Mechatronics

Vision:

The aspiration is to be one of the leading programs in academia offering a well-balanced mix of analytical, practical and commercial aspects of the best practices in engineering smart and intelligent industrial systems

Mission:

• Emphasize the industrial aspects of mechatronic systems analysis and design in the curriculum.

  Focus on the electronics engineering, mechanical engineering and software engineering components with cutting-edge technology.

  Infuse industrial insights into the program via industrial partnerships and internships.

Program Educational Objectives

The graduates of the program will

1. possess the essential professional mechanical, electronic and software skills for mechatronic and robotics system design.
2. engage and succeed in the professional career or higher education practicing teamwork, ethics, proactive involvement and effective communication.
3. demonstrate the importance of lifelong learning by skills upgradation via professional development workshops and technical certifications.

Program Specific Outcomes

The graduates of the program will be able to demonstrate

1. An excellent grasp of the changing technological landscape in industrial automation
2. The knowledge of tools to solve challenging industrial problems of mechatronic and robotic realm
3. The awareness of the mechanical, electrical and electronics, and software skills required for a given implementation

Technology Development Programmes are organized around the year to promote industrial research.

MOU was signed between L&T(Corporate Training & Engg. Academy) and MPSTME, Mumbai to foster industry-institute partnership, facilitate the growth and development of industries, and keep its engineering students up-to-date with the current trends and demands of the Industrial Visits.

“Robust and Non-Degradable System for Detection and Forecast of Earthquake Based on IoT and Machine Learning” was presented by Prof. Deepak Sinha at The International Conference on Business Management, Innovation, and Sustainability(ICBMIS 2020) held at Amity University, Dubai on 15-16 June-2020.

“Study and Control of Viscous Fingers Using Anisotropies and Velocity in Lifting Plate Hele-Shaw Cell” has been published by Prof. Chetna Sharma in Materials Today: Proceedings, 2020.

D.Tyagi, R. Shroff, R. Khatri, A.Thakkar and Prof. Nirmal Thakur published “Design and implementation of Low cost slender visual surveillance system” ICICCS 2019, AISC 1039, Springer Nature Switzerland, pp.326-335, 2020.

“Model Based testing of automotive system” has been presented by Mr. Meet Doshi, Ms. Manisha Sampath, Prof. Ainal Abdul Azeez in “IEEE Sponsored 5th International Conference for Convergence in Technology (I2CT) 2019”, Pune, Maharashtra,India.

“Implementation of ERP in Academia” has been presented by Prof. Deepak Sinha in CETE: Conference in Electronics and Telecommunication Engineering, held at TCET, Mumbai under MULTICON-2018 in Feb-2018.

“Development of Polymer Microneedles upon Exposure of Hollow Gaussian Beam on Unconstraint Depth Resin” has been published by Prof. Chetna Sharma in IOP Science, 2018.

Patent filed by Prof. Deepak Sinha on “Performance Enhancement for SoC Using MEMS Technology”

(Applied on  Nov 20, 2017 )

NMIMS Bosch Rexroth Centre of Excellence in Industrial Automation Technologies:

It has four state-of-the-art laboratories having components, setups, and configurations that are used for automation in the industry. This is the state-of-the-art facility for technological integration and learning in multi-disciplinary branches of engineering. Technology Development Programs (TDP) like Advanced Robotics, Motion Control Modules, and Fluid Automation are conducted to train employees of MNCs. More than Sixteen Hundred employees have been trained here at NMIMS Bosch Rexroth Centre of Excellence Mumbai.

Laboratories:

1. Hydraulics Lab:

Fundamentals of Hydraulic Fluids, an overview of components, hydraulic circuit building, and electro-hydraulics

Application Areas: Machine tool industry, material handling systems, processing equipment, and other heavy engineering high-load requirements.

2. Pneumatics Lab:

Fundamentals of Pneumatic Drive technology, compressor, selection of components, pneumatic circuits for various applications, and electro-pneumatic circuits.

Application Areas: Food processing, packaging, paper industry, printing, and automobiles.

3. PLC and Sensorics Lab:

Pragrammable Logic Controller and ladder diagram, basic electric switches and switch gears, programming with relays, timers, counters, online and offline monitoring, I/O modules with PLC, fundamentals of Sensoric technology, sensor kits, behavior, operating ranges and responses of different types of sensors.

Application Areas: Process Automation, material handling process, printing and processing machines.

4. Mechatronics & Robotics Lab:

Robot Technology, programming peripherals, converting tasks into a program and diagnostic functions, Indra Motion Logic Drive and Machine Tool Assembly, Mechatronics & modular Mechatronics Systems(mMS), Assembly and conveying systems, pneumatic press, and troubleshooting of cube assembly kit.

Application Areas: Robots in construction-modular building assembly and erection, automobile car production line, AGVs, mobile robots.