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Mechanical and Automation Engineering combines traditional mechanical engineering with modern automation and control technologies. It focuses on designing machines, automated systems, robotics and intelligent manufacturing processes. This field helps improve efficiency, precision and productivity across industries such as automotive, manufacturing, aerospace and robotics.
Regulation - 2025 (UG)
Computational Differential Equations
Engineering Thermodynamics
Strength of Materials
Manufacturing Processes
Embedded Systems
English Communication Skills Laboratory – II
Skill Development Course – I
Applied Data Science
Kinematics and Dynamics of Machines
Fluid Power Automation
CNC Technology
Actuators and Drives
Sensors and Measurements
Standards in Mechanical Engineering
English Communication Skills Laboratory – III
Skill Development Course – II
Design of Machine Elements
Control Systems
Robot Dynamics
Mechanics and Control of Robotic Manipulators
Industrial Process Automation
Open Elective
Programme Elective – I
Skill Development Course – III
Industry Oriented Course - I
Smart Manufacturing
Robotic Vision and Intelligence
Microcontroller and FPGA Programming
Programme Elective – II
Programme Elective – III
Smart Manufacturing Practices Laboratory
Self-Learning Course
Industry Oriented Course - II
Engineering Entrepreneurship Development
Climate Change and Sustainability
Mechatronics System Design
Programme Elective – IV
Programme Elective – V
Project Management
Industrial Training
Project Work / Internship cum Project Work
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