Chemical Engineering is a branch of engineering that deals with producing raw materials into useful products focusing on processes and products. Production and manufacturing of products through chemical processes including equipment, designing systems, and processes of refining raw materials and mixing, compounding, processing chemicals, etc are covered in the area.
Physics and mathematics are the primary elements of chemical engineering, Chemistry mostly Physical Chemistry with Biology are also included. The syllabus for Chemical Engineering is vast and covers Mechanical Engineering, Physical Chemistry, Electrical and Electronic Engineering, Computer Programming, Environmental Science, Organic Chemistry, Nanotechnology, Biochemical Engineering, Biotechnology, and various other specializations.
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GATE Chemical Engineering Syllabus
GATE Chemical Engineering includes many major and important topics and subtopics. The GATE Chemical Engineering Syllabus includes 9 sections and these sections have many subtopics. The syllabus of the GATE 2024 chemical Engineering is detailed below.
| Section 1: Engineering Mathematics | |
|---|---|
| Linear Algebra | Calculus |
| Differential Equations | Complex Variables |
| Probability and Statistics | Numerical Methods |
| Section 2: Process Calculations and Thermodynamics | |
| Steady and unsteady state mass and energy balances. | Use of tie components |
| Multiphase, multicomponent, reacting and non-reacting systems | Recycle, bypass and purge calculations |
| Gibb's phase rule and degree of freedom analysis | Thermodynamic properties of pure substances, Equation of State and residual properties |
| First and Second laws of thermodynamics | Application of First law to close and open systems, Second law and Entropy |
| Properties of mixtures, partial molar properties, fugacity, excess properties, activity coefficients | Phase equilibria, predicting VLE of systems, chemical reaction equilibrium |
| Section 3: Fluid Mechanics and Mechanical Operations | |
| Fluid statics, surface tension, Newtonian, non-Newtonian fluids, transport properties | Macroscopic friction factors, dimensional analysis, similitude, flow through pipeline systems |
| Shell balances, a differential form of Bernoulli equation, energy balance | Equation of continuity, equation of motion and equation of mechanical energy |
| Velocity profiles, flow meters, pumps, compressors, elementary boundary layer theory, flow past immersed bodies including packed and fluidized beds | Turbulent flow, fluctuating velocity, universal velocity profile, pressure drop |
| Particle size and shape, particle size distribution, size reduction and classification of solid particles | Free and hindered settling |
| Centrifuge and cyclones, thickening, classification, filtration, agitation, mixing, etc | Conveying of solids |
| Section 4: Heat Transfer | |
| Equation of energy | Steady and unsteady heat conduction |
| Convection and radiation | Thermal boundary layer and heat transfer coefficients |
| Boiling, condensation, and evaporation | Types of heat exchangers, evaporators and process calculations |
| Design of double pipe | Shell and tube heat exchangers, single and multiple effect evaporators |
| Section 5: Mass Transfer | |
| Fick’s laws | Molecular diffusion in fluids, mass transfer coefficients, film, penetration, and surface renewal theories |
| Momentum, heat and mass transfer analogies | Stage-wise, continuous contacting, stage efficiencies. |
| HTU & NTU concepts | Design and operation of equipment for distillation |
| Absorption and leaching, liquid-liquid extraction and drying, humidification and dehumidification, adsorption | Membrane separations such as micro-filtration, ultra-filtration, nano-filtration and reverse osmosis. |
| Section 6: Chemical Reaction Engineering | |
| Theories of reaction rates | Kinetics of homogeneous reactions and Interpretation of Kinetic data |
| Single and multiple reactions in ideal reactors | Kinetics of enzyme reactions i.e. Michaelis-Menten and Monod models |
| Non-ideal reactors | Residence time distribution, single parameter model |
| Non-isothermal reactors | Kinetics of heterogeneous catalytic reactions |
| Diffusion effects in catalysis | Rate and performance equations for catalyst deactivation |
| Section 7: Instrumentation and Process Control | |
| Measurement of process variables | Sensors and transducers |
| P&ID equipment symbols | Process modeling, linearization, transfer functions, dynamic responses of numerous systems |
| Systems with the inverse response, process reaction curve | Controller modes (P, PI, and PID) |
| Control valves, transducer dynamics | Closed loop analysis systems including stability, frequency response, controller tuning, cascade, feedforward control, etc |
| Section 8: Plant Design and Economics | |
| Principles of process economics | Cost estimation including depreciation |
| Total annualized cost | Cost indices |
| Rate of return | Payback period |
| Discounted cash flow | Optimization in process design |
| Sizing chemical engineering equipment like heat exchangers, multistage contactors. | - |
| Section 9: Chemical Technology | |
| Inorganic chemical industries like sulfuric acid, phosphoric acid, Chlor-alkali industry | Fertilizers like Ammonia, Urea, SSP and TSP |
| natural products industries like Pulp, Paper, Sugar, Oil, Fats | Petroleum refining and petrochemicals |
| polymerization industries like polyethylene, polypropylene, PVC, polyester synthetic fibers, etc | - |
BTech Chemical Engineering Syllabus 2024
BTech Chemical Engineering is offered across India in Many Top Institutes. B.Tech Chemical Engineering is a four-year course. The Syllabus of BTech Chemical Engineering includes theory and Labs throughout the course.
