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B.Tech Food Process Engineering Syllabus: Core & Elective Subjects

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Updated on Jun 24, 2025

Epil Gagrai

The B.Tech in Food Process Engineering is an undergraduate course of 4 years that is an amalgamation of engineering principles, food science, and technology. The course focuses in designing, operating, and maintaining the food processing systems. The course is divided into 8 semesters, comprising core courses, electives, industry-oriented projects, and seminars.

 

The syllabus for B.Tech Food Process Engineering is designed with great care so as to give a solid foundation in the course of study for topics like Food Chemistry, Microbiology, Food Machinery, Quality Control, Packaging, Refrigeration, and Food Safety Laws. The course of study involves lectures along with practicals in laboratories to give exposure to handling food material and equipment firsthand.

 

Table of Contents

  1. B.Tech Food Process Engineering Semester-Wise Syllabus
  2. B.Tech Food Process Engineering Elective Courses
  3. B.Tech Food Process Engineering Minor Degree Courses
  4. B.Tech Food Process Engineering Syllabus FAQs

 

B.Tech Food Process Engineering Semester-Wise Syllabus

Here is the syllabus of B Tech Food Processing Engineering Technology offered by NIT Rourkela. It is expected that the other NITs offering this course may have a similar syllabus.

Semester 1

Semester 2

Basic Electrical Engineering

Engineering Mechanics

Mathematics - I

Environment and Safety Engineering

Statistical and Quantum Physics

Analytical Chemistry and Biomolecules

Biology

Basic Electronics Engineering

Value Education and Ethics

Mathematics - II

Programming for Problem Solving

Communicative English

Workshop Practice

Computer-Aided Drawing and Graphics

Physics Laboratory

Chemistry Laboratory

Extra Academic Activity - I

 

Semester 3

Semester 4

Food Chemistry

Food Microbiology and Safety

Food Processing Operations

Food Grains Processing

Numerical Methods

Principles of Food Technology

Introduction to AI and ML

Food Microbiology and Safety Laboratory

Food Properties Laboratory

Food Grains Processing Laboratory

Horticultural Processing Laboratory

AI and ML Laboratory

Basic Electrical Engineering Laboratory

Food Product Technology Laboratory

Value Added Course - I

Language Laboratory

Humanities Elective - I

Value Added Course - II

Additional Course - I

Technology in Society - I

 

Humanities Elective - II

 

Additional Course - II

Semester 5

Semester 6

Food Analysis and Quality Control

Bakery and Confectionery Technology

Food Packaging and Storage Engineering

Livestock, Fish and Marine Products Laboratory

Food Analysis and Quality Control Laboratory

Food Engineering Laboratory

Food Packaging and Storage Laboratory

Food Refrigeration and Cold Chain Laboratory

Stream / Cluster Elective - I

Product Development Laboratory

Stream / Cluster Elective - II

Value Added Course - III

Multidisciplinary Elective - I

Stream / Cluster Elective - III

Advanced Skill Development - I

Stream / Cluster Elective - IV

Additional Course - III

Multidisciplinary Elective - II

 

Additional Course - IV

Semester 7

Semester 8

Capstone Project - I

Comprehensive Viva Voce

Special Topics by Industry Experts

Stream / Cluster Elective - VII

Seminar and Technical Writing

Multidisciplinary Elective - IV

Stream / Cluster Laboratory Elective - I

Multidisciplinary Elective - V

Stream / Cluster Laboratory Elective - II

Capstone Project Elective - II

Stream / Cluster Laboratory Elective - III

Stream / Cluster Elective - V

Stream / Cluster Elective - VI

SIRE / EPICS Elective

Multidisciplinary Elective - III

Additional Course - V

Also Check: B.Tech. Food Process Engineering Career

 

B.Tech Food Process Engineering Elective Courses

Here is the list of electives offered by NIT Rourkela for the B.Tech in Food Engineering program.

