15 Apr 2024

Flipped Classroom

Flipped Classroom

Posted: November 30, 2024
Name of Course Coordinator Course Name Sem Methodology Availability
Dr. M. M. Bhoomkar Operation Research 7th Implemented in class room teaching by Faculty member Offline Available
Dr. M. M. Bhoomkar Mechatronics 5th Implemented in class room teaching by Faculty member Offline Available
Dr. P. G. Kulkarni Design of Transmission Systems 6th Implemented in class room teaching by Faculty member Offline Available
Dr. P. G. Kulkarni Project Based Learning 4th Implemented in class room teaching by Faculty member Offline Available

 

Video Lectures by faculty

Video Lectures

Posted: December 16, 2024

Video Lectures by Faculties

Sr.No. Name of Faculty Subject Video Link
1 Dr.M.M.Bhoomkar Operation Research(OR) https://drive.google.com/file/d/1mUho3nrSeRG0Rrg1OfgFUdDOfdgts6h-/view?usp=sharing
2 Mechatronics(MTRX) https://drive.google.com/file/d/1s_XyIgTZr_lJm2ssd3wNZgo1jEymYWU7/view?usp=sharing
3 Quality and Reliability Engineering(QRE) https://drive.google.com/file/d/1d1yfM6nhoe8AwVhm4O_uXiZnAG63IZdI/view?usp=sharing
4 Dr.N.G.Jaiswal Design of Machine Element(DME) Types of Stresses identified in knuckle joint
https://www.youtube.com/watch?v=HJ19U0MHtoA
5 Types of Stresses
https://www.youtube.com/watch?v=MlYx5RbiOqE
6 Design of Lever Example
https://www.youtube.com/watch?v=t3heGo5CrlA
7 Design of Shaft Example
https://www.youtube.com/watch?v=8H_93RuXbxA
8 Solid Modeling and Drafting(SMD) Solid Modeling
https://www.youtube.com/watch?v=ikbBsuMsnCo
9 Dr.P.G.Kulkarni Dynamics of Machinery (DOM) Bearing Vibrations: https://drive.google.com/file/d/1mZkjVL8Ea8CiIQ3S6xi8ZPcMG1_ehDwc/view
10 Natural Frequency: https://drive.google.com/file/d/19o3A2aKZIOdAOmZNp12_8nJeN9quFBrl/view
11 Prof.V.S. Chavan Mechatronics(MTRX) https://drive.google.com/file/d/1_6EwesajL6iut-iv7cuME63j_7zlzZNl/view?usp=sharing
12 Energy Engineering(EE) https://drive.google.com/file/d/1Bgo-9z6Ht8H8WLr74SYEgEyhSwtmhJSt/view?usp=sharing
13 Prof.A.D.Zope Engineering Thermodynamics https://drive.google.com/drive/folders/1eqedlfKfFGthpQEW5tMHpKwl08Dg6LO7?usp=drive_link
14 Prof. Mrs.M.C.Shete Heat and Mass Tranfer https://drive.google.com/drive/folders/1E71QD1SoKf0GxulbRE7vUr7Brec35Jdq

Virtual Labs

Virtual Lab

Posted: December 16, 2024
Name of Lab Name of Experiment Link
Mechanics of Machines/ Kinematics of Machines Position analysis of Grashof four bar mechanism https://mm-nitk.vlabs.ac.in/exp/position-analysis-grashof/
Velocity analysis of Grashof four bar mechanism https://mm-nitk.vlabs.ac.in/exp/velocity-analysis-grashof/
Acceleration analysis of Grashof four bar mechanism https://mm-nitk.vlabs.ac.in/exp/acceleration-analysis-grashof/
Position analysis of Non Grashof four bar mechanism https://mm-nitk.vlabs.ac.in/exp/position-analysis-nongrashof/
Position analysis of Slider crank mechanism https://mm-nitk.vlabs.ac.in/exp/position-analysis-slider-crank/
Velocity analysis of Slider crank mechanism https://mm-nitk.vlabs.ac.in/exp/velocity-analysis-slider-crank/
Acceleration analysis of Slider crank mechanism https://mm-nitk.vlabs.ac.in/exp/acceleration-analysis-slider-crank/
Fluid Mechanics Lab ● Reynolds Experiment
● Bernoulli’s Experiment
● V-Notch Experiment
● Pitot Tube Apparatus		 https://me.iitp.ac.in/Virtual-Fluid-Laboratory/
● Metacentric height experimental method http://vlabs.iitkgp.ac.in/psac/newlabs2020/vlabiitkgpMF/exp2/index.html
● Calibration of V notch

