B.Tech Chemical Engineering from SRM University

B.Tech. (Chemical Engineering) Courses, Eligibility, Admissions, Syllabus, Frequently asked Questions.

Overview and About the B.Tech. in Chemical Engineering Course:

A B.Tech in Chemical Engineering is an entry-level engineering degree that explores the laws and principles of physics, chemistry, arithmetic, biology, and economics to understand the mechanism of transforming chemicals or unprocessed materials into more usable or valuable forms. They are employed in a wide range of sectors, including petrochemicals, food processing, nanotechnology, and biomedicine. It mostly entails creating and designing procedures to produce new items or to enhance ones that already exist. Chemical engineers strive to improve the quality of our lives. A greater grasp of the development and operations carried out in the chemical industries, as well as the processing equipment needed in the sector, is developed during the four-year B.Tech in Chemical Engineering curriculum.

A well-known undergraduate programme with a four-year length and eight semesters is the B.Tech in Chemical Engineering. The students in this course are given a curriculum of chemical engineering that has been particularly devised, along with extensive theoretical and practical understanding of chemical management and extraction ideas. The field of chemical engineering has a bright future. Specialized engineers in the field are constantly in demand. To create usable goods, chemical engineers design, create, or enhance existing processes.

The management of resources and the protection of human health and safety are under the purview of chemical engineers. Chemical engineers are also involved in plant design, operation, and modelling in addition to that. The principles of control engineering, chemical reaction engineering, nuclear engineering, biological engineering, etc. are covered in chemical engineering courses. An engineering degree known as a B.Tech in Chemical Engineering examines the fundamental concepts and rules of physics, chemistry, arithmetic, biology, and economics, right down to the processes that transform chemicals or other raw materials into more valuable or usable forms. They operate in huge businesses including petrochemicals, food processing, nanotechnology, and biomedicine.

Why to do the course?

  • Graduates who go on to become chemical engineers acquire technical understanding in computer science, materials science, biochemistry, engineering, and chemistry. Yet, these engineers also learn management, safety, economic, and environmental abilities.
  • One of the engineering specialties that deals with the planning and execution of industrial chemical manufacture is chemical engineering, or B.Tech.
  • Chemical engineering is in great demand, and as more applicants show interest in studying it since it allows students to experiment with innovative materials, the course’s focus is growing.
  • Students interested in careers in applied chemistry might choose the B.Tech. in Chemical Engineering degree.
  • Both large and small businesses hire chemical engineers. One of the top paid careers may be obtained by studying chemical engineering.

Eligibility Criteria Required for the Course B.Tech. in Chemical Engineering:

  • A minimum of 55% must be obtained in the higher secondary board test by the pupils.
  • For lateral entrance students, a three-year diploma from an accredited board in a relevant topic is required.
  • The reservation category has a different eligibility standard. They receive some marks that are relaxed.
  • If they want to be considered for the admissions process, all applicants must achieve the entrance exam cut-off.
  • Candidates must pass the 12th exam or an equivalent from a reputable board with PCM as their primary subjects.

Highlights of the B.Tech. in Chemical Engineering Course:

Full name of the course

Bachelor of Technology in Chemical Engineering

Duration of the course

4 years

Type of the course


Examination Mode

Semester Based

Eligibility Criteria

Also, candidates must have received a minimum of 50 to 70 percent on their preceding exams.

Admission Process

Entrance/ Merit Based

Course Fee

INR 1 lakh to 5 lakhs

Top Recruiting Companies

Reliance, ONGC, Coal India, Geological Survey of India, HCL, IPCL, Neyveli Lignite Corp., NALCO, TISCO, TELCO, and Neyveli Lignite Corp.

Job Roles

Fire & Safety Officer, Manager, Professor, Chemical Engineer, Technical Service Engineer, Chemical System Coordinator

Top Colleges for the course, B.Tech. in Chemical Engineering:

Check out the list of top colleges given below for doing the course, B.Tech. in Chemical Engineering.


College Name & Location


IIT Madras


IIT Delhi


IIT Bombay


IIT Kanpur


IIT Kharagpur


IIT Roorkee


Manipal Institute of Technology


Chandigarh University


Hindustan Institute of Technology and Science Chennai


NIT Delhi

Admission Process for the B.Tech. in Chemical Engineering course:

 For admission to this degree, the combined scores from the 10+2 and JEE Advanced exams are taken into account.

