Mechanical Engineering

Home / Research & Consultancy / Student research projects

B. Tech. Mechanical Project List

Academic Year 2020-21

Sr.No Student Details Project Title Guide Details
Student Name Roll NO Name
1 Sanket Chandrakant Taware (L) 1706052  Design and development of semi-automatic coconut scrapping machine Dr. S. K. Patil
2 Sarang Bhalchandra Jadhav 1706069
3 Aniket Chandrakant Jadhav 1706021
4 Shubham Anil Taware 1706095
5 Guruprasad Ulhas Palankar 1856001 Design and development of tamarind cover and seed removal machine Dr. S. S. Gawade
6 Sunil Uttam Aldar 1856002
7 Omkar Vilas Shelake 1856003
8 Ajay Vishwas Jadhav (L) 1856027
9 Pranav Dilip Desai. 1606050 180 Degree Rotating Dumper Model With Pneumatic System Prof. B. R. Jadhav
10 Shradha Vijay Kadam. 1706097
11 Shweta Chandrakant Limkar. 1856008
12 Lata Subhash Bansavade. (L) 1856019
13 Anas Ismail salagar(L) 1756017 Design and analysis of pneumatic door operated system for train Prof. S. N. Jalwadi
14 Samrat Vijay Patil 1406127
15 Soham Sunil Shete 1606011
16 Omkar Bhaskar Patil 1606095
17 Khavare Vaibhav Chalu (L) 1706080 Design and developement of semi-automatic cashew fruit seperation and collection machine. Dr. S. D. Patil
18 Mane Aditya Vijay 1706086
19 Jadhav Yash Jagannath 1706087
20 Sawardekar Omkar Raju 1706098
21 Vaibhav Bandu Yadav 1856009 Design and development of automatic stator winding machine for submersible motor Dr. A. P. Shah
22 Vishakha Pratap Sadamat 1856012
23 L.Prashant Rajesh Dhongade 1856014
24 Shriya Sanjay Jamadade 1856021
25 Shruti Ashok Shinde 1702048 Study on vibration characteristics analysis of cylindrical roller bearing with single and multi-defect. Dr. R. G. Desavale
26 Prasanna Ashok Rasal (L) 1706011
27 Rohit Rajkumar Patil 1706018
28 Satwashil Bhanaji Rajemahadik 1706022
29 Swami Akash Ashok 1706073 Design and development of multipurpose attachments for agriculture equipment Prof. M. L. Deshpande
30 Mali Anup Sanjay (L) 1706076
31 Mohite Satyajit Sanjay 1706101
32 Kharge Dipak Dilip 1706103
33 Niranjan Rajendra Mahishale(L) 1706048 Root vegetables washing machine Dr. M. B. Mandale
34 Sonali Balaso Saudagar 1856006
35 Amey Prashant Pathak 1706116
36 Sasmit Shrirang Patil 1706015 Solar operated multipurpose agriculture cultivator Prof. S. V. Kadam
37 Ranu yuvraj Kadam 1706020
38 Prajakta Ramrao patil 1706026
39 Jyoti Arun Kamble 1706057
40 Vishavdeep V. Pawar 1706034 Fault diagnosis and Vibration Analysis of Cylindrical Roller Bearings based on ANN (Artificial Neural Network) Prof. P. M. Jadhav
41 Swapnil B. Kundale 1706067
42 Bhalchandra R. Yalmali (L) 1706091
43 Pranav V. Deshpande 1706132
44 Harshawardhan Ramchandra Patil 1706017 Design and development of remote controlled lifebuoy Dr. S. B. Kumbhar
45 Omkar Suhas Mohite (L) 1706028
46 Subhan Saleem Inamdar 1706044
47 Aboli Santosh Kirve 1706104
48 Anush Rajendra Mangave (L) 1706036 Parametric analysis of Fused deposition model printers for Biodegradable filament material Prof. C. A. Waghmare
49 Adarsh Prakash Patil 1706040
50 Abhishek Vaman Wangade 1706046
51 Swapnil Prahald kalel 1706051
52 Momin Musaddik Harunrashid 1856017 Design, CFD Analysis and Fabrication of Convergent-divergent nozzle operated wind turbine Prof. M. M. Mirza
53 Mungurkar Suhas Pandurang 1856020
54 Purohit Bhawarlal Amritlal 1856022
55 Barhate Dhanshrey Yograj (L) 1856023
56 ROHIT P. CHAVAN 1706070 Customization of Cricket Ball Throwing Machine Prof. S. R. Patil
57 SAURABH B. PATIL 1706084
58 (L) NANDKISHOR A. SALOKHE 1706107
59 PRASANNA R. NIKAM 1706111
60 Lad Indrajit Popat 1706049 Design of chassis and steering system for Automated Guided Vehicle (AGV). Prof. A. M. Mulla
61 Bhosale Shivanjali Shalivan 1706053
62 Suryawanshi Prashant Shrikant 1706110
63 Shinde Ruturaj Madhav(L) 1706124
64 Rahul Vishwas Arabune (L) 1606117 Design and development of automatic weeder Prof. R. V. Pawar
65 Kajal Parshuram Bhandare 1606006
66 Shreyash Vikas Vasagadekar 1601051

