Mechanical Engineering is a core discipline of Engineering that applies the principles and concepts of a variety of subjects like physics, engineering and materials science that aims to design, analyze, manufacture and maintain mechanical systems. It is one of the oldest and broadest disciplines of engineering that is applied in all sectors of our society.
By choosing Mechanical engineering department, one will join a dynamic community where he will be challenged and supported to achieve one’s goals. Mechanical engineering deals with design and production of tools, machines and all other mechanical equipment used in industries. Project work throughout the degree provides the opportunity to apply one’s design skills to real-world problems. The Department of Mechanical Engineering has been established in 2009 in our college. The Department offers a four years undergraduate course in Mechanical Engineering and a three-year Polytechnic Diploma in Mechanical Engineering. The total intake capacity for the Department is 90 in the undergraduate and 60 in the Polytechnic Diploma course.
Mechanical Engineering finds application in all fields of technology. It is one of the primitive branches of engineering which have remained always in demand and continue to be in future. This is why Mechanical trade is called as an Evergreen trade (branch). Mechanical engineers have always been needed as essential staff personal in various industries of both public and private sector. Mechanical engineering has a tremendous scope such as:
Batch:- 2015-19
Achievement : Chancellor Award
Batch:- 2015-19
Achievement : Chancellor Award
Sem:- 6th
Achievement : Presented Research Paper on Design and Analysis of Polycaprolactone Based Cardiovascular Stent at DeW 7.0 in PDPM IIITDMJ, 14th Feb 2020.
Sem:- 6th
Achievement : Presented & Published Research Paper on Design Thermal and Structural Analysis of Disc Brake Plate Using Computational Numerical Analysis at National Conference Under TEQIP III Organized Jointly BY RGPV & JNTU Hyderabad RAMAT 2020 ,in SISTEC-R 25th Feb 2020
Sem:- 6th
Achievement : Secured Appreciation Award in EO’s Global Student Entrepreneur Awards, Held in Rabindranath Tagore University Bhopal. December 2019
Sem:- 6th
Achievement : Secured a Funding From Common Wealth Local Government Forum for Project Buildovo. October 2019
Batch 2013 & 2014
Achievement : Mechanical Student secured 2ndrank in “ National level robotics event October 2015 IIT Kharagpur” organized by ISRO
Batch 2013 & 2014
Achievement : 1st rank in “ National level robotics event Feb 2015 IIT” organized by IIITDM Jabalpur
Sem:- 6th
Achievement : Secured Second Rank in Inter State Inter College Science Seminar Competition – Jigyasa 2018 Organised Jointly by Gyan Vigyan Vichar Sangthan , NCSTC & DST, 27 October 2018
Sem:- 6th sem
Achievement : Finalist of Regional Convention of AICTE-ECi-ISTE, Chattra Vishwakarma award 14 Nov 2018
Sem:- 6th
Achievement : Top 30 Teams in Hackathon organized BY Jabalpur Smart City Limited, Got Incubated in the Jabalpur Incubation Centre. Jan 2019
Batch -2011 & 2012
Achievement : Mechanical Student secured 1st and 3rd rank in “State level robotics event (Robo war) ” organized by Open robotics club Jabalpur
Achievement : Mechanical Student secured 3rd rank in “National level Robotics event ” organized by Oriental Engg College Bhopal
Sem:- 6th
Achievement : Secured 2nd Position in Aero- Modelling Competition, , April 2019
Sem:- 6th
Achievement : Secured 2nd Position in Mechanical Innovative Model Competition April 2019
Sem:- 6th
Achievement : Secured 3rd Position in Aero- Modelling Competition 2019
Sem:- 6th
Achievement : Consolation Prize in Tech - Rangoli Competition
Sem:- 6th ,Poly
Achievement : Consolation Prize in Mechanical Innovative Model Competition, April 2019
Sem:- 8th
Achievement : Consolation Prize in Mechanical Innovative Model Competition April 2019
Achievement : Consolation Prize in Mechanical Innovative Model Competition April 2019
Achievement : secured 1st rank in Techno Srijan 2017 state level mechanical innovative competition held at Bhopal. Model name - car seat shifting mechanism for reducing chances for injury.
