B.E - Chemical Engineering

Overview

A Bachelor of Engineering in Chemical Engineering or B.E. Chemical Engineering in India is a 4-year interdisciplinary degree that teaches how to process chemicals and materials using Natural Sciences and Mathematics. The program, covered in 8 semesters, gives a comprehensive study of theories and management skills used in Engineering.  Chemical Engineers are responsible for the manufacturing and processing of materials and chemicals used in many sectors.

The Chemical Engineering course is one of the established branches in India and provides job opportunities in the private, public as well as government sector. It offers diverse roles in Research, Process Design, Safety Management, and Environmental Sustainability.

Some Highlights of  B.E - Chemical Engineering:

Top Colleges Offering B.E - Chemical Engineering in India:

• IIT Bombay
  
• IIT Madras
  
• IIT Kharagpur
  
• IIT Kanpur
  
• Indian Institute Of Technology Roorkee
  
• Institute of Chemical Technology, Mumbai
  
• Jadavpur University
  
• BITS Pilani
  
• NIT Trichy
  
  

Why Choose B.E Chemical Engineering?

Choosing B.E. in Chemical Engineering is a smart decision for those interested in combining Science, Technology, and problem-solving to tackle real-world challenges. Here are the key reasons why you should consider this field:

• Diverse Career Opportunities: Chemical Engineers work across various sectors, including Petrochemicals, Oil & Gas, Pharmaceuticals, Energy, Food Processing, Materials Science, and Environmental Engineering. The versatility of this field allows you to explore multiple industries.
• Problem-Solving & Innovation: Chemical Engineering focuses on solving complex problems by applying chemical processes to transform raw materials into valuable products, fostering creativity and innovation in fields like sustainable Energy, Biotechnology, and Manufacturing.
• High Demand & Job Security: Chemical Engineers are in high demand globally due to their expertise in designing processes that convert raw materials into valuable products. Industries are continuously seeking skilled engineers for process optimization, sustainability initiatives, and new product development.
• Lucrative Salary Potential: Chemical Engineers typically earn high starting salaries, with the potential for strong salary growth as they gain experience. The specialized knowledge and skills make them valuable assets to companies.
• Interdisciplinary Knowledge: The degree blends Chemistry, Physics, Mathematics, and Engineering principles, offering a solid grounding in diverse Scientific and Technical areas that are applicable in many fields
• Innovation & Problem-Solving: Chemical Engineering involves designing and improving processes to solve complex problems, such as environmental sustainability, energy efficiency, and healthcare solutions. It's a field driven by innovation, making it ideal for those interested in creating solutions that make a tangible impact.
• Global Impact: Chemical Engineers play a key role in addressing global challenges like climate change, resource management, and healthcare by developing processes and technologies that improve quality of life and drive economic growth.
• Interdisciplinary Knowledge: This field blends chemistry, physics, mathematics, and engineering principles. You'll gain broad expertise in multiple disciplines, which opens up a wide array of career options beyond traditional chemical engineering roles.
• Cutting-Edge Technology: Chemical engineers work with advanced technologies such as biotechnology, nanotechnology, renewable energy, and process automation, giving you the chance to be part of groundbreaking innovations.
• Contribution to Society: Chemical Engineers play a key role in solving global challenges, such as Climate Change, Energy Efficiency, and Healthcare by developing sustainable processes and products that improve quality of life.
• Sustainability & Ethical Focus: With growing concerns about the environment, chemical engineers are leading efforts in green chemistry, waste reduction, and energy-efficient processes, allowing you to contribute to a more sustainable future.
• Global Opportunities: The skills gained in a chemical engineering degree are in demand worldwide, offering opportunities to work with multinational companies, research institutions, or in emerging markets.

In summary, B.E. in Chemical Engineering offers exciting and diverse career opportunities, competitive salaries, and the chance to make a significant impact in solving critical global challenges. It's an ideal choice for those passionate about science, technology, and innovation.