Academic Year 2019-20

Group No.  Roll No. Supervisor Name Project Title 
1 1606083 Dr. S. K. Patil Design and Development of Coconut Cutting and Scrapping Machine
1606062
1606067
1606014
2 1606065 Dr. S. S. Gawade Design of sand Reclamation unit for improving quality of sand in foundry
1606107
1406011
3 1606027 Prof. M.V. Kavade Design and Development of SMA actuator for Sorting machine 
1606028
1606044
1606031
4 1606090 Prof. B.R. Jadhav Experimental investigation of cryogenic assisted hard turning of D2 steel
1606089
1606060
1606086
5 1606102 Prof. S. N. Jalwadi Enhancement of thermal efficiency in solar water heater by using nanoparticles
1606104
1606108
1606112
6 1606048 Dr. S. D. Patil Design and Development of lithium ion battery pack for e-Quad Bike
1606040
1606023
1606105
7 1756020 Dr. R.G. Desavale Impriving the productivity of assembly line using suitable industrial engineering technique.
1756026
1756016
1606071
8 1606045 Prof. M. L. Deshpande Development of grain collector integrated with weight sensor by using screw conveyer
1756005
1606123
1756023
9 1606069 Prof. M. B. Mandale Automatic Puran Making Machine
1606072
1606074
1606103
10 1606056 Prof. S. V. Kadam Experimental investigation of Heat Transfer Enhancement using Nanofluid in Aluminium Tube 
1606064
1606073
1606101
11 1606094 Prof. P. M. Jadhav Investigation of Unbalance Response of Rotor-Bearing Systems Based on Support Vector Machine
1606093
1606092
1606079
12 1606046 Prof. S. B. Kumbhar Shape Memory Alloy Actuated Battery cooling Sytem 
1606057
1606084
1606109
13 1606054 Prof. C. A. Waghmare Light weight goods Delivery Drone 
1606075
1606088
14 1606052 Prof. S. R. Patil  Automation and Commercialization of Circket Ball Throwing Machine
1606020
1606116
1602017
15 1606099 Prof. R. V. Pawar Design and Development of Automatic chakli making machine 
1756022
1606098

Academic Year 2018-19

Group No. Roll No. Supervisor Name Project Title
1 1501052 Dr. S. K. Patil Design and development of semi automatic multi operational coconut machine
1505017
1506012
1506065
2 1506122 Dr. S. M. Sawant Thrust improveemnt of electric unmanned aerial vehicle
1506124
1506125
1506106
3 1506096 Dr. S. S. Gawade AEV
1506094
1506103
1508053
4 1506073 Prof. M.V. Kavade Plastic injection mold design with flow simulation
1506083
1506090
 
