B.E. Mechatronics Curriculum and Detailed Syllabi - 2018 Regulations

Sep 12, 2026

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Curriculum and detailed syllabi for B.E. Mechatronics under 2018 regulations, presented by Thiagarajar College of Engineering. The document sets out the institute and department vision and mission, defines PEO/PO/PSO, and provides guidance on scheduling, categorization, and the scheme of evaluation. It lists course offerings semester-wise, including core engineering fundamentals, electronics, mechanics, programming, controls, robotics, and laboratory components, together with program-specific and general electives.

LanguageEnglish

CategoryPaper Templates

FormatPDF

Pages496

Reading Time2 h 54 min

AccessFree to download

Vision and Mission

PEO, PO, PSO

Scheduling of Courses

Categorization of Courses

Course of Study and Scheme of Evaluation

First Semester

18MA110 Engineering Calculus

18PHA20 Physics

18CHA30 Chemistry

18EG140 English

18ES150 Engineering Exploration

18ME160 Engineering Graphics

18EG170 English Laboratory

18PH180 Physics Laboratory

18CH190 Chemistry Laboratory

Second Semester

18MA210 Matrices and Ordinary Differential Equations

18MT220 Electrical Machines

18MT230 Analog Electronics

18MT240 Free Body Mechanics

18MT260 Manufacturing Processes

18MT270 Electrical Machines Laboratory

18MT271 Electrical Machines Laboratory

18MT280 Workshop

18CHAA0 Environmental Science

18ES290 Lateral Thinking

Third Semester

18MT310 Partial differential equations

18MT320 Kinematics and Dynamics of Machinery

18MT330 Digital Electronics

18MT340 Thermal Fluid Engineering

18MT350 Programming for Problem solving

18MT360 Programming and Coding Laboratory

18MT370 Thermal Fluid Engineering Laboratory

18MT380 Digital Electronics Laboratory

18ES390 Design Thinking

Fourth Semester

18MT410 Probability and Statistics

18MT420 Power Electronics and Drives

18MT430 Microcontroller

18MT440 Sensors and Measurements

18EG460 Professional Communication

18MT490 Project Management

18MT470 Sensors and Measurements Laboratory

18MT480 Micro Controller Laboratory

18CHAB0 Constitution of India

Fifth Semester

18MT510 Control System

18MT520 Industrial Automation

18MT530 Design of Machine Elements

18MT560 Accounting and Finance

18MT570 Industrial Automation Laboratory

18MT580 Dynamics and Control Laboratory

18ES590 System Thinking

18CHAC0 Essence of Indian Knowledge

Sixth Semester

18MT610 Industrial Robotics

18MT620 CNC Technology

18MT660 Virtual Instrumentation

18MT670 CAD / CAM Laboratory

18MT680 Robotics Laboratory

18ES690 Engineering Design Project

Seventh Semester

18MT710 Mechatronics System Design

18MT760 System Integration Laboratory

Programme Specific Electives (PE) and Expanded Scope (PEES)

