JOIN YOUR DESIRED COURSE

Eligibility

10+2 Passed with min 50% in PCM for GEN & 45% for SC/ST/OBC

Duration

4 Year

About Chemical Engineering?

Chemical engineering is the process of designing and manufacturing products through chemical processes. Chemical engineers apply chemistry, physics, and engineering to develop equipment, systems, and processes for refining raw materials, mixing, compounding, and processing chemicals. They also translate lab processes into practical applications for the commercial production of products.

Why Choose Chemical Engineering?

Chemical engineering is a growing global profession that can lead to a rewarding career. Some reasons to study chemical engineering include:

  • Creativity

    Chemical engineers create products and services that improve people's lives. Design is a creative activity that involves putting ideas together to achieve a desired purpose.

  • Thermodynamics

    Thermodynamics is an essential part of chemical engineering. Understanding how energy is transferred within a system is necessary for analyzing and designing chemical processes.

  • Chemical reactions

    Chemical reactions are central to chemical engineering. They are used to synthesize new compounds from natural raw materials.

  • Heat transfer

    Heat transfer is one of the most important parts of chemical engineering. It forms the basis for chemical engineering.

  • Working environment

    Chemical engineering can provide a stimulating and rewarding working environment. The workplace culture and corporate structure are designed to promote collaboration, creativity, and innovation.

  • Career progression

    There is plenty of scope to progress your career as a chemical engineer. You can work for a large employer, a smaller company, or on your own as a consultant.

  • International opportunities

    Chemical engineers can work in different countries and experience new cultures.

  • Advancing biomedicine

    Chemical engineers are producing big changes in robotics, energy, biomedicine, and manufacturing.

Duration:

    4 Years

Examination Type

Semester

Eligibility

10+2 passed with min 50% in PCM for General Caste And 45% for SC/ST/OBC. 

Top Recruiting Companies:

  • Chemical manufacturing: UPL Limited, Deepak Nitrite Limited, Galaxy Surfactants, SRF Limited
  • Oil and gas: UOP Honeywell, Exxon Mobil, British Petroleum
  • Petrochemical manufacturing: Reliance Industries Limited
  • Pharmaceutical manufacturing: Biocon, Dr Reddy's Laboratories, Abott Laboratories, Gilead Sciences
  • Schlumberger Limited
  • Gujarat Alkalies & Chemicals Ltd
  • Johnson Matthey
  • Deepak Fertilizers and Petrochemicals Corp. Ltd
  • Essar Oil Limited
  • Arofine Polymers Ltd
  • Gas and oil extraction
  • Oil refining
  • Nuclear and other power generation and process industries
  • Pharmaceuticals
  • Fine and heavy chemicals
  • Agrochemicals
  • Fibres and polymers
  • Food and drink

Chemical engineering is a flexible career choice that offers many opportunities, including scientific research, field engineering, and senior management roles. Chemical engineers create production systems and prioritize how products are made. Three-fourths of chemical engineers work in manufacturing industries, such as industrial plants, refineries, and manufacturing units. 

Chemical engineers can work in many sectors, including government-run initiatives and private energy companies. Some career opportunities include:

  • Process engineer

    Works within the field of chemical engineering, or may take on roles related to mechanical engineering or other engineering fields

  • Energy engineer

    Works in the solar or mining sector, which is a major global challenge

  • Petroleum engineer

    Develops extraction plans, supervises gas and oil drilling, and maintains and uses fracturing and drilling machines

  • Environmental engineer

    Applies engineering principles to address environmental challenges, such as air and water pollution, waste management, and sustainability

The Syllabus of B Tech Chemical Engineering is :

