Sem - I

1. Applied Mathematics
2. Applied Chemistry - I
3. Engineering Drawing - I
4. Physics - I
5. Basic Chemical Engineering

Sem - II

1. Basics Of Computer Systems
2. Applied Chemistry - II
3. Engineering Drawing - II
4. Physics - II
5. Electrical and Electronics Engineering

Sem - III

1. Strength Of Material
2. Electrical Technology
3. Polymer Chemistry
4. Petroleum Refining and Petrochemicals
5. Engineering Material

Sem - IV

1. Environment and Energy studies 
2. Mechanical Operations
3. Electrical Workshop Practice
4. Element of Electrical Engineering 
5. Principles of Stoichiometry

Sem - V

1. Engineering Graphics
2. Heat Transfer Operation 
3. Solid Fluid Operation 
4. Ethics and Values
5. Technology of Organic Chemicals & Products

Sem - VI 

1. Process Equipment Design 
2. Plant Utilities and  Energy 
3. Hydro-carbon Technology 
4. Industrial Management
5. Processing Instrumentation

Sem - I

1. Applied Mathematics - I
2. Physics - I
3. Chemistry - I
4. Biochemical Engineering and Bioinformatics
5. Nanotechnology
6. Metallurgy

Sem - II

1. Applied Mathematics - I
2. Physics - II
3. Chemistry - I
4. Plastics Engineering
5. Environmental Engineering
6. Industrial Gas

Sem - III

1. Chemical Process Modelling
2. Biomedical Engineering
3. Study of Chemical Reactors
4. Electrochemistry
5. Engineering Chemistry - I
6. Chemical Engineering Thermodynamics - I

Sem - IV

1. Chemical Technology
2. Mechanical Equipment Design
3. Engineering Chemistry - II
4. Nuclear Reprocessing
5. Chemical Engineering Thermodynamics - II
6. Chemical Engineering Economics

Sem - V

1. Textile Engineering
2. Corrosion Engineering
3. Business Communications & Ethics
4. Mass Transfer Operation – I
5. Chemical Reaction Engineering – I
6. Process Equipment Design

Sem - VI

1. Transport Phenomenon
2. Chemical Reaction Engineering – II
3. Mass Transfer Operation – II
4. Heat Transfer Operations
5. Plant Utilities and Energy Efficiency
6. Wastewater Engineering

Sem - VII

1. Modeling and Simulation 
2. Non-Conventional Energy Sources
3. Bio-process Engineering 
4. Engineering Graphics
5. Environmental Chemistry & Pollution Control

Sem - VIII

1. Green Chemistry and Engineering
2. Fluidization Engineering
3. Catalytic Reaction Engineering
4. Chemical Process Plant Safety
5. Process Instrumentation Dynamics and Control

Sem - I

1. Modern Chemical Instrumentation
2. Science & Technology of Materials
3. Advanced Chemical Reaction Engineering
4. Plant Design
5. Research Methodology

Sem - II

1. Biotechnology
2. Advanced Separation Processes
3. Process Optimization
4. Mass Transfer
5. Mathematical Methods in Chemical Engineering

Sem - III

1. Advanced Fluid Transfer
2. Chemical Reaction Engineering
3. Organic Chemistry
4. Environmental Chemistry & Pollution Control
5. Advanced Reaction Engineering

Sem - IV

1. Modeling & Simulation of Chemical Processes
2. Heat & Mass Transfer
3. Advanced Thermodynamics
4. Elective - I

Sem - I

1. Introduction to Polymer Sciences
2. Polymer Chemistry 
3. Unit Operation in Chemical Engineering
4. Polymer in Environment and Processing of Polymers
5. Inorganic Chemistry

Sem - II

1. Introduction to Fiber Science & Rubber Technology
2. Polymer Blends & Composites
3. Plastics & Composite Application
4. Polymer Testing & Specifications
5. Engineering Graphics

Sem - III

1. Engineering & Specialty Polymers
2. Paints – Coating & Adhesives
3. Elastic – Plastic fracture
4. Polymer Product Design
5. Analytical Chemistry

Sem - IV

1. Material & Energy Balance Calculations
2. Engineering Mechanics
3. Physical Chemistry
4. Electrical and Electronics Engineering
5. Materials Technology

Sem - V

1. Transport Phenomena
2. Technology of Thermoset Polymers
3. Colour Physics & Colour Harmony
4. Synthesis & Characterization of Resins
5. Thermoplastics Polymer Technology

Sem - VI

1. Mould & Die Designing
2. Pigments & Additives for Polymers
3. Compounding & Processing of Polymers
4. Design & Fabrication of Molds
5. Structure Property Relationship

Sem - I

1. Technical English
2. Physics - I
3. Engineering Chemistry
4. Applied Mathematics - I
5. Engineering Mechanics
6. Technology of Elastomers - I

Sem - II

1. Applied Mathematics - II
2. Basic Electrical Engineering
3. Data Structure in C++
4. Environmental Science
5. Physics - II
6. Technology of Elastomers - II

Sem - III

1. Basic Electronics
2. Applied Mathematics - III
3. Introduction to System Theory
4. Thermal Engineering
5. Introduction to Polymer Engineering
6. Material Science

Sem - IV

1. Basic Polymer Chemistry
2. Fluid Mechanics
3. Macromolecular Science - I
4. Chemical Engineering - I
5. Heat Transfer
6. Computational Methods

Sem - V

1. Chemical Engineering - II
2. Polymer Processing - I
3. Macromolecular Science - II
4. Strength of Materials
5. Polymer Technology - I
6. Die Mould Design & Fabrication

Sem - VI

1. Polymer Processing - II
2. Elastomer Technology
3. Polymer Rheology
4. Polymer Characterization & Testing
5. Polymer Technology - II
6. Macromolecular Science - III

Sem - VII

1. Polymer Reaction Engineering
2. Computer Aided Polymer Processing
3. Design of Plastics
4. Machinery Components
5. Surface Coating
6. Adhesion Technology

Sem - VIII

1. Engineering Economy
2. Polymer Blends & Composites
3. Industrial Chemical Processing
4. Process Control & Instrumentation
5. Industrial Management

Sem - I

1. Physical Chemistry - I
2. Inorganic Chemistry 
3. Mathematical & Statistical Methods
4. Principles of Management
5. Engineering Graphics - I

Sem - II

1. Physical Chemistry - II
2. Polymer Processing & Testing
3. Polymer Physics & Characterization
4. Polymer Structure & Properties
5. Processing & Mechanics of Composites

Sem - III

1. Engineering Mechanics
2. Chain Polymerization
3. Electrical and Electronics Engineering
4. Condensation Polymerization
5. Physical Chemistry of Polymers

Sem - IV

1. Polymer Reaction Engineering
2. Mechanical Properties of Polymers
3. Analytical Chemistry of Polymers
4. Communication Skills
5. Elective - I