● Friction In pipes

● Venturimeter

 https://fm-nitk.vlabs.ac.in/List%20of%20experiments.html
Strength of  Materials Lab Tension test for Ductile material https://sm-nitk.vlabs.ac.in/exp/tensile-test-mild-steel/
Compression test for Brittle material https://sm-nitk.vlabs.ac.in/exp/compression-test-cast-iron/
Shear test of ductile material https://sm-nitk.vlabs.ac.in/exp/direct-shear-test-steel-rod/
Bending Test on Mild Steel material https://sm-nitk.vlabs.ac.in/exp/bending-test-mild-steel/
Torsion Test on Mild Steel material https://sm-nitk.vlabs.ac.in/exp/torsion-test-mild-steel/
Fluid Machinery  Lab ●Performance characteristics of Pelton Turbine

●Performance characteristics of Francis Turbine

●Performance characteristics of Kaplan Turbine

●Performance characteristics of Centrifugal Pumps

 https://fmc-nitk.vlabs.ac.in/List%20of%20experiments.html
Heat Transfer ●Heat Transfer by Radiation

●Heat Transfer by Conduction

●Heat Transfer by Natural Convection

●Black Body Radiation: Determination of Stefan’s Constant

 https://vlab.amrita.edu/index.php?sub=1&brch=194
Newton’s Law of Cooling https://vlab.amrita.edu/index.php?sub=1&brch=194
Dynamics of Machinery Machine Dynamics and Mechanical Vibrations Lab:

1. Free vibration of cantilever beam

2. Free vibration of simply supported beam

3. Free vibration of fixed beam

4. Forced vibration of SDOF system

5. Base Excitation

6. Rotating Unbalance

7. 2DOF Forced vibration

8. Dynamic Vibration Absorber

 https://mdmv-nitk.vlabs.ac.in/List%20of%20experiments.html
Honours Course – 302011MJ: Additive Manufacturing Technology
(3 D printing )		 To simulate the Pre Processing for 3D printing. https://3dp-dei.vlabs.ac.in/exp/simulation-additive-manufacturing/
Simulation of Post processing of 3D printed parts https://3dp-dei.vlabs.ac.in/exp/simulation-post-processing/
Simulation of Stereolithography Process https://3dp-dei.vlabs.ac.in/exp/simulation-stereolithography-process/
Simulation of Fused Deposition Modelling (FDM) Process https://3dp-dei.vlabs.ac.in/exp/simulation-modelling-process/
Simulation of Selective Laser Sintering (Non-Metal) Process https://3dp-dei.vlabs.ac.in/exp/simulation-laser-sintering-nonmetal/
Simulation of Selective Laser Sintering (Metal) Process https://3dp-dei.vlabs.ac.in/exp/simulation-laser-sintering-metal/
Simulation of Laminated object manufacturing Process https://3dp-dei.vlabs.ac.in/exp/simulation-laminated-object/
Simulation of Powder Binding / Jetting Process https://3dp-dei.vlabs.ac.in/exp/simulation-powder-binding/
Engineering Materials & Metallurgy 1. Izod Impact Test