First Semester Second Semester
Humanities Strength of Materials
Inorganic Chemistry Electrical Technology
Fundamentals of Chemical Engineering Mathematics – II*
Mathematics – I* Introduction to Computer Programming
Engineering Mechanics Organic Chemistry
Physics Physical Chemistry
Physics Laboratory Physical Chemistry Lab – I
Inorganic Chemistry Lab Organic Chemistry Lab
Basic Engineering Drawing (Drawing board mode) Workshop practice – VIII
Workshop practice – VII -
Third Semester Fourth Semester
Machine Design Chemical Process Calculations
Engineering Thermodynamics Material Science & Engineering
Mechanics of Fluid Chemical Engineering Thermodynamics
Numerical Methods Introduction to Transport Phenomena
Mathematics-III* Mechanical Operations
Elementary Electronics Applied Numerical Analysis Lab
Physical Chemistry Lab – II Machine Drawing (Computer terminal mode)
Workshop Practice – XII Electrical Engg. Lab.
Computer Aided Drafting -
Fifth Semester Sixth Semester
Separation Processes - I Principles of Measurements & Instrumentation
Chemical Reaction Engineering-I Process Dynamics & Control
Chemical Technology – I Separation Processes – II
Process Heat Transfer Chemical Technology – II
Energy Engineering Optimization Methods for Chemical Engineering
Momentum Transfer & Mechanical Operation Lab Chemical Reaction Engineering-II
Computer Applications in Chemical Engg. Lab. Reaction Engineering & Thermodynamics Lab.
Process Equipment Design & Drawing- I Energy Engineering Lab
- Chemical Engineering Project – I
Seventh Semester Eighth Semester
Separation Processes-III Chemical Project Engineering & Economics
Mathematical Modeling in Chemical Engineering Chemical Process Safety & Risk Management
Industrial Pollution Control Engineering Industrial Management
Elective – I Elective – II
Chemical Engineering Project – II Chemical Process Design & Drawing
Process Equipment Design & Drawing – II Heat & Mass Transfer Lab.
Seminar-I Seminar - II
Process Instrumentation & Control Lab General Viva-voce

Admission Process for Chemical Engineering-2025

  1. Visit Our Website
    Go to admissionduniya.com to explore information about Chemical Engineering programs.

  2. Initial Consultation
    Contact us through our website for a personalized consultation regarding your interest in the Chemical Engineering program and any queries you may have.

  3. Program Selection
    We’ll assist you in choosing the right universities or colleges that offer Chemical Engineering, based on your academic background and career goals.

  4. Eligibility Assessment
    We assess your eligibility according to your previous academic qualifications and any required entrance exam scores.

  5. Documentation Preparation
    Our team will help you prepare all necessary documents, including transcripts, a statement of purpose, and letters of recommendation.

  6. Application Submission
    We guide you through the application process, ensuring all forms are completed accurately and submitted on time.

  7. Entrance Exam Preparation
    If applicable, we provide resources and support to help you prepare for any required entrance exams.

  8. Interview Preparation
    For colleges that conduct interviews, we offer coaching to help you present yourself confidently.

  9. Admission Confirmation
    Once you receive your acceptance letter, we assist with the enrollment process, including fee payment and registration.

  10. Pre-Departure Guidance
    If necessary, we provide advice on visa applications, accommodation arrangements, and other essential preparations.

  11. Ongoing Support
    Admission Duniya offers continuous support throughout your Chemical Engineering journey, ensuring you have access to resources and assistance whenever needed.

For more details and to start your application process, visit admissionduniya.com today!

FAQ

Chemical Engineering is a branch of engineering that focuses on the design, optimization, and operation of chemical processes. It combines principles of chemistry, physics, mathematics, and biology to efficiently convert raw materials into valuable products, while considering safety and environmental sustainability.

Candidates typically need to complete their higher secondary education (10+2) with subjects in Physics, Chemistry, and Mathematics. Admission requirements vary by institution and usually include entrance examinations.

The curriculum usually covers subjects such as: Chemical Process Principles Thermodynamics Fluid Mechanics Reaction Engineering Mass and Energy Balance Separation Processes Process Control and Instrumentation

Graduates can pursue various roles, including: Chemical Engineer Process Engineer Production Manager Quality Control Engineer Environmental Engineer Research Scientist

While a master’s degree (M.Tech or MS) can enhance career opportunities and provide specialization, it is not mandatory. Many graduates find employment with a B.Tech degree, especially with relevant internships or experience.

Key skills include strong analytical and problem-solving abilities, proficiency in chemical engineering software (like Aspen Plus), and effective communication and teamwork skills.

Salaries can vary based on job role, experience, and location. In India, starting salaries typically range from INR 4 to 8 lakh per annum, with potential for higher earnings in specialized roles or industries.

Yes, certifications in areas such as process safety, project management, and specialized technical skills can enhance employability and demonstrate expertise.

Leading institutions include the Indian Institutes of Technology (IITs), National Institutes of Technology (NITs), and various private universities offering strong chemical engineering programs.

Internships are crucial for gaining practical experience and exposure to real-world chemical processes. They help students develop industry-relevant skills and often lead to job opportunities after graduation.

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