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Electronics (Robotics)
About the Department

A 3 1/2 years sandwich diploma course in Electronics (Robotics) affiliated to Directorate of Technical Education (DOTE), Chennai, Tamil Nadu & approved by All India Council for Technical Education (AICTE), New Delhi, was started in the year 2003 as a self-financing program in Engineering and Technology. This program develops technicians in the specialized area of flexible manufacturing system and automation to meet industrial demand. With added experience there is a lot of potential for these diploma holders to become entrepreneurs or get overseas employment.

Highly qualified and experienced faculty members are the asset of this department. The students, guided by the faculty members, have completed many projects and have won several Competitions. The program is supplemented by several laboratories, which cover all areas of practical interest. Other than traditional laboratories like Electrical Circuits & Machines, Electronic Devices & Circuits, the students are exposed to specialized ones like Process Control & Instrumentation, Robotics, Hydraulic and Pneumatic, PLC, SCADA, Sensors, Computed Aided Drawing, Design & Manufacturing and Machine Shop Technology. The Robotics lab is equipped with the NACHI six axis robot to familiarize the students for pick and place operation.

Courses offered by the Department are

  • Electronics (Robotics)(Sandwich)

Vision

To constantly strive and succeed to make this department a world class school in Robotics Engineering by imparting high quality education and training.

Mission

  • To impart high quality education which inspire the students to realize their aspiration and potential.
  • To enhance knowledge, passion for updating the knowledge and nurture talents for serving the global society in an ethical way.
  • To encourage faculty members to update their knowledge by undergoing continuous training and research activities.
  • To exhibit excellence in projects.
PEO 1 To prepare diploma holder to synergistically integrate mechanical, electronics and Intelligent computer control in the design and manufacturing of industrial products and automation of industrial processes.
PEO 2 To impart training to the students to solve the real time problems related to the field of industrial robotics and allied areas demanded by the industry and society.
PEO 3 To provide an academic environment for the students to develop team spirit, leadership qualities, communication skills and the soft skills to exhibit professional responsibility with ethical code of conduct for sustainable development.
PEO 4 To make students to undergo continuous learning pursue higher education, and research of advances in robotics that supports career growth.
PSO1 Able to work with an industrial six axis robot in ON Line and OFF Line using AristoSim Software.
PSO2 Aware of Electrical and Electronics concepts, Computer Programming, Process control, industrial Automation and can develop ladder diagram in PLC for different industrial applications. Able to work with different types of sensors used in Robotic field..
PSO3 Familiar with Computer aided Drawing, Design and Manufacturing.
PSO4 Capable of working in industries systematically by undergoing industrial training for a period of one year as apprentice trainee during the course period.

Curriculum & Syllabus

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Board of Studies

Department of Electronics (Robotics) organized Board of Studies– 'M' Scheme Syllabus meeting with Institutional and Industrial resource persons as members.

Board of Studies First Meeting : 11.08.2016
Board of Studies Second Meeting : 03.02.2017

First Meeting : 11.08.2016

Second Meeting : 03.02.2017

Department of Electronics (Robotics) organized Board of Studies - 'M' Scheme Syllabus Review meeting on 18.09.2018 with Institutional and Industrial resource persons.

Board of Studies
Board of Studies

'M' Scheme Syllabus Review Meeting Board of Studies

Meeting - 3 Date: 18.09.2018 Time: 10.30 am
Members
SL.No Name and Designation Remarks
1. Dr.R.Kalaivani,
Head of Department,
Electronics(Robotics).
Chair Person
2. Mr.S.Satheesh Kumar,
Managing Director,
S.P Engineers Autotech India Pvt Ltd, Kakkalur
Industrial Member
3. Dr.Sivasankaran,
Asst. Professor/Department of Electrical, Electronics & Communication Engg.,
NITTTR, Taramani, Chennai.
Institutional Member
4. Mr.T.Karthikeyan,
Lecturer,
Electronics(Robotics)
Internal Member
5. Ms.M.Devi,
Lecturer,
Electronics(Robotics)
Internal Member
6. Mr.P.Kalaiselvan,
Lecturer,
Electronics(Robotics)
Internal Member
Meeting - 2 Date: 03.02.2017 Time: 10.30 am
Members
SL.No Name and Designation Remarks
1. Mr. M. Suresh,
DIC / Electronics (Robotics).
Chair Person
2. Mr.S.R.Venkateswaran,
Managing Director,
JOVE Multisystems.
Industrial Member
3. Mr.S.Satheesh Kumar,
Managing Director,
S.P.Engineering.
Industrial Member
4. Dr.P.Gnanasivam,
HOD/ECE,
Agni College of Technology.
Institutional Member
5. Mrs.K.Mangalam Jayashree,
Lect.(SG)/Mechatronics,
Government Polytechnic College,
Purasawalkam.
Institutional Member
6. Mr.A.Sathish,
Lecturer / Electronics(Robotics)
Internal Member
7. Ms.G.Gayathri,
Lecturer / Electronics(Robotics)
Internal Member
8. Mr.T.Karthikeyan,
Lecturer / Electronics(Robotics)
Internal Member

