Mechatronics Engineering Syllabus 2024: Subjects, Semester-wise Syllabus PDF, Top Colleges, Books

Applied Science

Applied science is a field of science concerned with applying scientific knowledge in more practical ways, such as via technology or inventions. In natural science, basic science (or pure science) is used to produce knowledge in order to comprehend natural phenomena. The information is then applied through applied science in real-world situations. Although the phrases fundamental science and applied science are sometimes interchanged, applied science is essentially engineering that produces technology (research and development).

Microbiology in medicine is a great example of applied science. Biology is used in these domains to generate medical knowledge and discoveries, but not medical technology, which is developed via biomedicine or biomedical engineering. Epidemiology is the formal science of statistics and probability theory used to study health and disease patterns, causes, and consequences in specific populations. Genetic epidemiology is a branch of biology that combines biological and statistical methods.

Engineering Drawing

The phrases "technical drawing" and "drafting" refer to the process of making engineering drawings (draughting). Many perspectives of a component are usual in designs. However, for the explanation, more scratch views of components may be included. In most circumstances, just the necessary information is supplied. To avoid redundancy and the possibility of contradiction, dimensions, for example, are usually only supplied once on a design. Enough tolerances are specified for critical dimensions to allow the component to be built and operated. More detailed production drawings may be developed based on the information supplied in an engineering design. On a drawing, an information box, also known as a title block, carries details such as who created it, who approved it, the units of measurement, the meaning of views, the image title, and the drawing number.

Analog Electronics

Analog electronics is an area of electronics that deals with signals that change over time. It's used in radio and audio equipment as well as other applications where analogue sensors provide signals that are then transformed into digital signals for storage and processing. Even though digital circuits are a significant part of today's technological world, some of a digital system's most basic components are still analogue. The main distinction between analogue and digital electronics is that the former translates data into varying-amplitude electric pulses, whilst the latter converts data into a binary format of 0 and 1, with each bit representing two different amplitudes.

Industrial Electronics

In industries such as energy, transportation, petroleum, chemical, semiconductor, mining, agriculture, and others, industrial electronics are extensively used to increase efficiency and production. The focus in modernising industry technology is currently on power conditioning with power semiconductor devices, which is a branch of electronics that deals with power electronic switches, sensors, actuators, metres, intelligent electronic devices (IEDs), automation equipment, semiconductors, nanotechnology, and so on.

Robotics

In the field of robotics, the creation, design, construction, and use of robots are all addressed. As roboticists, we are attempting to build intelligent machines capable of helping people out in several ways.

All kinds of robots may be found in various shapes and sizes. RPA (Robotic Process Automation) is a kind of application that mimics human interaction with software to do repetitive, rule-based operations.

Industrial Automation

This course gives a solid foundation in cutting-edge automation technologies and hands-on experience to really understand current automation technologies, integration, and application in contemporary industrial industries. Displays automated problem-solving skills via circuit design and the ability to combine various sensors, controllers, and actuators according to application requirements. Introduces practical methods for automating complicated equipment, critical processes, and systems and new enabling technologies for revolutionising industrial operations.

Technical English

Technical English, sometimes known as "business English" or "professional English," is a versatile language that may be used in a variety of situations. Many technical English courses are tailored to certain occupations. Each field has its own set of grammatical and linguistic rules. For example, engineers may be needed to offer specific instructions or explain a procedure. Scientists, on the other hand, may discover that they need to communicate accurate information using passive voice terms. Technical English provides answers for each business circumstance, despite the fact that each profession has its own set of linguistic obstacles. What is important is that you understand why you want to learn technical English and that your learning plan is tailored to your objectives.

Process Automation

Process automation improves the efficiency of a system by removing human error, increasing delivery speed, improving quality, cutting costs, and simplifying the business process. It integrates software tools, people, and processes to create a completely automated workflow.

Basics of Communication Engineering

This course is intended to introduce students to communication system theory and practice. Analogue, digital communication systems, and modulation methods, such as AM, FM, PM, PCM, and digital modulation, are studied.