Admission Procedure B.E. Chemical Engineering:

• 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 followsa

• 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)
  

Eligibility For B.E. Chemical Engineering:

• 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.
  

Career Opportunities for B.E Chemical Engineering:

Due to the high level of skills that Chemical Engineers possess and the multidisciplinary education that they get, Chemical Engineers are in huge demand in almost all sectors of the Manufacturing and Commercial industry including Biotechnology, Pharmaceuticals, and Food Processing. Chemical Engineering is a field that is constantly evolving and India's modern and relevant manufacturing sector provides a good environment for Chemical Engineers to work.

Chemical Engineering Graduates can work in sectors like Petrochemicals, Energy, Manufacturing, Fertilizers, and Food Sciences, ensuring strong demand for their skills.  A degree in chemical engineering provides a solid foundation, leading to roles such as Chemical Engineers and Petroleum Engineers. With good career growth potential in both the public as well as private sectors, opportunities in cities like Mumbai, Bangalore, and New Delhi, can be both fulfilling and financially rewarding. 

Career prospects for a BE Chemical Engineering greatly vary. BE Chemical Engineering’s job scope in India depends on the respective specialization and demand. They can find job scope in areas like Academic Institutions, Government Organizations, Medical Organizations, Textile, Biotechnology, Healthcare Sector, Manufacturing, Labs, Space, Installation Units, etc. BE Chemical Engineering course presents the aspirants with job opportunities that are diversified into different sectors. 

Jobs Opportunities After B.E Chemical Engineering:

• Academic Institutions
  
• Pharmaceuticals
  
• Research & Science
  
• Manufacturing Units
  
• Engineering
  
• Drug Officer
  
• Engineer
  
• Technician
  
• Researcher
  

Top Recruiters of B.E Chemical Engineering:

• Reliance.
  
• Shell.
  
• ONGC.
  
• GAIL.
  
• BHEL.
  
• Reliance Industries Ltd.
  
• Essar Oil Limited.
  
• GlaxoSmithKline.
  

Syllabus For B.E Chemical Engineering

Semester I

Biochemical Engineering and Bioinformatics
Corrosion Engineering
Nanotechnology
Metallurgy
Process Design, Control and Development
Thermodynamics
Paper Engineering
Textile Engineering

Semester II

Plastics Engineering
Nuclear Reprocessing
Industrial Gas
Corrosion and Environmental Engineering
Chemical Process Modelling
Biomedical Engineering
Study of Chemical Reactors
Electrochemistry

Semester III

Engineering Chemistry I
Process Calculations
Applied Mathematics II
Chemical Engineering Thermodynamics I
Fluid Flow Operations (FFO)
Chemical Technology
Engineering Chemistry I (Lab Practice)
Chemical Engineering Lab Practice

Semester IV

Engineering Chemistry II
Mechanical Equipment Design
Applied Mathematics-IV
Chemical Engineering Thermodynamics II
Solid-Fluid Mechanical Operations (SFMO)
Chemical Engineering Economics
Engineering II (Lab Practice)
Chemical Engineering Lab III (SFMO)

Semester V

Business Communications & Ethics
Chemical Reaction Engineering – I (CRE I)
Mass Transfer Operation – I
Heat Transfer Operations (HTO)
Electives: Pipping Engineering Advanced Material Sciences Instrumentation Colloids and Interfaces

Semester IV

Transport Phenomenon
Chemical Reaction Engineering – II (CRE II)
Mass Transfer Operation – II
Environmental Engineering
Electives: Operational Research Computational Fluid Dynamics Biotechnology

Semester VII

Process Engineering
Process Equipment Design (PED)
Process Dynamics and Control (PDC)
Electives: Corrosion Engineering Petroleum Technology Industrial Organization and Management
Projects/ Seminar

Semester VIII

Energy Stream Design
Modelling, Simulation & optimization (MSO)
Project Engineering & Entrepreneurship Management
Electives: Total Quality Management Polymer Technology Advanced Process Control Advanced Separation Technology
Project/Seminar/Lab Practice