'M' Scheme Syllabus Review Meeting Board of Studies

Meeting - 1 Date: 11.08.2016 Time: 10.30 am
Members
SL.No Name and Designation Remarks
1. Mr.M.Suresh,
DIC / Electronics (Robotics).
Chair Person
2. Mr.S.R.Venkateswaran,
Managing Director,
JOVE Multisystems.
Industrial Member
3. Mr.S.Satheesh Kumar,
Managing Director,
S.P.Engineering.
Industrial Member
4. Dr.P.Gnanasivam,
HOD/ECE,
Agni College of Technology.
Institutional Member
5. Mrs.K.Mangalam Jayashree,
Lect.(SG)/Mechatronics,
Government Polytechnic College,
Purasawalkam.
Institutional Member
6. Mr.A.Sathish,
Lecturer / Electronics(Robotics)
Internal Member
7. Ms.G.Gayathri,
Lecturer / Electronics(Robotics)
Internal Member
8. Mr.T.Karthikeyan,
Lecturer / Electronics(Robotics)
Internal Member

Faculty Development Programme - ER

Ms.S.Rubitha, Lecturer and Mrs.M.Kalaivani Lab. Asst. attended the “Use of Micro Controller in our Product Development” Programme on 07.06.2017.

FDP ER

Ms.S.Rubitha, Lecturer and Mrs. M. Kalaivani Lab. Asst. attended the "Process automation" Programme on 07.06.2017.

FDP ER

Infrastructure

Laboratory Facilities

Electronic Devices and Circuits Practical

The knowledge of Electronics circuits plays a vitol role in the development of the projects based on the concept of electronics with proper understanding of the concept of basic electronic devices, current & voltage characteristics of semiconductor devices, DC and AC circuits.

Electrical Circuits and Machines Practical

The fundamental knowledge about Electrical circuits, DC and AC machines and transformer is essential for all diploma holders. After completion of the experiments in this laboratory the students will be able to work with Electrical appliances.

Analog and Digital Electronics Practical

The knowledge of analog and digital circuits is necessary to design a circuit and to rectify problems in electronics circuits. The Students completing this course will understand basic analog and digital electronics, including semiconductor properties, operational amplifiers, combinational and sequential logic and analog-to-digital digital-to-analog conversion techniques. Finally, students will gain experience in with the design of analog amplifiers, power supplies and logic devices.

Process control and instrumentation Practical

To provide basic knowledge about the various sensors and data acquisition systems and control system such as mathematical modeling, time response and frequency response. Then only Students will able to explain principle of operation for various sensors and to calculate time domain and frequency domain parameter for given system.

Process Control And Instrumentation Lab
Process Control And Instrumentation Lab

Sensor Practical

Sound Knowledge about Various types of sensors are most important for an Electronics. To provide basic knowledge about sensing range of various sensors. Students can able to measure various physical parameter of measuring instruments by using smart sensor.

Hydraulics and pneumatics Practical

Hydraulics and pneumatics systems play a vital role in the Automation world. Adequate Knowledge in hydraulic and pneumatic components, principle of working, usage of components & maintenance of components is necessary in the field of automation.

Sensor Lab
Sensor Lab

Microcontroller and its interfacing practical

To develop background knowledge and core expertise of microcontroller. To know the importance of different peripheral devices and their interfacing to microcontrollers. Interface various peripheral devices to the microcontrollers. Write assembly language program for microcontrollers. Design microcontroller based system for various applications.

Computer aided machine Practical

To provide knowledge about automation as per the latest requirements in the industries, this enables to learn the assistance of computer in the field of design and manufacturing areas. The application of material handling equipment is learnt based on the automation in the industries.

Programming in C Practical

We will teach basic knowledge about C-programming to analyze the given problem.To solve the logical problem. Develop programs using input and output operations, functions with decision making Statements.

Computer aided design and manufacturing Practical

As per the latest requirements in the industries, this enables to learn the assistance of computer in the field of design and manufacturing areas. The application of material handling equipment is learnt based on the automation in the industries.

Robotics Practical

In Recent days robots are used in automation industries. We will teach basic idea about robots as an added advantage in the field of Automation. The Robotics lab is equipped with a NACHII six axis robot to familiarize the students for industrial applications like pick and place operation.

Sensor Lab
Sensor Lab

Guest Lectures and Seminars

The Department has always striven to acquire an equitable balance between academics and curricular engagements among its students...

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Industrial Visits

Our students are provided with adequate exposure to the industrial practices through visit to reputed industries.

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Placement Details

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Faculty