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Mechatronics

Microprocessor and Microcontroller

The ideas and applications of microprocessors and microcontrollers will be covered. The architecture and programming of the 8051 processor, the design and programming of the 16-bit 8085 microprocessor and its interaction with a variety of peripheral ICs, are examined.

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Mechatronics

Industrial Automation

This course will offer you a sufficient understanding of cutting-edge automation technologies and hands-on experience to fully comprehend current automation technologies, their integration, and their application in contemporary production.

Problem-solving talents in automation may be shown by using circuit design and the ability to combine several sensors, controllers, and actuators to meet application goals. The author discusses practical techniques for automating complicated machine control, critical processes, and systems and new enabling technologies for transforming industrial processes.

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Mechatronics

MEMS

The fundamentals of Micro Electro Mechanical Systems (MEMS), including the various materials used in MEMS, semiconductors and solid mechanics used to fabricate MEMS devices, various sensors and actuators, and MEMS applications in disciplines other than Electrical and Mechanical engineering, will be covered.

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Mechatronics

Image Processing and Computer Vision

Image enhancement methods and applications, image compression techniques and applications, computer vision fundamentals, geometrical characteristics of pictures, object identification, and real-time image processing applications will all be covered.

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Mechatronics

Artificial Intelligence

To investigate how fundamental information representation, problem-solving, machine learning, knowledge acquisition, and learning methodologies, and their benefits and drawbacks, may be used to solve specific engineering problems.

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Mechatronics

Virtual Instrumentation

The purpose of this course is to introduce you to virtual reality.

Only a few of the applications include instrumentation and the building of simple VI programmes using loops, case structures, and other methods, such as image, signal processing, and motion control.

MEMS

Mechatronic systems design and solid materials: methods and practices

Satya Bir Singh, Prabhat Ranjan

The book covers a wide range of sophisticated applications in the subject. The definition uses mechanical engineering, electronics, and sophisticated computer control to develop and manufacture industrial things and processes. Integration of mechanical, electrical, and information systems (microelectronics, sensor and actuator technologies) is the emphasis. In this book, you will learn about mechatronic systems design and solid materials in tiny stages, with basic mathematics and examples, and with activities that are as useful as possible without becoming bogged down in unnecessary detail. Look for these traits: Case studies and research techniques for practical mechanics and mechatronics engineering are presented. Mathematical models and failure criteria are examined. Introduces a simple method for getting mechanical/mathematical conclusions with a focus on practical issues. Professional mechanical/mechatronics engineers, researchers, and advanced mechanical/mechatronic students would benefit from this book.

Industrial Electronics

Mechatronics and Industrial Machines

Prof. Thanh Nam Nguyen

The papers given during the National Conference on Mechanical Engineering and Manufacturing are collected in this edition (NCMME 2019, 18-20 October 2019, Vietnam). The collection is the second half of a two-part series that looks at contemporary developments in mechatronics, robotics, and engineering design. Extruder Machine, Chain Conveyor, Planar Cam Mechanism, General Engineering, Mechanical Engineering, Manufacturing, Mechatronics, Robotics, Diesel Engine, Adaptive Control, Autonomous Underwater Vehicle, Extruder Machine, Chain Conveyor, Extruder Machine, Chain Conveyor, Extruder Machine,

Virtual Instrumentation

Control of mechatronic systems

Patrick O.J. Kaltjob

To meet the increased demand for high-efficiency equipment and processes, digital control must be used in mechanical-electronic systems. The most effective digital control systems combine time and event-driven aspects. Distinct-time and discrete-event systems are the two main types of systems discussed in contemporary digital control literature. Model-Driven Design And Implementation Of Mechatronic Systems Guidelines rethinks the notion of automated control and presents a new practical strategy for whole-system integration. This book is ideal for mechatronic engineering and process automation courses and self-study across engineering fields. Real-world design difficulties and automation case studies let users apply theory to small machines or huge industrial systems.

Manipal Institute of Technology

College Of Engineering Pune

Vellore Institute of Technology

SRM University

Indian Institute of Engineering Science and Technology