Batch:- 2015-19
Achievement : Secured 2nd rank in Techno Srijan 2017 state level mechanical innovative competition held at Bhopal. Model name -Mechanum wheels with air gun in defense.
1. Laboratories: The Mechanical Engineering department provides the latest knowledge to the students. All the laboratories cater to the needs of the students giving hands-on experience and the wide coverage of the subjects. The department has more than ten well-established laboratories. The names of labs are:
2. Departmental Library: Department have library other then Central Library. The departmental library having more than 200 reference and text book, which is easily accessible by the staff and students. One faculty member is assigned as Incharge of departmental library to keep library in proper shape.
List of seminars & workshops organized by department since last three years is as under:
Following is the list of some remarkable projects developed by students since last 3 years:
|
S. No. |
Project Title |
Group Members |
Description of Project |
|
1 |
Car Seat Shifting Mechanism For Reducing Chances For Injury |
Abhay Singh Parihar Aniket Patel Arpit Suman Singh Mani Singh |
Often during head-on collision in car accidents, the front portion of car (Engine) moves back towards the front passengers due to the impact. This causes the breakage in the dashboard and the driver’s legs get stuck, which in most cases have to be cut in order to free the driver from the debris. Also the upper body is severely damaged from the impact with the dashboard and steering wheel. So here, in our project, we aim to create a mechanism that can detect the movement of front body in case of accidents and secure the passengers from lethal harm. |
|
2 |
Mechanum Wheels With Air Gun In Defense |
Piyush Vinodiya Sukhpreet Singh Matharoo |
Mechanum wheels offer a means to implement Omni directional translation motion in a vehicle platform. As the wheel rotates, rollers around its circumference create a force directed at an angle relation to the plane rotation. Various combinations of wheel rotation velocities can provide a net force in any direction. this provide enhanced maneuverability in close quarters but id often limited to smoother surface as the wheels require many moving rollers that can become easily obstructed by debris. Application of this model rum from small hobby kits up to heavy duty industrial vehicles. |
|
3 |
Design and Fabrication of Small Load Carrying Vehicle (Dukati Jeep) |
Sharad Vishkarma, Ritesh Koshta Pankaj Patel |
This project aims at developing a mechanism for transportation of small load for one place to another place. This Project very suitable for small scale industry. |
|
4 |
Quadcopters |
Vidhi Sharma Prateek Gupta |
Unmanned Aerial Vehicles (UAVs) like drones and quadcopters have revolutionized flight. They help humans to take to the air in new, profound ways. The military use of larger size UAVs has grown because of their ability to operate in dangerous locations while keeping their human operators at a safe distance. It is the unmanned air vehicles and playing a predominant role in different areas like surveillance, military operations, fire sensing, traffic control and commercial and industrial applications. |
|
5 |
Hovercraft |
Ayush Barasaiya Nikesh Jain Devish Sonone Lavnesh Ganvir |
A Hovercraft is a vehicle that flies like a plane but can float like a boat, can drive like a car but will traverse ditches and gullies as it is a flat terrain. A Hovercraft also sometimes called an air cushion vehicle because it can hover over or move across land or water surfaces while being held off from the surfaces by a cushion of air. A Hovercraft can travel over all types of surfaces including grass, mud, muskeg, sand, quicksand, water and ice .Hovercraft prefer gentle terrain although they are capable of climbing slopes up to 20%, depending upon surface characteristics. |
|
6 |
Motorised Hydraulic Jack |
Niket Kumar Thakur Harsh Sahu Bhupendra Bagri Akash Patel |
A jack is a device which is used to raise part of vehicle in order to facilitate vehicle maintenances or breakdown repairs.In normal jack system a mechanical jack is used for lifting the vehicles. The most common form is a car jack, garage jack, floor jack which lifts vehicles so that maintenance can be performed. Jacks are generally used to increase mechanical advantage (lifting the vehicle).Generally jacks undergo buckling when they reach maximum load conditions (as per the tests conducted by consumer affairs). For this reason, we have to develop the system which can use toggle jack which is automatic in operation using electric motor. Vehicle’s battery can be used as a source of power for this motor. Our research in this regard reveals the facts that mostly some difficult methods were adopted in lifting the vehicles for reconditioning. |
|
7 |
Magnetic Gear Transmission |