2. Charpy Impact Test

3. Brinell Hardness Test

4. Rockwell Hardness Test

5. Vickers Hardness Test

 http://sm-nitk.vlabs.ac.in/List%20of%20experiments
Fatigue Test https://eerc01-iiith.vlabs.ac.in/exp/fatigue-test-experiment/
Basics of Scanning Electron Microscopy: Secondary Electron and BSE imaging mode
2 Sample Preparation for TEM analysis (Bulk metal, Powder sample, Brittle material		 https://emb-iitk.vlabs.ac.in/List%20of%20experiments.html

NPTEL Lectures

NPTEL Lectures

Posted: December 16, 2024

NPTEL Lectures used by faculty from the source 

Sr. No. Name of Faculty Subject Link
1. Dr. N. G. Jaiswal Design of Machine Elements https://www.youtube.com/watch?v=SL21aDqgs8Q
Computer Aided Engineering https://nptel.ac.in/courses/112/106/112106130/

 

 
2. Dr. P.G. Kulkarni Design of Machinery  

https://onlinecourses.nptel.ac.in/noc20_me66
Design of Transmission Systems  

https://archive.nptel.ac.in/courses/112/105/112105234/
3. Prof. M. M. Kamble Numerical & Statistical Methods http://nptel.ac.in/courses/111101003/

http://nptel.ac.in/courses/111105038/

http://nptel.ac.in/courses/111107063/

http://nptel.ac.in/courses/111105041/

 
Artificial Intelligence & Machine Learning http://nptel.ac.in/courses/111101003/

https://nptel.ac.in/courses/106/106/106106202/

https://nptel.ac.in/courses/112/103/112103280/

 
4. Prof. A. P. Kaldate Solid Mechanics https://nptel.ac.in/courses/112/107/112107147/

https://nptel.ac.in/courses/112/107/112107147//
Kinematics of Machinery https://nptel.ac.in/courses/112/104/112104121/

https://nptel.ac.in/courses/112106270
5. Prof. A. D. Zope Heating Ventilation Air Conditioning and Refrigeration https://www.youtube.com/playlist?list=PLE2DA184A2E479885

 

https://www.youtube.com/channel/UCYO1xUB9cS_qRv3S3jIEGzQ/featured

 
Fluid Mechanics 1. https://nptel.ac.in/courses/112/105/112105171/

2. https://nptel.ac.in/courses/112/104/112104118/

3. https://nptel.ac.in/courses/112/105/112105269/

 
6. Prof. Mrs.M. C.Shete Heat & Mass Trasfer https://www.youtube.com/watch?v=qaPQOjS3zA&list=PL5F4F46C1983C6785 https://www.youtube.com/watch?v=J_zqQcncAu4&index=3&list=PLpCr5N2IS7Nmu22MOgDWOr0sSlIpUNUz3 https://www.youtube.com/watch?v=SNnd0f3xXlg&list=PLpCr5N2IS7Nmu22MOgDWOr0sSlIpUNUz3&index=11 https://www.youtube.com/watch?v=lnFjt30goiY&index=18&list=PLpCr5N2IS7Nmu22MOgDWOr0sSlIpUNUz3
Fluid Mechanics https://nptel.ac.in/courses/112/105/112105171/ https://nptel.ac.in/courses/112/104/112104118/ https://nptel.ac.in/courses/112/105/112105269/
7. Prof. S. S. Chikshe Turbomachinery https://nptel.ac.in/courses/112104305
Advanced forming & Joining Processes https://nptel.ac.in/courses/112103528
Computer Integrated Manufacturing https://nptel.ac.in/courses/112104289
Manufacturing Processes https://nptel.ac.in/courses/112107258
8. Prof. C. R. More Design of Machinery https://www.google.com/url?q=https://onlinecourses.nptel.ac.in/noc24_me85/preview&sa=D&source=editors&ust=1725096896122066&usg=AOvVaw0ikacHQFsBLq2SC6Xg-clK
Automation & Robotics https://www.google.com/url?q=https://onlinecourses.nptel.ac.in/noc24_me117/preview&sa=D&source=editors&ust=1725096896136641&usg=AOvVaw1VcmTgkBftKvDHnRrj8GAN
Manufacturing Processes https://www.google.com/url?q=https://onlinecourses.nptel.ac.in/noc24_me84/preview&sa=D&source=editors&ust=1725096896134857&usg=AOvVaw0noCFWovrtSz8gZnGwcZoM

