Chemical Engineering Syllabus 2024: Subjects, Semester-wise Syllabus PDF, Top Colleges, Books

Communication Skills

Students will learn about the English language that plays an important role in career development. This subject aims to introduce basic concepts of communication and emphasizes developing speaking, listening, reading and other communication skills.

Some parts of the syllabus are:

• Basics of communication
• Process of communication
• Barriers to communication
• Application of grammar
• Parts of speech
• Tenses
• Active and passive voice
• Reading skill
• Writing skill

Engineering Mathematics

Students will learn about the fundamental base of understanding elementary mathematics and its uses in solving engineering problems. This subject enables students to use basic mathematical functions like partial fractions, logarithms, matrices and basic 2D curves in solving various engineering problems of all fields.

Some parts of the syllabus are:

• Algebra series
• Application of the binomial theorem
• Determinants
• Vector algebra
• Complex numbers
• Trigonometry
• Inverse circular functions
• Differential calculus
• Methods of finding derivatives
• Higher-order derivatives

Engineering Physics

Students learn about the diversified topics related to applied physics. The subject aims to provide knowledge of the world by observation and prediction of how objects behave. It also provides the knowledge of physical laws, analysis and its application in the field of engineering and technology.

Some parts of the syllabus are:

• Units and dimensions
• Principle of homogeneity of dimensions
• Force and motion
• Work, power and energy
• Rotational motion
• The motion of planets and satellites
• Properties of matter
• Heat and thermodynamics

Pollution Control and Industrial Safety

Students study the different types of pollution caused by industrialization. This subject helps in creating a balance between the ecosystem and controlling pollution through control devices. A chemical engineer must know about the various types of accidents that can occur in chemical plants and how to safeguard them.

Some parts of the syllabus are:

• Introduction to pollution control
• Air pollution
• Control equipment in industries
• Water pollution
• Domestic and industrial wastewater
• Environmental protection
• Radioactive pollution
• Solid waste management
• Pollution acts
• Safety in the chemical industry

Material and Energy Balance

This subject equips students with the basic knowledge of chemical engineering calculations. Students learn the fundamental concepts on which chemical engineering design is based.

Some parts of the syllabus are:

• Scope of material and energy balance in chemical industries
• Unit conservation of units
• Gases and gas mixture
• Material balance without chemical reaction
• Material balance with chemical reaction
• Energy balance
• Combustion process

Fluid Mechanics

Students will learn about the measurement of fluid flow and various fluid transportation machinery. They can apply the same knowledge to different subjects of chemical engineering. They will also learn how to install different fluid flow and transportation machinery.

Some parts of the syllabus are:

• Introduction to fluids
• Flow of fluids
• Pipe, fittings and valves
• Transportation of fluids
• Equation of continuity
• Reynolds experiment and its significance
• Measurement in fluid flow
• Fluid flow phenomena
• Types of fluids

Mechanical Operations and Solid Handling

This subject talks about the workings of individual mechanical operations, handling of solids and their significance in chemical industries. Students will learn to control the operations of equipment and regulate production.

Some parts of the syllabus are:

• Concepts and role of unit operations in process industries
• Characterization of solid particles
• Size reduction
• Energy and power requirements in crushing
• Crushing laws
• Mechanical separation
• Filtrations and their classification
• Conveying of solid particles
• Mixing of solids

 Chemical Engineering Thermodynamics

Students learn basic concepts, thermodynamics properties of fluid and performance of thermal systems used in industry. Students will also learn about the application of the laws of thermodynamics and its phase equilibrium.

Some parts of the syllabus are:

• Introduction and basic concepts
• The first law of thermodynamics for an open and closed system
• The second law of thermodynamics
• Statement of the second law of thermodynamics
• Third law of thermodynamics
• Entropy
• Application of second law of thermodynamics
• Chemical reaction equilibrium and vapour-liquid equilibrium

Pollution Control and Industrial Safety

This subject talks about the different types of pollution caused by industrialization and how to balance ecosystems and control pollution. Students also learn about the different acts and rules about environmental protection.

Some parts of the syllabus are:

• Introduction of pollution
• Air pollution
• Water pollution
• Environment pollution
• Radioactive pollution
• Solid waste management
• Pollution acts
• Safety in the chemical industry

Material Science

It talks about a lot of developments that have taken place in the field of materials. Students learn about using different materials for various applications. It is necessary to teach them the basics of metal structure, properties, usage, testing, and various heat treatment processes as well.

Renewable Energy Resources

Students will learn about the direct use of renewable energy sources used in chemical production. Chemical industries use heat to run operations and electrical energy to drive operations.

Computer Applications in Chemical Engineering

This subject defines most of the chemical processes that industries require computers to operate and control different types of operations. Students will learn about the use of computers in chemical engineering.

