Program
B.Tech Mechatronics
APPLY NOWThe Mechatronics course and lab offered by the Mechanical Engineering Department at our University is a multi-disciplinary course that combines the fields of mechanical engineering, electronics, computer science, and control systems to provide students with a comprehensive understanding of advanced automation technologies. It is a course for modern-day engineers. In the Mechatronics course, students delve into the theoretical foundations of robotics, sensing and actuation, embedded systems, and control theory. Through a blend of lectures, hands-on experiments, and project-based learning, students gain practical skills in designing, modeling, and analyzing complex mechatronic systems. They also learn about the integration of mechanical components with electronic and software systems, enabling them to create intelligent and autonomous machines. By undertaking the Mechatronics course and lab, mechanical engineering students acquire a unique skill set that positions them at the forefront of innovation in today's industrial landscape. From designing advanced manufacturing processes to developing cutting-edge autonomous systems, graduates of this program are well-prepared to tackle the challenges of a rapidly evolving technological world.
![b.tech](https://presidencyuniversity.in/uploads/course/6512d5b58b2281695733173.webp)
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Duration
4 Years Full time Program
Eligibility
Eligibility Norms For Admission To B.Tech Programs (Regular)
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Subjects
Compulsory: Physics & Mathematics
Additional Subjects: Chemistry/Biotechnology/Biology Electronics/Computer
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Examination Passed
10+2/PUC
Candidates should have appeared in any national/state level/Presidency University entrance examination viz. CET, Comed – K, JEE and such others.
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University/Board
State/Central Govt. Boards
International Board like University of Cambridge “A” Level Certificate or certificate from International Baccalaureate (IB), Geneva etc.,
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Aggregate Marks
45% in Physics & Mathematics as compulsory subjects
60% aggregate in the total marks scored in qualifying exam
Eligibility Norms For Admission To B.Tech Programs (Lateral Entry)
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Examination Passed
Diploma/Equivalent/any state level entrance examination
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Aggregate Marks
60%
Career
![img](https://presidencyuniversity.in/assets/images/mc-career.webp)
- Instrumentation and control engineer
- Design engineer
- Systems engineer
Curriculum
Sl. No. | Category of Courses | Descriptions of the Category |
---|---|---|
1 | SCHOOL CORE | All students of particular school have to compulsorily complete all the courses in this category |
2 | PROGRAM CORE | All students of particular programme have to compulsorily complete all the courses in this category |
3 | DISCIPLINE ELECTIVE | The students of the particular programme have a choice to pick up a set of courses from specialization baskets |
4 | OPEN ELECTIVE | The students have choice to pick up the courses from across the University offering (across all schools) courses |
Details For Courses
Sl.No. | Course Name |
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1 | Calculus and Linear Algebra |
2 | Transform Techniques, Partial Differential Equations and Their Applications |
3 | Applied Statistics |
4 | Numerical Methods for Engineers |
5 | Problem Solving using JAVA |
6 | Data Structures and Algorithms |
7 | Basic Engineering Sciences |
8 | Engineering Graphics |
9 | Environmental Science |
10 | Innovation Project - Arduino using C |
11 | Innovation Project - Rasberry Pi using Python |
12 | Capstone Project |
13 | Internship |
14 | Elements of Electronics Engineering / Fundamentals of Electrical and Electronics Engineering |
15 | Material Physics / Optoelectronics and Device Physics |
16 | English and Foreign Languages (Foundations of English / Technical English / Advanced English / Basic Spanish / Basic French / Basic German / Proficiency in French) |