The detailed Syllabus of B.Tech Chemical Engineering is given below in the Table.
| Sem I | |
|---|---|
| Subjects | Practicals |
| Mathematics I | Physics Lab |
| Physics | Chemistry Lab |
| Chemistry | Workshop Practice |
| Basic Civil & Mechanical Engineering | - |
| Engineering Mechanics | - |
| Communicative English | - |
| Sem II | |
| Mathematics II | Computer Programming Lab |
| Material Science | Engineering Graphics |
| Environmental Science | Basic Electrical and Electronics Lab |
| Basic Electronics and Electrical Engineering | - |
| Engineering Thermodynamics | - |
| Computer Programming | - |
| Sem III | |
| Mathematics III | Physical Chemistry Lab |
| Physical Chemistry | Strength of Materials Lab |
| Strength of Materials | Electrical and Electronics Engineering Lab |
| Electrical and Electronics Engineering | - |
| Process Calculation | - |
| Momentum Transfer | - |
| Sem IV | |
| Mathematics IV | Organic Chemistry Lab |
| Organic Chemistry | Momentum Transfer Lab |
| Chemical Engineering Thermodynamics | Chemical Engineering Drawing |
| Process Heat Transfer | - |
| Mass Transfer | - |
| Mechanical Operations | - |
| Sem V | |
| Process Instrumentation | Mass Transfer Lab I |
| Mass Transfer II | Heat Transfer Lab |
| Chemical Reaction Engineering | Mechanical Operations Lab |
| Energy Technology and Management | General Proficiency I |
| Chemical Process Industries | - |
| Chemical Engineering Practice | - |
| Sem VI | |
| Numerical Methods and Specific Functions | Mass Transfer Lab II |
| Mass Transfer III | Chemical Reaction Engineering Lab |
| Chemical Reaction Engineering II | Technical Analysis Lab |
| Process Design of Chemical equipments | General Proficiency II |
| Elective I | - |
| Elective II | - |
| Sem VII | |
| Process Dynamics and Control | Computer aided Design Lab |
| Mechanical Design of Chemical Equipments | Project work (Phase I) |
| Industrial Management | Seminar |
| Elective III | Industrial Visit/Training |
| Elective IV | - |
| Sem VIII | |
| Transport Phenomena | Process Dynamics and Control Lab |
| Process Engineering Economics | Project work (Phase II) |
| Pollution Control in Process Industries | Comprehensive Viva Voce |
| Elective V | Professional Ethical Practice |
| Elective VI | - |
BTech Chemical Engineering Electives are given below:
| Elective I and II | |
|---|---|
| Petroleum Refinery Engineering | Biochemical Engineering |
| Nanotechnology | Drugs and Pharmaceutical Technology |
| Nuclear Engineering | - |
| Elective III and IV | |
| Polymer Science and Technology | Petrochemical Technology |
| Electrochemical Engineering | Risk and Safety Management in Process Industries |
| Industrial Biotechnology | - |
| Elective V and VI | |
| Process Flow Sheeting, Design and Synthesis | Process Modeling and Simulation |
| Environmental Impact Assessment and Clean Technologist | Optimization of Chemical Processes |
MTech Chemical Engineering Syllabus 2024
MTech Chemical Engineering is a Postgraduate course that can be pursued after one has done BTech/BE in relevant fields. There are also various national/state level entrance exams to get admission in M.Tech Chemical Engineering in top colleges.