 
9 Dr .S.M. Gondane Computer Integrated Manufacturing https://youtube.com/playlist?list=PLFW6lRTa1g808_CfYhZKdv2eXplAQiAwS

https://nptel.ac.in/courses/112104289

https://onlinecourses.nptel.ac.in/noc22_me10/preview

https://archive.nptel.ac.in/courses/112/104/112104289/

https://archive.nptel.ac.in/noc/courses/noc20/SEM1/noc20-me44/

 
Surface Engineering https://archive.nptel.ac.in/courses/112/107/112107248/

https://archive.nptel.ac.in/courses/113/105/113105086/

https://onlinecourses.nptel.ac.in/noc20_mm10/preview

https://onlinecourses.nptel.ac.in/noc23_mm21/preview

https://onlinecourses.nptel.ac.in/noc22_me03/preview

Multiple choice questions platforms

Multiple choice questions platforms

Posted: April 2, 2025
Cos BL Q.N Questions Marks Marking Scheme Correct Answer
 

C303.1

  

1

  

1

 The taper oncotter variesfrom

A.1inl5to 1 in10      B.1 in24 to 1in 20

C.1in20 to1in 10     D.1 in 48 to1in 24

  

1

  

1markeach

  

 

D
 

C303.1

  

2

  

2

 When the fulcrum is in between the load and effort, the lever is said to be of                                                                                                                                                                        A.first type

B.secondtype

  

1

  

1markeach

  

 

A
C303.1 1 3 Thecross-sectionofthearm ofabellcranklever is

A.rectangular      B.elliptical      C.I-section      D. any one of these

 1 1markeach  

D
 

C303.1

  

1

  

4

 Thediameterofknucklepinintheknucklejointisusually… A.0.5d            B.0.8d             C.1.5d                   D.d  

2

  

2markeach

  

 

D
 

C303.1

  

1

  

5

 Thebellcrankleversusedinrailwaysignalingarrangementareofthirdtype levers.

A.True       B.False

  

1

  

1markeach

  

 

A
 

 

C303.1

  

 

3

  

 

6

 Designaknuckle jointto connect two circularMSrodswhichare subjectedto atensileload of 63 kN. The allowable stresses are 80 MPa in tension, 56 MPa inshear and 80 MPa in crushing.Find the Diameter of Rod

A.30     B.52    C.26      D.NoneOfThese

  

 

2

  

2mark each

  

 

 

 

D
 

 

C303.1

  

 

3

  

 

7

  

In the levers of third type, the mechanical advantage is                           one. A.Less than

B.Equalto

C.Morethan

D.Noneof these

  

 

1

  

 

1markeach

  

 

 

 

 

A
 

 

 

C303.1

    

 

 

8

 If knuckle joint is to fail by crushing failure of pin in fork, then determine the diameter of knuckle pinwhen 50kNaxialtensile force act onrods. Given: Max allowable compressive stress=25N/mm², thickness of each eye of fork=25mm.

A)  40mm

B)  50mm

C)  60mm

D)  70mm

  

 

 

2

  

 

 

2markeach

  

 

 

 

 

 

A
 

 

C303.1

    

 

9

 Calculate the diameter of pinfrom shear considerationwithmaximum shear stress allowedis 40NN/mm² and an axial tensile force of 50kN is acting on the rod.