  • After passing the admission exam, the student moves on to the selection process, which includes a group discussion round and a round of individual interviews.
  • Those with a diploma in electronics and communication are also eligible for the BTech Chemical Engineering program’s Lateral Entry admission.

Syllabus to be Study in the duration of the course B.Tech in Chemical Engineering Course:

In First Semester:

·      Engineering Mechanics

·      Communicative English

·      Practicals 

·      Physics Lab

·      Chemistry Lab

·      Workshop Practice

·      Theory 

·      Mathematics I

·      Physics 

·      Chemistry 

·      Basic Civil & Mechanical Engineering


In Second Semester:

·      Engineering Thermodynamics

·      Computer Programming

·      Practicals 

·      Computer Programming Lab

·      Engineering Graphics

·      Basic Electrical and Electronics Lab

·      Theory 

·      Mathematics II

·      Material Science

·      Environmental Science

·      Basic Electrical and Electronics Engineering


In Third Semester:

·      Process Calculations

·      Momentum Transfer

·      Practicals 

·      Physical Chemistry Lab

·      Strength of Materials Lab

·      Electrical and Electronics Engg. Lab

·      Semester III

·      Theory 

·      Mathematics III

·      Physical Chemistry

·      Strength of Materials

·      Electrical and Electronics Engineering


In Fourth Semester:

·      Mass Transfer 

·      Mechanical Operations 

·      Practicals 

·      Organic Chemistry Lab

·      Momentum Transfer Lab

·      Chemical Engineering Drawing

·      Semester IV

·      Theory 

·      Mathematics IV

·      Organic Chemistry 

·      Chemical Engineering Thermodynamics

·      Process Heat Transfer


In Fifth Semester:

·      Chemical Process Industries

·      Chemical Engineering Practice

·      Practicals 

·      Mass Transfer Lab I

·      Heat Transfer Lab

·      Mechanical Operations Lab

·      General Proficiency I

·      Semester V

·      Theory 

·      Process Instrumentation

·      Mass Transfer II

·      Chemical Reaction Engineering

·      Energy Technology and Management


In Sixth Semester:

·      Elective II

·      Practicals 

·      Mass Transfer Lab II

·      Chemical Reaction Engg. Lab

·      Technical Analysis Lab

·      General Proficiency II

·      Theory 

·      Numerical Methods and Special Functions

·      Mass Transfer III

·      Chemical Reaction Engineering II

·      Process Design of Chemical Equipments

·      Elective I


In Seventh Semester:

·      Elective IV

·      Practicals 

·      Computer aided design Lab

·      Project Work (Phase I)

·      Seminar

·      Industrial Visit / Training

·      Semester VII

·      Theory 

·      Process Dynamics and Control

·      Mechanical Design of Chemical Equipments

·      Industrial Management

·      Elective III


In Eighth Semester:

·      Elective VI

·      Practicals 

·      Process Dynamics and Control Lab

·      Project Work (Phase II)

·      Comprehensive Viva Voce

·      Professional Ethical Practice

·      Semester VIII

·      Theory 

·      Transport Phenomena

·      Process Engineering Economics

·      Pollution Control in Process Industries

·      Elective V

Frequently Asked Questions:

Question. How long is the BE/BTech Chemical Engineering programme?
Answer. The BE/BTech programme in chemical engineering lasts a total of four years and consists of eight semesters with a duration of six months each. In their last semester, students must complete training and take optional courses. To qualify for the course, students must get the required number of credits.

Question. After earning a BTech in chemical engineering, how do you apply for PSU jobs?
Answer. GATE eligibility will be required for Chemical Engineers. Students who pass the test with high scores may get employment at PSUs. Typically, PSUs have reduced the employment process by selecting candidates based on GATE score.

Question. What is the scope of a BTech in chemical engineering?
Answer. After earning a BTech in Chemical Engineering, you have two options: you may find employment or pursue an MTech, MS, or PhD.

Question. What is the BTech Chemical Engineering admissions procedure?
Answer. Entrance exams, counselling sessions, and verification rounds are often included in the BTech Chemical Engineering admissions process in India.

Question. What are some of the required courses for a BTech in chemical engineering?
Answer. Some of the main BTech Chemical Engineering disciplines are Chemical Reaction Engineering, Optimization Methods, Process Dynamics and Control, Diffusional Mass Transfer Operations, Materials Technology, Statics and Strength of Materials, Equilibrium Staged Processes, etc.

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