Mechatronics Engineering

Prof. Navnath B. Shinde (H.O.D.)

About Department:

Mechatronics Engineering is a interdisciplinary branch of the engineering field that deals with the study of Mechanical Engineering, Electronics Engineering, Computer Engineering and Control Engineering. Mechatronics Engineering program incorporates a wide range of education in the basic standards and principles of Mechanical, Electronics and Computer Engineering. It mainly focuses on various aspects of technology such as Solid Modelling, Sensors, Controllers, Real-Time Computer Interfacing, Artificial intelligence (AI), Additive Manufacturing, Computer Integrated Manufacturing Systems and Robotics. Mechatronics engineering is essential for advancing automation in manufacturing and making factories smarter and more efficient. A candidate possessing a Mechatronics Engineering diploma can work in various areas such as Automobile, Robotics, Aerospace and Aviation, Gas and Oil, Transport, Defence, Manufacturing, Telecom, Metallurgy, Bio Mechatronics, Biomedical Systems. Skilled Mechatronic Engineers are in high demand in the field of implementing, designing and operating Internet Control of Machines, Real-Time Software, Instrumentation and Autonomous Robots.

The Mechatronics Engineering Department established in 2022-23, has well qualified and experienced staff. The department takes part in sponsored projects, arranging industrial visit, conducting guest lectures. The department is having laboratories which are equipped with the state-of-the-art equipments. Department is now transforming labs into Industry 4.0 ready labs.

Departmental Goals:
• Create state-of-the-art infrastructure for mechatronics, robotics, and automation.
• Provide students with high-quality placement options.
• Concentrate on the overall growth of the student.
• Enhance Industry Department interaction.
• Equip students to pursue further education on a global scale.

Prof. Navnath B. Shinde
M.E.(CAD/CAM)
H.O.D.
Mechatronics Engineering

Vision & Mission:

Vision:
Department of Mechatronics is striving for excellence in providing technical education and enhancing multidisciplinary skills by training the students in the field of Automation that benefits the society and industry.

Mission: Department offers diploma in mechatronics engineering committed to:
M1- Effective implementation of curriculum in Classroom and Laboratories.
M2- To impart Technical Knowledge and Trends in Mechatronics Engineering.
M3- To develop Mechatronics Engineers with skills solving the real-World problems in the field of Automation and Robotics.

Department Faculty:

SR. NO.	Name and Designation of Faculty	DATE OF JOINING	ASSOCIATION TYPE
1	HOD PROF. SHINDE NAVNATH BHIMAJI M.E (CAD/CAM)	17-12-1990	REGULAR
2	LECTURER PROF. JADHAV RAJENDRA BABURAO B.E. (MECHANICAL) M.E. ( DESIGN ENGG. )	18-08-2005	REGULAR
3	LECTURER PROF. GODASE RAJESH BHIMRAO B.E. (MECHANICAL) M.E. ( DESIGN ENGG.) PURSUING	19-08-2005	REGULAR
4	LECTURER PROF. CHUADARI SUYOG NIVRUTI B.E. (MECHANICAL) M.E. ( DESIGN ENGG. )	01-12-2007	REGULAR
5	LECTURER PROF. HIRE JAIRAJ NAMDEV B.E ( ELECTRONICS TELE-COMM.) M.E. COMMUNICATION ENGG.	01-01-2009	REGULAR
6	LECTURER PROF. VANAM VENKATESH SHANKAR B.E. (MECHANICAL) M.E. ( DESIGN ENGG.) PURSUING	16-02-2009	REGULAR
7	LECTURER PROF. GAIKWAD RAKESH SAYAJI B.E ( ELECTRONICS ) M.TECH. (DIGITAL COMMUNICATION)	01-07-2010	REGULAR

Department News Letters:

Department Project:

Department MOU’S:

Department Result:

Toppers for Academic Year 2023-24

Department Patent / Publications:

Department Distinguished Alumni:

Program Outcomes (POs):

PO1- Basic and Discipline specific knowledge: Apply knowledge of basic science, Technological fundamentals and technological specialization to solve the problems based on Mechatronics.
PO2- Problem analysis: Identify and analyze well-defined Mechatronics problems using codified standard methods.
PO3- Design/development of solutions: Design solutions for well-defined technical problems and assist with the design of systems components or processes to meet specified needs.
PO4- Engineering Tools, Experimentation and Testing: Apply modern technical tools and appropriate technique to conduct standard tests and measurements in Mechatronics Engineering.
PO5- Engineering practices for society, sustainability and environment: Apply appropriate technology in context of society, sustainability, environment and ethical practices.
PO6- Project Management: Use management principles individually, as a team member or a leader to manage projects and effectively communicate about well-defined Mechatronics technological activities.
PO7- Life-long learning: Ability to analyze individual needs and engage in updating in the context of Mechatronics technological changes.