Fertiliser Technology

Students will learn about the different types of fertilisers used in agriculture and also about the processes involved in their manufacturing process.

1&2

Mathematics I & II

This subject talks about the ideas and techniques of linear algebra and its applications in chemical engineering. Students also learn about probability distribution, statistical parameters, statistical hypotheses, regression, ANOVA principles, methods, etc.

1

Engineering Mechanics

Engineering mechanics focuses on the analysis of statically determinate structures and includes trusses using equations of equilibrium. It also finds space-time relationships between particles. This subject explains the dynamic problems of particles using Newton’s laws.

2

Computer Programming

Students will learn about the concepts of structured programming. They will also study concepts of program flow, functions, etc. This course ensures a firm foundation for the programming concepts and problem-solving techniques required in general engineering methods.

3

Chemical Technology

Students will understand the objectives of chemical process engineers in the chemical industry. They will also learn about different process industries and their unit operations. This subject also teaches chronological developments in the chemical process industries in the global scenario.

4

Organic Chemistry

This subject talks about the role of organic chemistry in solving problems related to chemical engineering. Students also learn the fundamental aspects of physical organic chemistry in understanding the chemical engineering process.

5

Environmental Studies

Students learn the importance of the individual in environmental conservation. This subject talks about natural resources like forests, minerals, water, and classified energy resources and their needs.

6

Process Dynamics & Control

Process Dynamics & Control teaches applications of optimization in the chemical industry. Students learn about the gradient method, its optimization of stages and dynamic programming. They also learn about the simplex method of solving linear programming problems. 

7

Transport Phenomena

Students learn about the mechanisms of momentum, heat and mass, and levels of mass transformation. This subject talks about the application of transport phenomena in the development of allied processes.

8

Engineering Economics

Students evaluate the economics of management, operation, growth, and profitability of engineering firms and analyse operations of the market through this subject. Students also analyse the cost and revenue data and make economic analyses in decision-making.

Biochemical Engineering

• Engineering Mathematics
• English
• Engineering Mechanics
• Engineering Chemistry
• Computer Programming and Utilisation
• Engineering Physics
• Elements of Engineering Studies
• Communication and Life Skills

Students who want to study this branch of chemical engineering can choose this specialisation. Biochemical engineering is the study of chemical engineering that applies technological advancements to biological materials. This specialised field combines the knowledge of biology, chemistry and engineering to create products from raw materials.

Ceramics

• Applied Mathematics
• Solid-state Physics & Chemistry
• Chemical Thermo & Kinetics
• Introduction to Ceramics
• Geology
• Physical Analysis of Ceramic Raw Materials
• Chemical Analysis of Cer Raw Mats & Products
• Engineering Material Science

Ceramic engineering is the study of science and technology of creating objects from inorganic and non-metallic materials. Students who want to pursue their career in this field can opt for this specialisation.

Economics

• Equipment Cost Estimating
• Plant Cost Estimates
• Manufacturing Cost
• Interest Calculations
• Profitability Analysis; Discounted Cash Flow
• The Economy of the Chemical Industry
• Accounting and Budgets
• Corporate Annual Reports
• Project Management

Chemical engineering in economics involves formulating, estimating and evaluating economic outcomes that help in accomplishing a purpose. It is also concerned with the study of cash flow, interest rates, taxes, etc.

Chemical Technology

• Basic Chemical Engineering
• Applied Chemistry
• Electrical & Electronics Engineering
• Engineering Material
• Mechanical Operations
• Thermodynamics
• Industrial Stoichiometry
• Processing Instrumentation

Students who want to make their career in the field of laboratory setting can opt for this specialisation. The duty of a laboratory in charge includes preparation of chemical solutions, raw material, product, and environmental sampling, testing with the help of wet chemistry and instrumental techniques.

Engineering Mechanics

SS Bhavikatti

The application of mechanics to solve problems involving common engineering elements.

The Art of Computer Programming

Donald E. Knuth

The process that professionals use to write code that instructs how a program performs.

Chemical Technology an Integral Textbook

Andreas Jess

Helps develop knowledge in testing and manufacturing chemical products.

Advanced Organic Chemistry

FA Carey

A study of the structure, properties, composition and preparation of carbon-containing compounds

Textbook of Environmental Studies

DK Asthana

A study of human interaction with the environment

Process Dynamics and Control

Dale E. Seborg

This book provides full coverage for process control courses in chemical engineering.

KIIT University

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Edith Cowan University

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IIT Bombay

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MIT Manipal

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Vellore Institute of Technology

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SRM University Chennai

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DSCE Bangalore

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IIT Madras

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IIT Kharagpur

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IIT Delhi

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