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Mechatronics Curriculum and Detailed Syllabi - 2018 Regulations","","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. 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Mechatronics 2018 Regulations |\n| --- |\n| |\n| \u003Cbr>Thiagarajar College of Engineering\u003Cbr>(A Govt. Aided, Autonomous Institution, Affiliated to Anna University)\u003Cbr>Madurai – 625 015, Tamil Nadu |\n\n\n| Table of Contents |  |  |\n| --- | --- | --- |\n| Topic |  | Page\u003Cbr>Number |\n| Vision and Mission |  | i |\n| PEO, PO, PSO |  | iii |\n| Scheduling of Courses |  | v |\n| Categorization of Courses |  | vi |\n| Course of Study and Scheme of Evaluation |  | x |\n|  |  |  |\n| First Semester |  |  |\n| 18MA110 | Engineering Calculus | 1 |\n| 18PHA20 | Physics | 7 |\n| 18CHA30 | Chemistry | 12 |\n| 18EG140 | English | 17 |\n| 18ES150 | Engineering Exploration | 21 |\n| 18ME160 | Engineering Graphics | 26 |\n| 18EG170 | English Laboratory | 32 |\n| 18PH180 | Physics Laboratory | 34 |\n| 18CH190 | Chemistry Laboratory | 36 |\n| Second Semester |  |  |\n| 18MA210 | Matrices and Ordinary Differential Equations | 37 |\n| 18MT220 | Electrical Machines | 42 |\n| 18MT230 | Analog Electronics | 47 |\n| 18MT240 | Free Body Mechanics | 52 |\n| 18MT260 | Manufacturing Processes | 58 |\n| 18MT270 | Electrical Machines Laboratory | 64 |\n| 18MT271 | Electrical Machines Laboratory | 67 |\n| 18MT280 | Workshop | 70 |\n| 18CHAA0 | Environmental Science | 75 |\n| 18ES290 | Lateral Thinking | 80 |\n| Third Semester |  |  |\n| 18MT310 | Partial differential equations | 83 |\n| 18MT320 | Kinematics and Dynamics of Machinery | 88 |\n| 18MT330 | Digital Electronics | 95 |\n| 18MT340 | Thermal Fluid Engineering | 100 |\n| 18MT350 | Programming for Problem solving | 107 |\n\n\n| Table of Contents |  |  |\n| --- | --- | --- |\n| Topic |  | Page\u003Cbr>Number |\n| 18MT360 | Programming and Coding Laboratory | 111 |\n| 18MT370 | Thermal Fluid Engineering Laboratory | 113 |\n| 18MT380 | Digital Electronics Laboratory | 116 |\n| 18ES390 | Design Thinking | 119 |\n| Fourth Semester |  |  |\n| 18MT410 | Probability and Statistics | 123 |\n| 18MT420 | Power Electronics and Drives | 128 |\n| 18MT430 | Microcontroller | 133 |\n| 18MT440 | Sensors and Measurements | 137 |\n| 18EG460 | Professional Communication | 142 |\n| 18MT490 | Project Management | 145 |\n| 18MT470 | Sensors and Measurements Laboratory | 151 |\n| 18MT480 | Micro Controller Laboratory | 153 |\n| 18CHAB0 | Constitution of India | 156 |\n| Fifth Semester |  |  |\n| 18MT510 | Control System | 159 |\n| 18MT520 | Industrial Automation | 164 |\n| 18MT530 | Design of Machine Elements | 170 |\n| 18MT560 | Accounting and Finance | 176 |\n| 18MT570 | Industrial Automation Laboratory | 182 |\n| 18MT580 | Dynamics and Control Laboratory | 186 |\n| 18ES590 | System Thinking | 189 |\n| 18CHAC0 | Essence of Indian Knowledge | 193 |\n| Sixth Semester |  |  |\n| 18MT610 | Industrial Robotics | 196 |\n| 18MT620 | CNC Technology | 203 |\n| 18MT660 | Virtual Instrumentation | 210 |\n| 18MT670 | CAD / CAM Laboratory | 215 |\n| 18MT680 | Robotics Laboratory | 217 |\n| 18ES690 | Engineering Design Project | 220 |\n| Seventh Semester |  |  |\n| 18MT710 | Mechatronics System Design | 224 |\n| 18MT760 | System Integration Laboratory | 232 |\n\n\n| Table of Contents |  |  |\n| --- | --- | --- |\n| Topic |  | Page\u003Cbr>Number |\n| Program Specific Electives (PE) |  |  |\n| 18MTPA0 | Machine Vision System | 236 |\n| 18MTPB0 | Micro Electro Mechanical Systems | 241 |\n| 18MTPC0 | Additive Manufacturing | 246 |\n| 18MTPD0 | Embedded System | 251 |\n| 18MTPH0 | Industrial Control of Motion Drives | 256 |\n| 18MTPJ0 | Robotic Process Automation | 261 |\n| 18MTPK0 | Object Oriented Programming | 266 |\n| 18MTPN0 | Digital Manufacturing Technology | 271 |\n| Program Specific Electives for Expanded Scope (PEES) |  |  |\n| 18MTPE0 | Machine Learning and its Applications | 277 |\n| 18MTPF0 | Internet of Things | 281 |\n| 18MTPG0 | Industrial Communication Networks | 285 |\n| 18MTPL0 | Electronic System Packaging | 290 |\n| 18MTPM0 | Mobile Application Development | 296 |\n| 18MTPQ0 | Deep Learning and its Applications | 300 |\n| 18MTPR0 | Control of Mobile Robots | 304 |\n| General Electiv","cbCaijIJ6SPkzylh","https://ap.wps.com/l/cbCaijIJ6SPkzylh","pdf",15683692,496,"English","# Vision and Mission\n## PEO, PO, PSO\n## Scheduling of Courses\n## Categorization of Courses\n## Course of Study and Scheme of Evaluation\n# First Semester\n## 18MA110 Engineering Calculus\n## 18PHA20 Physics\n## 18CHA30 Chemistry\n## 18EG140 English\n## 18ES150 Engineering Exploration\n## 18ME160 Engineering Graphics\n## 18EG170 English Laboratory\n## 18PH180 Physics Laboratory\n## 18CH190 Chemistry Laboratory\n# Second Semester\n## 18MA210 Matrices and Ordinary Differential Equations\n## 18MT220 Electrical Machines\n## 18MT230 Analog Electronics\n## 18MT240 Free Body Mechanics\n## 18MT260 Manufacturing Processes\n## 18MT270 Electrical Machines Laboratory\n## 18MT271 Electrical Machines Laboratory\n## 18MT280 Workshop\n## 18CHAA0 Environmental Science\n## 18ES290 Lateral Thinking\n# Third Semester\n## 18MT310 Partial differential equations\n## 18MT320 Kinematics and Dynamics of Machinery\n## 18MT330 Digital Electronics\n## 18MT340 Thermal Fluid Engineering\n## 18MT350 Programming for Problem solving\n## 18MT360 Programming and Coding Laboratory\n## 18MT370 Thermal Fluid Engineering Laboratory\n## 18MT380 Digital Electronics Laboratory\n## 18ES390 Design Thinking\n# Fourth Semester\n## 18MT410 Probability and Statistics\n## 18MT420 Power Electronics and Drives\n## 18MT430 Microcontroller\n## 18MT440 Sensors and Measurements\n## 18EG460 Professional Communication\n## 18MT490 Project Management\n## 18MT470 Sensors and Measurements Laboratory\n## 18MT480 Micro Controller Laboratory\n## 18CHAB0 Constitution of India\n# Fifth Semester\n## 18MT510 Control System\n## 18MT520 Industrial Automation\n## 18MT530 Design of Machine Elements\n## 18MT560 Accounting and Finance\n## 18MT570 Industrial Automation Laboratory\n## 18MT580 Dynamics and Control Laboratory\n## 18ES590 System Thinking\n## 18CHAC0 Essence of Indian Knowledge\n# Sixth Semester\n## 18MT610 Industrial Robotics\n## 18MT620 CNC Technology\n## 18MT660 Virtual Instrumentation\n## 18MT670 CAD / CAM Laboratory\n## 18MT680 Robotics Laboratory\n## 18ES690 Engineering Design Project\n# Seventh Semester\n## 18MT710 Mechatronics System Design\n## 18MT760 System Integration Laboratory\n# Programme Specific Electives (PE) and Expanded Scope (PEES)\n## 18MTPA0 Machine Vision System\n## 18MTPB0 Micro Electro Mechanical Systems\n## 18MTPC0 Additive Manufacturing\n## 18MTPD0 Embedded System\n## 18MTPH0 Industrial Control of Motion Drives\n## 18MTPJ0 Robotic Process Automation\n## 18MTPK0 Object Oriented Programming\n## 18MTPN0 Digital Manufacturing Technology\n## 18MTPE0 Machine Learning and its Applications\n## 18MTPF0 Internet of Things\n## 18MTPG0 Industrial Communication Networks\n## 18MTPL0 Electronic System Packaging\n## 18MTPM0 Mobile Application Development\n## 18MTPQ0 Deep Learning and its Applications\n## 18MTPR0 Control of Mobile Robots\n# General and Elective Courses\n## 18MTGA0 Mechatronics\n## 18MTGB0 Sensors\n## 18MTGC0 Value Engineering\n## 18MTEA0 Integrated Product development\n## 18MTEB0 Battery Management System\n## 18MT1A0 Building Automation and Controls\n## 18MT2A0 Design for Environmental Compatibility","[{\"question\":\"What vision and mission statements are included in the B.E. Mechatronics curriculum document?\",\"answer\":\"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).\"},{\"question\":\"How are courses organized within the curriculum?\",\"answer\":\"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.\"},{\"question\":\"What does the document describe about evaluation?\",\"answer\":\"It includes the “Course of Study and Scheme of Evaluation,” outlining how the programme’s courses and learning outcomes are structured for assessment.\"}]","B.E. Mechatronics Curriculum and Detailed Syllabi - 2018 Regulations | PDF",1789171331,174]