5 1406044 Prof. B.R. Jadhav Analysis of heat dissipation in hydraulic shock absorber and implement method to increase heat dissipation
1506001
1506007
1506017
6 1656004 Prof. S. N. Jalwadi Stractural analysis of the polymer composite for the car bonnet
1656005
1656011
1656020
7 1506056 Dr. S. D. Patil Design and analysis of composite material for evaporator of vapor compression refrigeration system
1506066
1506074
1506016
8 1506003 Dr. A.P. Shah Design and developemnt of cross flow heat exchanger
1506018
1506022
1506042
9 1506093 Dr. R.G. Desavale Analysis on distribution bearing defects using experimental data models
1506109
1506115
1506119
10 1506052 Prof. M. V. Pisal Design and developemnt of soybean dryer
1506059
1506057
1506062
11 1506019 Prof. M. L. Deshpande Restracturing the AC warehouse to optimize the motion an incrase the
1506027
1506087
1406116
12 1506069 Prof. M. B. Mandale Design and development of adjustable steering system for formula styled vehicle.
1506076
1506091
1506100
13 1503024 Prof. S. V. Kadam Experimental analysis of heat transfer rate on automotive radiator using CuO- water Nano fluid
1506051
1506084
1656023
14 1506031 Prof. P. M. Jadhav Car window Glass Breaking system using shape memory alloy for passengers safety
1656007
1656022
1506071
15 1506047 Prof. S. B. Kumbhar Design and development of actuator in crane breaking system using shape meomery alloy
1506078
1506034
1656021
16 1506013 Prof. C. A. Waghmare Design and development of Precision farming robot
1506014
1506021
1506026
17 1506006 Prof. M. M. Mirza Exoskeleton arm with Pneumatic muscle actuation
1506009
1506102
1506118
18 1656019 Prof. S. R. Patil Development of ball throwing machine useful for cricket
1656006
1656010
1656024
19 1506008 Prof. A. M. Mulla AEV
106053
1506011
1506061
20 1506005 Prof. U. M. Nimbalkar Design and fabrication of automated wheelchair
1656022
1506121
1506036
21   Prof. P. V. Gunjvate Development of phase change material for solar cooking appkications
1506116
1506111
1506107
22 1656001 Prof. P. S. Jadhav Cryogenic assisted machining of Nimonic C-263 alloy
1506060
1506114
1506126
23 1406113 Prof. S. B. Khot Productivity improvement by time study for SME using advanced techniques
1506092
1506098
24 1501018 Prof. R. V. Pawar Performancwe analysis of vegetable oil as bio-lubricant
1506025
1506035
1506039

