Diploma in Chemical Engineering Syllabus and Subjects 2025

Diploma in Chemical Engineering Syllabus covers subjects like Material Technology, Chemical Engineering Thermodynamics, Industrial Chemistry and Reaction Engineering, Chemical Engineering Operations, Chemical Process Control, Chemical Process Equipment Design, etc. Core Diploma in Chemical Engineering Subjects covered in the curriculum are Chemical Reaction Engineering, Chemical Engineering Operations, Chemical Process Equipment Design and Drawing, Chemical Process Safety, Chemical Engineering Operations. Diploma in Chemical Engineering Syllabus 2025 focuses on core subjects along with electives, lab training, informative workshops, internships, and a final year research project. 

Diploma in Chemical Engineering Specialisations include Biochemical Engineering, Process Engineering, Environmental Engineering, and Pharmaceutical Engineering. Diploma in Chemical Engineering Subjects 1st year are Basic Mathematics, Basic Computer Systems, Chemistry, Physics, and Engineering Drawing. The Diploma in Chemical Engineering program's curriculum is organised and focused on the business world. The Diploma in Chemical Engineering program's goal is to produce competent engineers and teachers who will lead the world's chemical engineering community down a new and cutting-edge route.

• About the Course - The Diploma in Chemical Engineering is a three year long degree. There are six semesters in total. Each year has two semesters. 
• Enrollment - To get enrolled into the Diploma in Chemical Engineering Program one has to clear the entrance examinations held by the colleges or universities. 
• Course Fee- The course fee of this diploma ranges from INR 30,000 to INR 2.5 LPA. 

Candidates looking for the Diploma in Chemical Engineering Syllabus Year Wise can get it in the following headers.

Diploma in Chemical Engineering 1st Year Syllabus

The first year Diploma in Chemical Engineering subjects have been listed in the pointers below.

• Basic Mathematics
• Basic Computer Systems
• Chemistry
• Physics 
• Engineering Drawing

Diploma in Chemical Engineering 2nd Year Syllabus

The second year Diploma in Chemical Engineering subjects have been listed in the pointers below.

• Applied Mathematics
• Communication Skill
• Developing life skills
• Engineering Mathematics
• Workshop
• Organic and Physical Chemistry
• Strength of Materials
• Principles of Stoichiometry

Diploma in Chemical Engineering 3rd Year Syllabus

The third year Diploma in Chemical Engineering subjects have been listed in the pointers below.

• Electrical Technology
• Applied Mathematics
• Polymer Chemistry
• Basic Electronics
• Petroleum Refining and Petrochemicals
• Fluid Flow and Heat Transfer
• The technology of Inorganic Chemicals
• Material of Construction

Candidates can find the semester-wise Diploma in Chemical Engineering Syllabus on the following headers.

First Year Diploma in Chemical Engineering Subjects (Semester 1 & 2)
The table below consists of Diploma in Chemical Engineering Subjects 1st year divided into Diploma in Chemical Engineering Semester 1 & 2 subjects.

Second Year Diploma in Chemical Engineering Subjects (Semester 3 & 4)
The table below consists of Diploma in Chemical Engineering Subjects 2nd year, divided into Diploma in Chemical Engineering Semester 3 & 4 subjects.

Third Year Diploma in Chemical Engineering Subjects (Semester 5 & 6)
The table below consists of Diploma in Chemical Engineering Subjects 3rd year, divided into Diploma in Chemical Engineering Semester 5 & 6 subjects.

Candidates can find the Diploma in Chemical Engineering Core Subject details from the table below.