The two years course consists of various subjects and workshops. The entire syllabus of the MTech Chemical Engineering is Mentioned below in the given table.
| Sem I | |
|---|---|
| Advanced Process Control | Process Modeling and Simulation |
| Chemical Reactor Analysis and Design | Computational Techniques in Chemical Engineering |
| Advanced Separation Process | - |
| Sem II | |
| Advanced in Fluidization Engineering | Chemical Process Design |
| Nanotechnology | Polymer Dynamics |
| Fuel Cell Technology | - |
| Sem III | |
| Bioprocess Engineering | Multiphase Flow |
| Industrial Energy Systems | Wastewater and Solid waste Treatment |
| Project Work (Phase I) | - |
| Sem IV | |
| Process Optimization | Ecology for Engineers |
| Computational Fluid Dynamics | Bio Energy and Bio refinery Engineering |
| Project work (Phase II) | - |
Diploma in Chemical Engineering Syllabus
Diploma in Chemical Engineering is a three-year full-time program that is offered by various colleges. The basic Eligibility to get admission in this course is one should have passed the 10th Board Examination with minimum 45% aggregate marks.
Throughout the course, one is taught about Chemical Science, Heat Transfer, and many more topics like these. The syllabus of Diploma in Chemical Engineering includes different subjects and projects which are given below.
| Sem I | |
|---|---|
| Basic Mathematics | Chemistry I |
| Engineering Drawing I | Physics I |
| Applied Mathematics | Developing of Life Skill |
| Workshop | |
| Sem II | |
| Basic of Computer Systems | Chemistry II |
| Engineering Drawing II | Physics II |
| Communication Skill | Engineering Mathematics |
| Organic and Physics Chemistry | |
| Sem III | |
| Strength of Materials | Electrical Technology |
| Polymer Chemistry | Petroleum Refining and Petrochemicals |
| Technology of Inorganic Chemicals | Mechanical Operations |
| Sem IV | |
| Principles of Stoichiometry | Applied Mathematics |
| Basic Electronics | Fluid Flow and Heat Transfer |
| Material of Construction | Technology of Organic and Chemicals Product |
| Technologies of Plastic | - |
| Sem V | |
| Plant Training | - |
| Sem VI | |
| Chemical Engineering Thermodynamics | Chemical Reaction Engineering |
| Sem VII | |
| Introduction to energy system Engineering | Process Instrumentation and Control |
| Elective I | |
| Stress Management | Chemical Engineering Drawing |
| Plant Utilities | Industrial Management |
| Elective II | |
| CADD & Estimation | Mass Transfer |
| Project | - |
| Semester VIIField Training | |
IIT Madras BTech Chemical Engineering Syllabus
The detailed Syllabus of IIT Madras BTech Chemical engineering is written below in the given table.