Program Specific Outcomes (PSOs):

PSO1- Mechatronics Systems:
Maintain automation systems related to Mechatronics Engineering.
• PSO2- Modern Technology/Software Usage:
Use latest Mechatronics engineering related Technology/softwares for simple design, drafting, manufacturing, and documentation of components and processes.

Program Educational Objectives (PEOs):

PEO 1
Provide socially responsible, environment friendly solutions to Mechatronics Engineering problems by adapting professional ethics.
PEO 2
Adapt state-of-the-art technologies to work in multi-disciplinary work environments.
PEO 3
Solve problems individually and as a team member essential for advancing automation in manufacturing and making factories smarter and more efficient.

Department Laboratories:

1. Control Systems/ PLC-SCADA Lab.
(Lab In charge: Er. Jayraj N. Hire)
 Control system and PLC SCADA laboratory is focus on measurement of different parameter and controlling the output with controllers like ‘PLC’ and ‘PID’.
 This lab is specially designed to achieve the multidisciplinary skilled competency and innovative technology towards the students.
 In control system and PLC SCADA Laboratory, every student does Practice on all latest control and PLC based systems.
 PLC SCADA systems are used for controlling, monitoring, and analyzing industrial devices and processes. The system consists of both software and hardware components and enables remote and on-site gathering of data from the industrial equipment.
 Lab is equipped with major equipment’s like Traffic Light control system setup, Temperature control system setup, Standard test signal generator kit, Proportional, PI, PD, PID controller, AC/DC Position control system, Synchro Transmitter, Receiver & Error detector etc.

Control Systems/ PLC-SCADA Lab.

2. Comp.Aided Mechatronics Drafting / Solid Modeling & 3D Printing Lab.
(Lab In charge: Er. Rajendra B. Jadhav)
 CAMD (Computer Aided Mechatronics Drafting Lab)/Solid modelling Lab is well equipped with 23 Personal computers of latest version and having Microsoft Windows 11 Pro paper license.
 CAMD lab having 6KVA UPS with 16 batteries for emergency power off. For better understanding and learning DLP projector is fitted in lab.
 Various practical like ICT, Computer Aided Mechatronics Drafting and Solid Modeling with Additive Manufacturing are performed in Lab.
 All the computers are in LAN and having internet connection so that Students can able to do assignment and project work lab.

Comp.Aided Mechatronics Drafting / Solid Modeling & 3D Printing Lab.

3. Microcontroller Programming / Autotronics Lab
(Lab In charge: Er. Rakesh S. Gaikwad)
 This Lab is intended for developing the skills of interfacing and programming of different I/O devices with microcontroller.
 Students will be able to develop microcontroller based applications for domestic and industrial products.
 This Lab is well equipped with 8051 Microcontroller Development board ( ISP programming facility), ARM7 LPC2148 Development board, ADC interface board, DAC interface board, LM 35 (Temperature sensor), IR sensor, PIR motion sensor, ultrasonic sensor, DC Motor (12Volt,200rpm), Stepper Motor (6 volt,2kg torque) & Servo-Motor interface board.
 Microcontroller Programming and Embedded System practicals are performed with keil IDE in LAB

Microcontroller Programming / Autotronics Lab

4. Electro-Hydro-Pneumatic Control/ Industrial Measurement Lab.
(Lab In charge: Er. Rajsh B.Godse)
 This lab is designed to develop basic knowledge and skills to select and use different fluid power systems ,hydraulic and pneumatic components.
 It also deals with the measuring different variables that influence production in industries.
 Lab is equipped with major equipments like Bernoulli’s apparatus, Pascal’s law apparatus, Hydraulic trainer with PLC, Pneumatic trainer with PLC, Cut section models of Hydraulic and Pneumatic components, LVDT, Wheatstone’s Bridge Kit, McLeod Gauge Trainer, Electromagnetic flow meter, Sound meter etc.

Electro-Hydro-Pneumatic Control/ Industrial Measurement Lab.

Department Photo Gallery:

Mechatronics Department Inauguration

Industrial Visit: S.B.S.T. S.S.K. Ltd.

Industrial Visit: Multiquadrant Ind. Controls(I) Pvt Ltd. Sinner

Industrial Visit: Multiquadrant Ind. Controls(I) Pvt Ltd. Sinner

Industrial Visit: Indo German Tool Room, Ch. Sambhaji Nagar

Teachers Day Celebration

Expert Lecture Topic : “Future scope of Mechatronics”.

Expert Lecture Topic : Skill Development & Carrier Guidance