17 | Soft Skills Courses (Introduction to Soft Skills / Soft Skills for Engineers / Reasoning and Employment Skills / Being Corporate Ready / Problem Solving through Aptitude / Programming skills for Employment) |
18 | Life Skills |
19 | Environmental Science |
20 | Co/ Extra-Curricular Basket (Student has to serve in atleast one club) |
Sl.No. | Course Name |
---|---|
1 | Elements of Mechanical Engineering |
2 | Computer Aided Engineering Drawing |
3 | Fluid Mechanics |
4 | Heat and Mass Transfer |
5 | Mechanics of Solids |
6 | Design of Machine Elements I |
7 | Production Techniques I |
8 | Metrology and Mechanical Measurements |
9 | Material Science and Metallurgy |
10 | Computer Aided Machine Drawing |
11 | Mechatronics |
12 | Energy Conversion Lab |
13 | Finite Element Analysis |
14 | Production Techniques II |
15 | Applied Thermodynamics |
16 | Production and Operations Management |
17 | Design of Machine Elements II |
18 | Kinematics of Machines |
19 | Basic Thermodynamics |
20 | Mechanisms, Machines and Design Lab |
21 | Dynamics of Machines |
22 | Applied Chemistry |
23 | IC Engines and Fuels |
General Basket
Sl.No. | Course Name |
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1 | Value Engineering |
2 | Design and Analysis of Experiments |
3 | Nanotechnology |
4 | Fuel cell technology |
5 | Material and Characterisation Techniques |
6 | Soft Computing Techniques |
7 | Smart Materials |
8 | Reliability Engineering |
9 | Product Life Cycle Management |
10 | Statistics and Quality Control |
Additive Manufacturing Basket
Sl.No. | Course Name |
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1 | CAD for Additive Manufacturing |
2 | Additive Manufacturing in Medical Applications |
3 | Additive Manufacturing and Its Applications |
4 | Additive Manufacturing Machines and Systems |
5 | Intelligent Machining & Manufacturing |
6 | Rapid Prototyping Laboratory |
7 | Rapid Tooling and Industrial Applications |
8 | Reverse Engineering and Computer Aided Inspection |
9 | Introduction To Additive Manufacturing & Its Application |
Thermal and Fluids Engineering Basket
Sl.No. | Course Name |
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1 | Power Plant Engineering |
2 | Turbomachinery |
3 | Compressible Fluid Flow |
4 | Automotive Engineering |
5 | Advanced Heat Transfer |
6 | IC Engines |
7 | Computational Fluid Dynamics and Lab |
8 | Alternate fuels |
9 | Elements of Solar Energy Conversion |
10 | Product Design in RAC |
11 | Advances Fluid Mechanics |
12 | Refrigeration and Air conditioning (HVAC) |
Manufacturing Technology Basket
Sl.No. | Course Name |
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1 | Computer Integrated Manufacturing |
2 | Production Planning and Control |
3 | Flexible Manufacturing Systems |
4 | Industrial Engineering Techniques |
5 | Smart Manufacturing |
6 | Non-Destructive Testing |
7 | Modern Manufacturing Processes |
8 | CAD/CAM Laboratory |
9 | Powder Metallurgy |
10 | Lasers in Manufacturing Technology |
11 | Modeling and Simulation of Manufacturing Systems |
12 | Polymer Engineering |
13 | Micro and Nano Manufacturing |
14 | Metal Forming Simulation |
15 | Fundamentals of Plastic Injection Moulding |
16 | Quality, Testing and Inspection |
Mechanical Engineering Design Basket
Sl.No. | Course Name |
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1 | Tribology and Bearing Design |
2 | Mechanics of Composite Materials |
3 | Experimental Stress Analysis |
4 | Fracture Mechanics |
5 | Machine Tool Design |
6 | Theory of Elasticity |
7 | Theory of Plasticity |
8 | Product Design for Manufacturing and Assembly |
9 | Product Design and Development |
10 | Integrated Product Design and Development |
11 | Vehicle dynamics |
12 | Engineering Dynamics |
13 | Automotive Body Design |
14 | Plumbing Design |
15 | Flight Mechanics |
16 | Design of Experiments |
17 | Mechanical Vibrations & Design |
Mechatronics Basket
Sl.No. | Course Name |
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1 | Robotics |
2 | Robotics and Automation Lab |
3 | Hydraulics and Pneumatics |
4 | Control Engineering |
5 | Manufacturing Control and Automation |
6 | Introduction to Robotics and Automation |
7 | Python for Automation |
8 | Engineering Instruments and Measurements |