Professional Electives

Food Chemistry

Food Packaging and Storage Engineering

Food Microbiology and Safety

Food Refrigeration and Cold Chain

Principles of Food Technology

Food Laws, Regulations and Certifications

Food Processing Operations - I

Process Control and Instrumentation in Food Industry

Food Processing Operations - II

Bakery and Confectionery Technology

Food Ingredients and Additives

Food Laws, Regulations and Certifications

Horticultural Product Processing

Food Ingredients and Additives

Food Grains Processing

Functional Foods and Nutraceuticals

Food Microbiology and Safety Laboratory

Biochemistry and Human Nutrition

Food Processing Operations

Food Process Modeling

Principles of Food Technology

Emerging Technologies in Food Processing

Fluid Mechanics in Food Processing

Food Industry By-Product and Waste Management

Food Grains Processing Laboratory

Experimental Design and Statistical Methods

Indian Knowledge Systems in Food Processing

Separation Techniques in Food Processing

Food Process Modeling

Food Business Management and Entrepreneurship Development

Food Analysis and Quality Control

Process Control and Instrumentation in Food Industry

Processing of Spices, Condiments and Plantation crops

IT Applications in Food Industry

Food Analysis and Quality Control

Food Process Modeling and Simulation

Bakery and Confectionery Technology

Emerging Technologies in Food Processing

Food Analysis Laboratory

Food Process Equipment and Plant Design

Dairy Process Engineering

Beverage Technology

Processing of Livestock, Fish and Marine Products

Hygienic Design of Equipment in Food Processing

Experimental Design and Statistical Methods

Food Process Equipment and Plant Design

Transfer Process in Food Engineering

Separation Techniques in Food Processing

Horticultural Product Processing

IT Applications in Food Industry

Dairy Process Engineering

Food Business Management and Entrepreneurship Development

Food Packaging and Storage Engineering

Advanced Food Analysis and Quality Control

Food Refrigeration and Cold Chain

Post-Harvest Operations and Management

Food Laws, Regulations and Certifications

Food Properties Laboratory

Process Control and Instrumentation in Food Industry

Food Microbiology and Safety Laboratory

Bakery and Confectionery Technology

Food Grains and Horticultural Processing Laboratory

Food Laws, Regulations and Certifications

Food Microbiology and Safety Laboratory

Food Ingredients and Additives

Food Product Technology Laboratory

Functional Foods and Nutraceuticals

Food Grains Processing Laboratory

Biochemistry and Human Nutrition

Horticultural Processing Laboratory

Food Process Modeling

Horticultural Processing Laboratory

Emerging Technologies in Food Processing

Food Analysis and Quality Control Laboratory

Food Industry By-Product and Waste Management

Food Engineering Laboratory

Experimental Design and Statistical Methods

Experimental Design and Statistical Methods Laboratory

Separation Techniques in Food Processing

Food Analysis and Quality Control Laboratory

Food Business Management and Entrepreneurship Development

Livestock, Fish and Marine Products Laboratory

Process Control and instrumentation in Food industry

Dairy Process Engineering Laboratory

IT Applications in Food industry

Food Engineering Laboratory

Food Process Modeling and Simulation

Food Packaging and Storage Laboratory

Emerging Technologies in Food Processing

Food Refrigeration and Cold Chain Laboratory

Food Process Equipment and Plant Design

Bakery and Confectionery Technology Laboratory

Beverage Technology

Food Product Technology Laboratory

Hygienic Design of Equipment in Food Processing

Advanced Food Testing Laboratory

Food Process Equipment and Plant Design

Food Process Equipment and Plant Design Laboratory

Separation Techniques in Food Processing

Bakery and Confectionery Technology Laboratory

IT Applications in Food Industry

Dairy Process Engineering Laboratory

Food Business Management and Entrepreneurship Development

Livestock, Fish and Marine Products Laboratory

Advanced Food Analysis and Quality Control

Experimental Design and Statistical Methods Laboratory

Post-Harvest Operations and Management

Food Process Equipment and Plant Design Laboratory

 

B.Tech Food Process Engineering Minor Degree Courses

Here is the list of minor degree courses offered by NIT Rourkela for the B.Tech Food Process Engineering program:

Minor Degree Courses

Food Microbiology and Safety

Dairy Process Engineering

Horticultural Product Processing

Food Packaging and Storage Engineering

Food Grains Processing

Food Analysis and Quality Control Laboratory

Food Analysis and Quality Control

Food Packaging and Storage Laboratory

 

B.Tech Food Process Engineering Syllabus FAQs

What are the B.Tech Food Process Engineering core subjects in the syllabus?

B.Tech Food Process Engineering core subjects are Food Chemistry, Food Microbiology, Principles of Food Technology, Dairy and Meat Processing, Food Packaging, Refrigeration and Cold Chain, Fluid Mechanics, Process Control, and Food Quality Analysis.

Does the Bachelor's in Food Process Engineering syllabus have any practical or lab components?

Yes, the B.Tech Food Process Engineering syllabus offers some lab courses like Food Microbiology Lab, Food Grains Processing Lab, Dairy Processing Lab, and Food Analysis Lab. These labs enable students to apply theoretical knowledge to practical food processing methods and equipment.

Are there any electives in the B.Tech Food Process Engineering Syllabus?

Yes, there are quite a range of electives in the B.Tech Food Process Engineering course. The students will be able to opt for professional electives, and they can even opt for electives from other engineering fields. Some of the higher-level subjects include Functional Foods, Emerging Food Technologies, Food Business Management, etc.

Industrial training or a project is compulsory in the syllabus of B.Tech Food Process Engineering?

Yes, there is a Project work and also industrial training or internships in most universities to give exposure to food industry practices, research, and innovation in the last year of the program.

How is the B.Tech Food Process Engineering syllabus distributed over the eight semesters?

B.Tech Food Process Engineering curriculum starts with basic courses in physics, chemistry, biology, and engineering. From the third semester onwards, it gets more specialized towards food processing, machinery, quality control, and management. The last semesters involve advanced electives, project work, and industrial exposure.

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