Over three years, the curriculum includes a variety of topics. The course curriculum includes lab exercises, skill development programs, and other internal assessments. The following is the general course structure:

• VI Semesters
• Both Core and Main Subjects
• Elective Subjects
• Guest Lecturer Visit 
• Research Project

• Andhra Pradesh Polytechnic Common Entrance Test (AP POLYCET)
• Delhi Common Entrance Test (Delhi CET)
• Arunachal Pradesh Joint Entrance Examination (APJEE)
• Assam Polytechnic Admission (Assam PAT)
• Joint Entrance Examination for Polytechnics West Bengal (JEXPO)

Diploma in Chemical Engineering Entrance Exam Syllabus

Candidates looking for the Entrance Exam Syllabus for Diploma in Chemical Engineering can check it below. We have mentioned the AP POLYCET and JEXPO syllabus 2025 in the following headers.

AP POLYCET Syllabus 2025 - Physics

AP POLYCET Syllabus 2025 - Chemistry

AP POLYCET Syllabus 2025 - Mathematics

JEXPO Syllabus 2025 - Physics

JEXPO Syllabus 2025 - Mathematics

JEXPO Syllabus 2025 - Chemistry

Candidates can find the Diploma in Chemical Engineering Syllabus for the distance education in the table below.

Diploma in Chemical Engineering First Year Distance Education Syllabus

Diploma in Chemical Engineering Second Year Distance Education Syllabus

Diploma in Chemical Engineering Third Year Distance Education Syllabus

Apart from the core and the elective subjects, candidates willing to pursue a diploma in chemical engineering also have to study the practical subjects.

Diploma in Chemical Engineering First Year Practical Subjects

The Practical Topics in the first year Diploma in Chemical Engineering syllabus are given below:

• Introduction to Physical Quantities and Units
• Measurement of frictional coefficient
• Verify triangle and parallelogram law of forces

Diploma in Chemical Engineering Second Year Practical Subjects

The Practical Subjects in the 2nd-Year Diploma in Chemical Engineering syllabus are given below: 

• Preparation of standard solution of oxalic acid or potassium permanganate
• Determination of the conductivity of a given water sample
• Find the coefficient of linear expansion of the material of a rod

Diploma in Chemical Engineering Third Year Practical Subjects

The Practical Subjects in the 3rd-Year Diploma in Chemical Engineering syllabus are given below: 

• Find the coefficient of friction between wood and glass using a horizontal board
• Determination of viscosity of a solution using Ostwald viscometer
• Gravimetric estimation of moisture in a given coal sample

• Process Engineering - Process Engineering involves creating the procedures that convert raw materials into chemicals, pharmaceuticals, gasoline, polymers, cosmetics, and other goods. The engineers use their understanding of chemistry and physics to design and test the necessary procedures, apparatus, and equipment.
• Plant Design - Plant design is a complex process including several technical disciplines, human resources, and capital studies. Economic assessments, logistical studies, and plant site studies are equally as significant as engineering studies and theoretical calculations in chemical plant design.
• Transport Phenomena - Transport Phenomena is the topic that deals with the movement of various physical quantities in any chemical or mechanical process and defines the fundamental principles and rules of transportation. It also illustrates the relationships and similarities between various modes of transportation that may exist in any system. There are three forms of transport in a chemical or mechanical process:
• Momentum transport - It is commonly known as fluid dynamics, and is concerned with the movement of momentum in fluids.
• Energy transport- It is often known as heat transfer, and is concerned with the transit of various kinds of energy within a system.
• Mass transport - It is concerned with the transportation of diverse chemical species.
• Process Design - Chemical process design entails developing a manufacturing process capable of producing a chemical or related product in an efficient and safe manner. There are various stages to process design, including conceptual design, process development, detailed design, construction, and operation.

The points below highlight the important books of the Diploma in Chemical Engineering.

• Chemical Engineering in Practice by John Edwards 
• Chemical Thermodynamics for Process Simulation by J.Gmehling
• Distillation Design by Henry Kister
• Distillation Operation by Henry Kister
• Chemical Engineers' Handbook by Perry
• Product and Process Design Principles: Synthesis, Analysis, and Design by Warren D. Seider
• Analysis, Synthesis, and Design of Chemical Processes by Richard Turton, Wallace B. Whiting