Mechatronics Engineering – SAL College of Engineering

About Department
Academic Curriculum
Laboratories
Faculties
Students Achievements
News and Events

1 About Department

There is immense scope for this course of mechatronics engineering in the present scenario. This is a stream of engineering which has high scope in various industrial applications. The main advantage after the completion of this course is that one can not only work in the field of mechatronics, but has equal opportunities in the other areas such as electrical, systems, computer engineering etc. This is a field which can be applied in many of the areas like, Transportation and Vehicle Systems, Telecommunication and Data Communication Networks, Power Devices, Medical Mechatronics systems,Heavy Engineering and Manufacturing Systems, Energy Devices, Consumer Products, Computer Aided Design, Computer Aided and Integrated Manufacturing Devices and Systems, Biomedical Systems etc.

2 Academic Curriculum

SEM-I

Mechatronics Engineering branch is included in Group – I
1. 3110006 - Basic Mechanical Engineering
2. 3110014 - Mathematics-I
3. 3110002 - English
4. 3110012 - Workshop
5. 3110003 - Programming for Problem Solving
6. 3110004 - Basic Civil Engineering

See the Syllabus here

SEM-II

Mechatronics Engineering branch is included in Group – I
1. 3110013 - Engineering Graphics & Design
2. 3110005 - Basic of Electrical Engineering
3. 3110007 - Environment Studies
4. 3110015 - Mathematics-II
5. 3110003 - Physics - I

See the Syllabus here

SEM - III

1. 2130002 - Advanced Engineering Mathematics
2. 2130003 - Mechanics of Solids
3. 2130005 - Design Engineering - I
4. 2132001 - Industrial Drafting
5. 2132002 - Simulation and Design Tools
6. 2132003 - Design Concepts in Basic Electronics
7. 2132004 - Principles of Materials Science and Physical Metallurgy

See the Syllabus here

SEM-IV

1. 2140002 - Design Engineering - I B
2. 2140003 - Engineering Economics and Management
3. 2141905 - Complex Variables and Numerical Methods
4. 2142001 - Kinematics and Dynamics of Machines
5. 2142003 - Control Theory
6. 2142004 - Engineering Thermodynamics
7. 2142005 - Programming Methodology using CPP

See the Syllabus here

SEM-V

1. 2150001 - Design Engineering - II A
2. 2150002 - Cyber Security (Inst. Elec.)
3. 2150003 - Disaster Management (Inst. Elec.)
4. 2152001 - Electro Mechanical Energy Conversion
5. 2152003 - Fluid Mechanics and Machines
6. 2152006 - Basics of Micro Computer Systems
7. 2152007 - Manufacturing Technology - I

See the Syllabus here

SEM-VI

1. 2160001 - Design Engineering - II B
2. 2161907 - Industrial Engineering (Dept Elec-I)
3. 2162001 - Design of Mechanisms - I
4. 2162003 - Control of Electric Drives
5. 2162004 - Hydraulic and Pneumatic Systems
6. 2162005 - Electro Mechanical Measurements and Instruments
7. 2162006 - Computer Aided Design for Mechatronics (Dept Elec-I)
8. 2162007 - Metrology and Product Engineering (Dept Elec-I)

See the Syllabus here

SEM-VII

1. 2170001 - Project
2. 2172001 - Microcontrollers and Embedded Systems
3. 2172002 - Automated Manufacturing - I
4. 2172003 - Manufacturing Technology - II
5. 2172004 - Production Optimization Techniques
6. 2172007 - Modern Control Systems (Dept Elec-II)
7. 2172008 - Finite Element Analysis of Mechatronic Systems (Dept Elec-II)
8. 2172009 - Soft Computing Applications (Dept Elec-II)

See the Syllabus here

SEM-VIII

1. 2181915 - Automobile Engineering (Dept Elec - II)
2. 2182001 - Programmable Logic Controllers
3. 2182002 - Automated Manufacturing - II
4. 2182003 - Quality Assurance and Reliability
5. 2182004 - Design of Mechanisms - II
6. 2182005 - Project - II
7. 2182006 - Machine Vision (Dept Elec - III)
8. 2182008 - MEMS and Nanotechnology (Dept Elec - III)

See the Syllabus here

3 Laboratories

Impart Mechatronics Engineering education by providing healthy learning environment, learning centers, promoting and nurturing self-learning with a curriculum that evolves to keep pace with the rapid growth of technology in various areas of Mechatronics engineering.

To make effective learning a pleasant experience through experiential and research oriented approach to delivery and learning by providing cutting edge facilities and equipment.

Supporting and encouraging the faculty, and staff to specialize in diverse disciplines of Mechatronics engineering through training and research for teaching and mentoring both in and out of the classroom.