Academic Year 2017-18

Group No. Roll No. Supervisor Name Project Title
1 1406018 Dr. S. K. Patil Design and Development of Multi operational Coconut Machine
1406026
1406030
1406056
2 1406025 Dr. S. M. Sawant Design, Analysis and Manufacturing of composite shoe spikes
1406052
1406035
1402017
3 1406073 Dr. S. S. Gawade Design and Development of Onion Dehydrating System
1406115
1406119
1406105
4 1406006 Prof. M. V. Kavade Design and Development of an Automated Sandwich Maker
1406103
1406104
1406022
5 1405005 Prof. B. R. Jadhav Design and Devl. of Stewart Platform using Linear Actuators for Virtual Reality Applications
1406037
1406043
1406032
6 1406063 Prof. G. L. Surywanshi Development of Human Urine Conditioning Kit for its use as a Fertilizer
1406067
1406010
1406014
7 1406068 Prof. S. N. Jalwadi Design and Development of Small Scale paper Recycling Machine
1406059
1406072
1406045
8 1406016 Dr. S. D. Patil Design, Development and Testing of Hydraulic Press Machine for Rotar Shaft Assembly and Required fixture
1406023
1406031
1406125
9 1306028 Prof. R. G. Desavale Vibration Analysis of Rolling element bearing considering misalignemnt
1306122
1306112
1556015
10 1406118 Prof. M. L. Deshapande Design and Development of tilting mechanism for pouring milk from milk can into processing tank
1556002
1556014
1556018
11 1406090 Prof. M. B. Mandale Effect of nano refrigeration in refrigeration system
1556010
1556013
1556019
12 1406082 Prof. S. V. Kadam Design and Devlopment of Efficient Air Conditioning System using Air Blower
1406083
1406084
1406057
13 1406092 Prof. P. M. Jadhav Egg Boiling and Peeling Machine
1408010
1406077
1406111
14 1406003 Prof. S. B. Kumbhar Manually operated Disposable Metallic Can Crusher
1406021
1406008
1306025
15 1406036 Prof. C. A. Waghmare Investigation of effect of silicon powder mixed into dielectric of EDM on surface integrity of D2 Die Steel
1406047
1406097
1406039
16 1406069 Prof. U. M. Nimbalakar Design and Development of Sugarcane Leaves detrashing Machine
1406081
1406061
1406048
17 1406012 Prof. S. R. Patil Multipurpose Automatic Pressing and Folding Machine for Plain Cloths
1406093
1406002
1406123
18 1406070 Prof. A. M. Mulla Design and Development of Four way Electrical motor operated Hacksaw Machine
811307
1406117
1406034
19 1406004 Prof. R. A. Magdum Manufacturing and Analysis of Metal matrix composite by powder metallurgy method
1306115
1306018
1306082
20 1406065 Prof. P. V. Gunjwate Design and Analysis of automobile Spoiler and wing using Bio-composite
1406075
1406017
1406079
21 1556006 Prof. P. S. Jadhav Enhancing Productivity of Arrow Metaliks Foundary by Improving Its plant layout
1406094
1406080
1406051
22 1406102 Prof. S. B. Khot Design and development of Multi Seed Sowing Machine
1406121
1408007
1408019
23 1406024 Prof. M. M. Mirza Analysis and modification in crop harvester for smooth operation
1406074
1406106
1406108
24 1556007 Prof. R. V. Pawar Performance of CI engine using biodiesel and its blends
1556009
1556020
1556021
25 1306012 Prof S. N. Sawant Design and Development of Motorcycle Chain Cleaning and Oiling Machine
1406126
1406128
1406050
26 1406101 Prof. L. R. Patil Design and Manufacturing of dust cleaning system for flour mills using Venturies
1406091
1406099
1406120
 

“Design and development of manual weeding machine with crop fertilizing arrangement”.

Weeds are one of the major causes of loss of agricultural produce. Various conventional methods of weed removal are time consuming and costly. Also force required for convectional weeding machine is large. So to eliminate these demerits, this weeding machine is designed. It minimizes human efforts as the force required to operate the machine is less and requires only one person for weeding and fertilizer operation. The fertilizing arrangement is designed which spreads fertilizer with uniform distribution over the land and it provides proper mixing with soil. As the weeding and fertilizing process operates simultaneously, so it is helpful for the farmers of rural India with small farming space.

Photograph of working model

Multi Discharge Valve

Multi discharge of valve is 4 in 1 ball valve. It is mainly used in water irrigation system. This is one of the types of ball valve. This valve has 1 inlet and 3 outlets. The size of inlet is twice that of the outlet. Depending upon the requirement such as only 1 open or 2 or 3 open; we can on off the flow from different outlets by simply adjusting handle manually. This can be used in chemical process industry for mixing purpose by interchanging inlets by outlets and vice versa. The cost of this ball valve is 0.5 times less than three same size ball valve and floor space is 0.4 times less than three same size ball valve. Outcome: Ball valve is easy to handle, less effort and maintenance is required as compare to same size ball valve. Also it can replace three ball valve.