A)  39mm

B)  44mm

C)  49mm

D)  52mm

  

 

2

  

 

2markeach

  

 

 

 

 

A
 

 

C303.1

    

 

10

 Aknucklejointcanbeusedinvalvemechanismofareciprocatingengine.

A)  Yes

B)  No

C)  Yesbuttherearestressprobles

D)  Noasitisverydangerousto use

  

 

1

  

 

1markeach

  

 

 

 

A
C303.1 3 11 Aknucklejointisunsuitablefortworotatingshafts,whichtransmit torque

A.2    B.3    C.4   D.5

 1 1markeach  

B
 

C303.1

  

3

  

12

 Aknucklejointisunsuitablefortworotatingshafts,whichtransmittorque A.True

B False

  

1

  

1markeach

  

 

 

B
 

 

C303.1

  

 

3

  

 

13

 TheconstantfactorincaseofR10seriesofpreferrednumbersis A.1.06

B.1.12

C.1.26

D. 1.58

  

 

2

  

 

2markeach

  

 

 

 

C
 

C303.2

  

1

  

14

 Ashaftisdesignedonthebasisofrigidityandstiffness.

A.  Correct

B.  Incorrect

  

1

  

1markeach

  

 

B

 

 

C303.2

  

1

  

15

 A crankshaft is a                           shaft.

A.  transmission

B.  machine

  

1

  

1markeach

  

 

B
 

C303.2

  

2

  

16

 Indesigningaflangecoupling,thepitchcirclediameterofboltsistakenas(where d= Diameter of the shaft)

A.2d     B.3 d

C.4 d     D.5 d

  

2

  

2markeach

  

 

 

A
 

 

C303.2

  

 

1

  

 

17

 Whichofthefollowingstatementis correct?

A.  Aparallelsunkkeyisataperlesskey

B.  Aparallelsunkkeymayberectangularorsquareincross-section

C.  Aflatsaddlekey isataperkeywhichfitsinakeyway ofthehubandisflatonthe shaft

D.  allof the above

  

 

1

  

 

1markeach

  

 

 

 

 

A
 

 

C303.2

  

 

1

  

 

18

 Acouplingusedtoconnecttwoperfectlyalignedshafts,is

A.  muffcoupling

B.  compressioncoupling

C.  flangecoupling

D.  allofthese

  

 

1

  

 

1markeach

  

 

 

 

D
 

 

C303.2

  

 

3

  

 

19

 Forasquarekey madeofmildsteel,theshearandcrushingstrengtharerelatedas

A.  shearstrengthisequaltocrushing strength

B.  shearstrengthisgreaterthancrushingstrength

C.  shearstrengthislessthancrushingstrength

D.  noneof the above

  

 

2

  

 

2markeach

  

 

 

 

B
 

 

C303.2

  

 

1

  

 

20

 Inaflangecoupling,theflangesarecoupledtogetherbymeansof

A.  boltsandnuts

B.  studs

C.  headlesstaperbolts

D.  none of these

  

 

1

  

 

1markeach

  

 

 

 

A
 

 

C303.2

  

 

3

  

 

21

 Maximumshearstresstheory isusedfor

A)  Castironshafts

B)  Steel shafts

C)  Flexibleshafts

D)  Plastic shafts

  

 

1

  

 

1markeach

  

 

 

 

B

 

 

 

C303.2

  

 

3

  

 

22

 Splinesarecommonlyusedin

A)  Machinetoolgearbox

B)  Automobilegearbox

C)  Hoistandcranegearbox

D)  Bicycle

  

 

1

  

 

1markeach

  

 

 

 

B
 

 

C303.2

  

 

2

  

 

23

  

The bendingmoment ‘M’anda torque ‘T’is applied ona solidcircularshaft. If the maximum bending stress equals to maximum shear stress developed, then ‘M’is equal to

A.T/2         B.T

C.2 T          D.4T

  

 

2

  

 

2markeach

  

 