| Sem I | |
|---|---|
| Chemistry I | Chemistry Laboratory I |
| Functions of Several Variables | Thermodynamics |
| Physics I | Physics Lab I |
| Ecology and Environment | Physics Lab I |
| Workshop I | |
| Sem II | |
| Engineering Mechanics | Series and Matrices |
| Physics II | Introduction to Programming |
| Principles and Calculations in Chemical | Life Skills II |
| Workshop II | - |
| Sem III | |
| Chemical Engineering Thermodynamics | Continuum Mechanics & Transport Phenomena |
| Computational Programming & process simulation Lab | Computational Techniques |
| Mathe Elective I | Humanities I |
| Sem IV | |
| Fundamentals of Heat and Mass Transfer | Fluid and Particle Mechanics |
| Thermodynamics Lab | Kinetics and Catalysis |
| Basic Electrical Engineering | Humanities 2 |
| Sem V | |
| Life Sciences | Applications of Mass Transfer |
| Chemical Reaction Engineering | MOM Transfer and MO Lab |
| Heat and Mass Transfer Lab | Dept. Elective I |
| Sem VI | |
| Materials Science for Chemical Engineering | Process Dynamics and Control |
| Heat and Mass Transfer Lab II | CRE Lab |
| Dept. Elective II | Summer Internship |
| Sem VII | |
| Process and Product Design | Chemical Technology and Equipment design |
| Process Control Lab | Humanities 3 |
| Dept. Elective III | - |
| Sem VIII | |
| Dept. Elective IV | Dept. Elective V |
| Professional Ethics | - |
Anna University BTech Chemical Engineering Syllabus
| Sem I | |
|---|---|
| Theory | Technical English |
| Engineering Mathematics I | Engineering Physics |
| Engineering Chemistry | Engineering Graphics |
| Basic Science Laboratory | Workshop Practices Laboratory |
| Practicals | - |
| Sem II | |
| Professional Communication | Engineering Mathematics II |
| Problem Solving and Python Programming | Basics of Electrical and Electronics Engineering |
| Engineering Mechanics | Principles of Chemical Engineering |
| Problem Solving and Python Programming Lab | Electrical and Electronics Engineering Lab |
| Sem III | |
| Probability and Statistics (Elective - Humanities I) | Organic Chemistry Lab |
| Mechanical Engineering for Technologist | Mechanical Engineering Laboratory |
| Organic Chemistry | - |
| Process Calculation | - |
| Fluid Mechanics for Chemical Engineers | - |
| Sem IV | |
| (Elective - Humanities II) Environmental Science Aurit Course - I | Heat Transfer |
| Chemical Engineering Thermodynamics | Mechanical Operations |
| Chemical Technology | Fluid Mechanics for Chemical Engineering Laboratory |
| Mechanical Operations Laboratory | - |
| Sem V | |
| Principles of Management Audit Course - II | Heat Transfer Laboratory |
| Chemical Engineering Thermodynamics II | Computational Chemical Engineering Laboratory |
| Mass Transfer I | Chemical Reaction Engineering I |
| Professional Elective I | Internship / Training |
| Sem VI | |
| Chemical Reaction Engineering I | Process Control Laboratory for Chemical Engineers |
| Mass Transfer II | Mass Transfer Laboratory |
| Process Dynamics and Control | Internship/ Training (4 weeks) |
| Professional Elective II | Professional Elective III |
| Open Elective I | - |
| Sem VII | |
| Transport Phenomena | Chemical Reaction Engineering Laboratory |
| Process equipment Design | Comprehension |
| Professional Elective IV | Industrial Training /Internship (4 weeks) |
| Professional Elective V | Project -I |
| Open Elective II | - |
| Sem VIII | |
| Professional Elective VI | Professional Elective VII |
| Total quality Management | Project - II |
Chemical Engineering Syllabus FAQs
Ques. Is the syllabus for Chemical Engineering the same for every college/University?
Ans. Yes, mostly every college/University will have the same syllabus for Chemical Engineering. Although there might be minor differences for different colleges, most of the time the syllabus is the same at every college.
Ques. How hard is the chemical Engineering Syllabus?
Ans. Mainly it depends on the candidate whether you are studying hard or not but still The syllabus of Chemical engineering is hard and it can be easy also for those who prepare even harder. It can be as hard as other Engineering streams. But no engineering stream can be compared to each other. Every stream has its own importance.
Ques. What is the Duration of the B.Tech chemical Engineering to cover its syllabus?
Ans. B.Tech Chemical Engineering is of four years consisting 8 semesters. The whole syllabus is covered within these 8 semesters including theory, Practical work, Workshops and projects.
Ques. How much does it cost to get a Degree in Chemical Engineering ?
Ans. In India, the fee to pursue a degree in Chemical Engineering may be different in every college. The top Engineering colleges will have a high fee to offer that course whereas government colleges will have less fee compared to private colleges. The average fee to pursue a degree in chemical engineering may range from INR 3 Lakhs to INR 9 Lakhs depending on the institute.
Ques. What is the average salary offered to graduates of Chemical Engineering?
Ans. The salary may depend on the type of profession and the type of organization. Some chemical Engineers may have a higher salary while others may have less salary. The average salary which one can get is INR 2,50,000 to INR 7,00,000.
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