Ajay Shivani Aamir Khan Hubham Sahu |
The gears, where the power and torque transmissions are performed with no contact and with help of the magnetic forces, are called magnetic gears. With this gears, unlike the mechanical gear transmissions, there are no noise, vibrations and friction, so therefore, there is no need for lubrication and maintenance costs are considerably lower. This paper shows the outline of the magnetic gear development, their classification and characteristics, where the gear ratio and torque density are the most important. |
|
8 |
Material Shifting Plant |
Abhish Pandey Adarsh Dwivedi Aditya Gautam Aditya Raj Chhatrpal Patel |
The purpose of this work is to develop a new methodology for automating the determination of a material handling system by combining knowledge based and optimization approaches. The proposed system extends previous concepts of minimization of operating cost by including the cost for reliability, performance and flexibility into total cost. Mathematical model of the cost for Availability, Reliability, Maintainability and capability of different MHE (Material Handling Equipment) is developed. |
|
9 |
Design Of Hydraulic |
Rohit Patel Rohit Patel |
The goal of this study was to apply the knowledge obtained from studying in the university and solve the substantial task of creating a design of the hydraulic scissors lifting platform. For this purpose a research of literature and articles was made, that contains missing information of the theoretical part of the problem. |
|
10 |
Vibration Feeder |
Anuj Urmaiya Ashish Shrivastava Ashish Patel Akash Ravi Abhishek Patel |
The success of Automated Assembly in Mass Production hinges on the effective performance of automated high speed part positioned. One such part presenter is the conventional Vibratory Bowl Feeder (VBF). This project attempts to make progress in the development of a VBF.As earlier we use cross-pad assembly drive but it was not convenient as the error was more. So to overcome this problem we use small spring plate in the assembly drive. |
|
11 |
Solar Air Conditioning System |
Abhilash Kumar Chandrawanshi |
It is an innovative three-in-one technology that provides hot water, cooling and heating. It works by using heat from the sun and employs both desiccant and evaporative cooling technologies. Solar heat is first collected and stored as hot water, which can be used directly in the house. A portion of the hot water is diverted into the solar air-conditioning unit, which is used to either heat or cool the air coming into the building. Our solar air-conditioning system uses only a fraction of the electricity of current air-conditioning systems and halves greenhouse gas emission. |
|
12 |
Spherical Wheel Drive |
Sakshi Patel Prashant Rai Rohit Banswasi Piyush Vinodiya Jay Madavani |
The spherical drive system idea is unlike any other vehicle that can be seen on the road today. Despite having seen spherically driven vehicles in futuristic movies such as I Robot, there has not been a huge push into the realm of the sphere. We believe that the versatility of the sphere drive can give us a whole new degree of freedom and safety that we have yet to discover. |
|
13 |
Automatic Floor Cleaner |
Ritu Sharma Yashwant Rathore Yoshita Koshik Shubham Parhoa Shresh Yadav |
The project is used for domestic and industrial purpose to clean the surface automatically. When it is turned ON, it sucks in the dust by moving all around the surface (floor or any other area) as it passes over it. The controller is used to drive the motors and the suction units also a couple of sensors are used to avoid the obstacles. This can be useful in improving the lifestyle of mankind |
|
14 |
Abrasive Jet Machinine |
Sabrata Patel Swatanrata Bain Ritik Sahu Aman Kumar Shukla |
Abrasive jet machinine is the one of the modern machining process in various industries for difficult to machine materials. AJM is a non conventional machining process in which removal of material takes place by impact of high speed stream of abrasive particles carried in gas or air medium from a nozzle. the AJM is e1tensively used to cut shapes in hard and brittle materials. |
|
15 |
Dual Clutch Transmission System |
Vneesh Kachhi Shivendra Phatak Ravi Patel Rajendra Phatak |
A semi-automatic transmission (also known as clutch-less manual transmission, dual-clutch transmission, automated manual transmission, e-gear, shift-tronic, flappy paddle gearbox, or direct shift gearbox) is a system which uses electronic sensors, processors and actuators to do gear shifts on the command of the driver. This removes the need for a clutch pedal which the driver otherwise needs to depress before making a gear change, since the clutch itself is actuated by electronic equipment which can synchronize the timing and torque required to make gear shifts quick and smooth. |
