Membership of Institute of Engineers] (For working and diploma holders)
- VITEEE [Vellore Institute of Technology Engineering Entrance Examination]
- MU OET (Manipal University Online Entrance Test)
- SRMEE (SRM University Engineering Entrance Examination)
The eligibility criteria for pursuing admission to the course are as follows:
- Candidates should have qualified 10+2 in science stream, with having scored higher aggregate marks in physics, mathematics and chemistry (PCM) along with having cleared the entrance examination like AIEEE (All India Engineering Entrance Examination), etc. conducted by different colleges and Universities.
- Candidates seeking admission to IIT should have cleared JEE (Joint Entrance Examination) which is a prerequisite to seeking entrance for the course.
- Candidates who hold a diploma in engineering, as well as those who are working and wish to avail for B.E, are required to pass the Associate Membership of the Institute of Engineers.
B.E. Chemical Engineering: Syllabus and Course Description
The course syllabus is divided into theory, practice, and assignments. Practice consists of lab work carried out per week in the college. The curriculum is covered through 8 semesters held in a span of 6 months each.
The syllabus followed by universities and colleges are as follows:
| Semester I | Semester II |
|---|---|
| Biochemical Engineering and Bioinformatics | Plastics Engineering |
| Corrosion Engineering | Nuclear Reprocessing |
| Nanotechnology | Industrial Gas |
| Metallurgy | Corrosion and Environmental Engineering |
| Process Design, Control and Development | Chemical Process Modelling |
| Thermodynamics | Biomedical Engineering |
| Paper Engineering | Study of Chemical Reactors |
| Textile Engineering | Electrochemistry |
| Semester III | Semester IV |
| Engineering Chemistry I | Engineering Chemistry II |
| Process Calculations | Mechanical Equipment Design |
| Applied Mathematics II | Applied Mathematics-IV |
| Chemical Engineering Thermodynamics I | Chemical Engineering Thermodynamics II |
| Fluid Flow Operations (FFO) | Solid-Fluid Mechanical Operations (SFMO) |
| Chemical Technology | Chemical Engineering Economics |
| Engineering Chemistry I (Lab Practice) | Engineering II (Lab Practice) |
| Chemical Engineering Lab Practice | Chemical Engineering Lab III (SFMO) |
| Semester V | Semester VI |
| Business Communications & Ethics | Transport Phenomenon |
| Chemical Reaction Engineering – I (CRE I) | Chemical Reaction Engineering – II (CRE II) |
| Mass Transfer Operation – I | Mass Transfer Operation – II |
| Heat Transfer Operations (HTO) | Environmental Engineering |
| Electives: Pipping Engineering Advanced Material Sciences Instrumentation Colloids and Interfaces | Electives: Operational Research Computational Fluid Dynamics Biotechnology |
| Semester VII | Semester VIII |
| Process Engineering | Energy Stream Design |
| Process Equipment Design (PED) | Modelling, Simulation & optimization (MSO) |
| Process Dynamics and Control (PDC) | Project Engineering & Entrepreneurship Management |
| Electives: Corrosion Engineering Petroleum Technology Industrial Organization and Management | Electives: Total Quality Management Polymer Technology Advanced Process Control Advanced Separation Technology |
| Projects/ Seminar | Project/Seminar/Lab Practice |
B.E. Chemical Engineering: Top Colleges & Institutes
| Name of Institution | Location | Average Course Fee (in INR) |
|---|---|---|
| Birla Institute of Technology | Hyderabad | 13,13,000 |
| Chandigarh University | Chandigarh | 1,59,000 |
| Panjab University (PU) | Chandigarh | 0.58 Lakhs |
| Jadavpur University | Kolkata | NA |
| BMS College of Engineering (BMSCE) | Karnataka | 1,17,000 |
| Hindustan University | Chennai | NA |
| Mahatma Gandhi Mission’s College of Engineering and Technology | Mumbai | 3,33,000 |
| National Institute of Management Solutions (NIMS) | Jaipur | Approx. 72,000 |
| Orion Institute of Management and Technology (OIMT) | Gujarat | 1,30,000 |
| Raipur Institute of Technology (RIT) | Chhattisgarh | 1,36,000 |
| SRM University | Kanchipuram | 2,50,000 |
| Visvesvaraya Technological University (VTU) | Karnataka | 1,14,000 |
B.E. Chemical Engineering: Career Prospects
Graduates who have successfully completed their program of B.E Chemical Engineering are trained in handling real-life projects starting from the conception stage to completion level. Considered as one of the highest paid fields of engineering, chemical engineer degree holders have the choice to take up a career in the field of Textile, Biotechnology, healthcare sector, manufacturing and so on.
Candidates can become Chemical engineers, Technical Operators, Site Engineers, Development Chemical Engineers and other such which requires the application of skills and knowledge related to the development and use of chemical plants.
![Bachelor of Engineering [B.E] (Chemical Engineering) annual salary](https://images.collegedunia.com/public/image/Bachelor of Engineering [B_E] (Chemical Engineering) annual salary.png)
?| Job Profile | Job Description | Average Salary (in INR) per annum |
|---|---|---|
| Chemical Engineers | They work involves designing and developing chemical processes. Solving, production and use of fuels, drugs, and other products. | 3 to 4 Lacs |
| Technical Operator | Work involves recording, studying and collecting data. Training employees and conducting research on the public database. | 1 to 2 Lacs |
| Fire & Safety Officer | Ensure care and safety by following the necessary regulations. Respond to emergencies and carry out the required measures and investigation in case of fire. | 2 to 3 Lacs |
| Development Chemical Engineer | Work involves designing, developing and implementing industrial processes involving chemical reactions. Applying the processes for development of new products. | 4 to 5 Lacs |
| Site Engineer | They in work liaison with contractors, taking care of safety and supervision of the activities. | 3 to 4 Lacs |
| Quality Manager | Ensures the quality of product and service provided in order to maintain the quality standards | 7 to 8 Lacs |
| Materials Engineer | Study the structure of atoms, design and develop new methods for their application in mechanical and chemical properties. | 3 to 4 Lacs |
| Analytical Chemist | Their work involves processing, designing and obtaining data on various substances. Gather data on their reactive properties, detect chemical pollutants. | 4 to 5 Lacs |
| Mining Engineer | Ensure safety in the extraction of gases, compounds, and elements from down the earth. Accessing the potential of the extracts for commercial benefits. | 7 to 8 Lacs |
| Energy Manager | Work includes performing audits, analyze consumption of energy, etc. Carry out measures to maximize energy conservation. | 6 to 7 Lacs |
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