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Chemical and Electrochemical Engineering focuses on the design and development of processes where chemical reactions and electrochemical principles are used to produce useful materials and energy. It involves studying reaction engineering, thermodynamics, materials science and electrochemical systems such as batteries, fuel cells, corrosion control, electroplating and water treatment. This field plays a key role in energy storage, sustainable technologies, and advanced manufacturing industries.
Regulation - 2025 (UG)
Computational Differential Equations
Chemical Engineering Thermodynamics
Chemical Process Calculations
Principles of Electrochemistry
Fluid and Solid Operations
Fluid and Solid Operations Laboratory
English Communication Skills Laboratory – II
Electrodics & Electrocatalysis
Mass Transfer
Chemical Reaction Engineering
Heat Transfer
Instrumental Methods of Analysis
Introduction to Standards in Chemical Engineering
Industry Oriented Course - I
Skill Development Course – I
English Communication Skills Laboratory – III
Electrochemistry Laboratory
Electrochemical Reaction Engineering
Programme Elective I
Programme Elective II
Electrochemical Energy Conversion and Storage
Industry Oriented Course - I
Skill Development Course – II
Process Dynamics and Control
Heat and Mass Transfer Lab
Corrosion Science and Engineering
Industrial Metal Finishing
Transport Phenomena
Professional Elective III
Open Elective
Self-Learning Course
Skill Based Course – III
Chemical and Electrochemical Reaction Engineering Lab
Engineering Entrepreneurship Development
Climate Change and Sustainability
Batteries for Electric Vehicles
Programme Elective IV
Programme Elective V
Project Management
Internship / Industry Project
Corrosion and Metal Finishing Lab
Computer applications in chemical engineering laboratory
Project Work / Internship cum Project Work
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