Photograph of working model

“Design of commercialized process for manufacturing sweet potato & Dry Ginger Powder”

In this project, design of commercialized process for the production of Sweet Potato and Dry Ginger Powder is done and a detailed business project report consisting required parameters regarding setting up SSI for such product is prepared. Though India is an agro-based nation, it is an unfortunate truth that less than 2% agriculture products are processed further so that they can be stored for longer period, good market value can be given to them and they can be made available during OFF season. In this project the appropriate drying technique is selected and optimized by using thermal modeling and analysis for the respective process and equipment’s required for the process are selected based on selected capacity of plant. Finally technically feasible and financial viable project report is prepared which can open new avenues in entrepreneurship for farmers and entrepreneurs by starting their own SSI for such product.

Photograph of working model

Design, Development and Performance Testing of self-balancing e-Vehicle

The Personal Transporter is a small footprint electrical vehicle designed to more environmentally friendly transportation method. This kind of vehicle is interesting since it contains a lot of technology relevant to an environmentally friendly and energy efficient transportation industry. The main purpose is to design and construct a fully functional o wheeled balancing vehicle which can be used as a means of transportation for a single person. There is also an encouragement for the students to learn areas outside their field of specialty, to form a better holistic understanding for these kinds of system.This kind vehicle contains many of the technologies required to build a hybrid or electrical car, and is sufficiently small to be good platform for experimentation and learning for engineers aiming to build more environmental friendly passenger vehicle. Air pollution, global warming and need of sustainable energy pushes the demands for efficient, green energy powered vehicles. All mechanics, electronics and software were first designed using a top down approach, to promote good structure and division into subsystems. The top down approach is also a good way to make sure no functionality is left unimplemented. All mechanical design is made with the help of the CAD software using a top-down approach. Eve part of the model is then converted to a drawing and printed for use in the mechanical. The component selection required some basic theory of electric motors, drive circuits and batteries acquired from segway literature. This theory in combination with the project goals served as reference when comparing components on the basis of performance, cost, availability and robustness workshop where all mechanics were constructed. The electrical system is also designed using a top-down approach; finally the finished system is tested and assessed relative to the initial purpose.

Photograph of working model

“Automated Capacitor Packaging System.”

The industry “YASHA CAPACITORS PVT LTD.” manufactures the capacitors for variable applications by manual work. They are manufacturing different types and sizescapacitors and production of capacitors per day is variable. Our work is to make resin material and adding into can. In the conventional method they heat oil up to 80-90°C in the container and then add powder and hardener into oil in the proportion of 100:100:16. Then mixture is added into cans as per required quantity. All these processes are carried out manually and workers required are 34. So to avoid this we have designed and developed system. With this system we are going to carried out mainly 3 processes i.e. preparing mixture of heated oil and powder in the tank and adding into can though solenoid valve. Second is addition of hardener in to can. And third is to make proper homogeneous mixture of oil, powder and hardener in the can using stirring mechanism. Cans are supplied thought conveyor and detected by IR sensor. When can is detected then conveyor will be stopped and above 3 processes will be carried out. After stirring cans are taken out manually and electrodes are added into can. Then cans are placed for cooling.

Outcomes:

  • By use of this Automated Capacitor Packaging System following outcomes were obtained: Direct contact of resin material with workers is reduced.
  • Wastage of material during material handling is reduced.
  • Homogeneity of material is increased because of stirring mechanism and less human interference.
  • Production rate is increased and maximum 2 workers are required.

Solar Grain Dryer and Roster

Innovative Method for Drying and Roasting of Grains by using solar energy with the help of parabolic trough. This project is completed by Final year mechanical students.

 

Line Follower Mobile Robot

The robot with built In Intelligence equipped with IR and Optical Sensors follows the line and navigate, built at IUCEE workshop at Chandigarh in Jan 2011. This project is completed by Final year mechanical students.

Pipe Climber Robot

Pneumatically Operated, PLC controlled, robot can climb pipes vertically, mainly useful for Inspection of Pipes and Survey during Natural disasters like earthquake or bomb blast to detect survival of human lives. This project is completed by Final year mechanical students.