18MTPA0 Machine Vision System

18MTPB0 Micro Electro Mechanical Systems

18MTPC0 Additive Manufacturing

18MTPD0 Embedded System

18MTPH0 Industrial Control of Motion Drives

18MTPJ0 Robotic Process Automation

18MTPK0 Object Oriented Programming

18MTPN0 Digital Manufacturing Technology

18MTPE0 Machine Learning and its Applications

18MTPF0 Internet of Things

18MTPG0 Industrial Communication Networks

18MTPL0 Electronic System Packaging

18MTPM0 Mobile Application Development

18MTPQ0 Deep Learning and its Applications

18MTPR0 Control of Mobile Robots

General and Elective Courses

18MTGA0 Mechatronics

18MTGB0 Sensors

18MTGC0 Value Engineering

18MTEA0 Integrated Product development

18MTEB0 Battery Management System

18MT1A0 Building Automation and Controls

18MT2A0 Design for Environmental Compatibility

| Curriculum and Detailed Syllabi
For
B.E. Mechatronics 2018 Regulations | | --- | | | |
Thiagarajar College of Engineering
(A Govt. Aided, Autonomous Institution, Affiliated to Anna University)
Madurai – 625 015, Tamil Nadu | | Table of Contents | | | | --- | --- | --- | | Topic | | Page
Number | | Vision and Mission | | i | | PEO, PO, PSO | | iii | | Scheduling of Courses | | v | | Categorization of Courses | | vi | | Course of Study and Scheme of Evaluation | | x | | | | | | First Semester | | | | 18MA110 | Engineering Calculus | 1 | | 18PHA20 | Physics | 7 | | 18CHA30 | Chemistry | 12 | | 18EG140 | English | 17 | | 18ES150 | Engineering Exploration | 21 | | 18ME160 | Engineering Graphics | 26 | | 18EG170 | English Laboratory | 32 | | 18PH180 | Physics Laboratory | 34 | | 18CH190 | Chemistry Laboratory | 36 | | Second Semester | | | | 18MA210 | Matrices and Ordinary Differential Equations | 37 | | 18MT220 | Electrical Machines | 42 | | 18MT230 | Analog Electronics | 47 | | 18MT240 | Free Body Mechanics | 52 | | 18MT260 | Manufacturing Processes | 58 | | 18MT270 | Electrical Machines Laboratory | 64 | | 18MT271 | Electrical Machines Laboratory | 67 | | 18MT280 | Workshop | 70 | | 18CHAA0 | Environmental Science | 75 | | 18ES290 | Lateral Thinking | 80 | | Third Semester | | | | 18MT310 | Partial differential equations | 83 | | 18MT320 | Kinematics and Dynamics of Machinery | 88 | | 18MT330 | Digital Electronics | 95 | | 18MT340 | Thermal Fluid Engineering | 100 | | 18MT350 | Programming for Problem solving | 107 | | Table of Contents | | | | --- | --- | --- | | Topic | | Page
Number | | 18MT360 | Programming and Coding Laboratory | 111 | | 18MT370 | Thermal Fluid Engineering Laboratory | 113 | | 18MT380 | Digital Electronics Laboratory | 116 | | 18ES390 | Design Thinking | 119 | | Fourth Semester | | | | 18MT410 | Probability and Statistics | 123 | | 18MT420 | Power Electronics and Drives | 128 | | 18MT430 | Microcontroller | 133 | | 18MT440 | Sensors and Measurements | 137 | | 18EG460 | Professional Communication | 142 | | 18MT490 | Project Management | 145 | | 18MT470 | Sensors and Measurements Laboratory | 151 | | 18MT480 | Micro Controller Laboratory | 153 | | 18CHAB0 | Constitution of India | 156 | | Fifth Semester | | | | 18MT510 | Control System | 159 | | 18MT520 | Industrial Automation | 164 | | 18MT530 | Design of Machine Elements | 170 | | 18MT560 | Accounting and Finance | 176 | | 18MT570 | Industrial Automation Laboratory | 182 | | 18MT580 | Dynamics and Control Laboratory | 186 | | 18ES590 | System Thinking | 189 | | 18CHAC0 | Essence of Indian Knowledge | 193 | | Sixth Semester | | | | 18MT610 | Industrial Robotics | 196 | | 18MT620 | CNC Technology | 203 | | 18MT660 | Virtual Instrumentation | 210 | | 18MT670 | CAD / CAM Laboratory | 215 | | 18MT680 | Robotics Laboratory | 217 | | 18ES690 | Engineering Design Project | 220 | | Seventh Semester | | | | 18MT710 | Mechatronics System Design | 224 | | 18MT760 | System Integration Laboratory | 232 | | Table of Contents | | | | --- | --- | --- | | Topic | | Page
Number | | Program Specific Electives (PE) | | | | 18MTPA0 | Machine Vision System | 236 | | 18MTPB0 | Micro Electro Mechanical Systems | 241 | | 18MTPC0 | Additive Manufacturing | 246 | | 18MTPD0 | Embedded System | 251 | | 18MTPH0 | Industrial Control of Motion Drives | 256 | | 18MTPJ0 | Robotic Process Automation | 261 | | 18MTPK0 | Object Oriented Programming | 266 | | 18MTPN0 | Digital Manufacturing Technology | 271 | | Program Specific Electives for Expanded Scope (PEES) | | | | 18MTPE0 | Machine Learning and its Applications | 277 | | 18MTPF0 | Internet of Things | 281 | | 18MTPG0 | Industrial Communication Networks | 285 | | 18MTPL0 | Electronic System Packaging | 290 | | 18MTPM0 | Mobile Application Development | 296 | | 18MTPQ0 | Deep Learning and its Applications | 300 | | 18MTPR0 | Control of Mobile Robots | 304 | | General Electiv

FAQs

What vision and mission statements are included in the B.E. Mechatronics curriculum document?

The document provides the institute-level vision and mission, as well as department-level vision and mission for Mechatronics Engineering. It also specifies programme educational objectives (PEOs).

How are courses organized within the curriculum?

Courses are scheduled and categorized, then listed semester-wise, including both theory subjects and related laboratory courses. It also includes program-specific electives, expanded scope electives, and general electives.

What does the document describe about evaluation?

It includes the “Course of Study and Scheme of Evaluation,” outlining how the programme’s courses and learning outcomes are structured for assessment.

Sep 12, 2026

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