 

 

 

A
 

 

C303.2

  

 

1

  

 

24

 TransmissionshaftincludesOverheadshaft

A)Overheadshaft

(B)  Countershaft

(C)  Lineshaft

(D)  All of these

  

 

1

  

 

1markeach

  

 

 

 

D
 

 

C303.2

  

 

2

  

 

25

 Two shafts A andB are made of same material.The diameter of shaft A is twice that of B. The torque transmitted by shaft A will be

A)  Twice that ofB

B)  Fourtimesthatof B

C)  Eighttimesthat of B

D)  Sixteentimesthat of B

  

 

1

  

 

1markeach

  

 

 

 

 

C
 

 

C303.2

  

 

1

  

 

26

 Thecompressivestressinducedinasquarekey is,

A)  Equaltoshearstress

B)  Fourtimesofshear stress

C)  Twice of shearstress

D)  Halfofshear stres

  

 

1

  

 

1markeach

  

 

 

 

C
 

 

C303.2

  

 

3

  

 

27

 The maximum shear stress induced ina transmissionshaft, subjectedto bendingstress (σb) and torsional shear stress (τ), is given by,

A)  √[(σb/2)2+τ2]

B)  √[σb2+τ2]

C)  σb/2+½√[(σb/2)2+ τ2]

D)  Noneof above

  

 

2

  

 

2markeach

  

 

 

 

 

A

Project Based Learning

Project Based Learning

Posted: December 16, 2024

Academic Year 2023-24

Sr. No. Name of the Student Title of the Project
1 VIBHUTE RAMKRISHNA BHAGATSINGH Air Intake Restrictor
PATWARDHAN SOHAM PARESH
SOHAM KALE
SATHE PRANAV SHAILENDRA
JADHAV ATHARV SHAILESH
KELKAR SHREYAS YOGESH
2 DAREKAR AVISHKAR SATISH OBSTACLE AVOIDING ROBOT
KANSE ARYAN SUBHASH
KENKARE RUDRAKSH PRAMOD
GAWADE ADITYA HEMANT
MOHORIR SHREEVALLABH PRAVIN
3 KATE OM NANASAHEB Prototype of Jet Engine
MOHITE DEVRAJ SANTAJI
TEREDESAI SUJAY PRASAD
KHADE YASH RAJESH
MHASKE KRUSHNA RAJENDRA
MUNDE BALAJI TUKARAM
4 ADKAR SHREESH RAJANISH WATER PURIFICATION SYSTEM
PATIL KABEER HRISHIKESH
MAKHAMALE PARTH PRASHANT
DHOK KSHITIJ RAGHUNATH
SARILE ANUSHREE SANDEEP
5 AMALE DNYANESHWARI BALKRUSHNA Sensor Logic (Robotics Lab)
POOJA RAJPUT
NALE SANSKRUTI ANIL
SHINDE KRUTIKA YUVRAJ
6 KOLWADKAR DEVRAJ BHAGWAT ULTRASONIC HUMIDIFIER
PRANAY DHANVIJ
WAGHMARE YOGESH ARUN
7 DESHPANDE ANAY SUYOG EXHAUST MANIFOLD ANALYSIS (SUPRA)
GANGURDE PRATIK ASHOK
THAKARE ADESH VILAS
RANE GITESH RAJEEV
8 HIRALKAR ADITYA PRASAD Robotics Arm using Machine Learning
INGOLE KSHITIJ SIDDHARTH
GOTMUKLE SIDESH RAM
RUDRA VILAS KAILASWAR
PARATKAR SAHIL MANOJ
9 WARKHADE SIDDHESH SANTOSH Automated Parking System Using PLC (Robotics Lab)
PINGLE OJAS MAHESH
PATIL ABHISHEK SUNIL
SURYAWANSHI SUMEDH PRAVIN
KHOT SUJAY MAHESH
MANE SWAPNIL ASHOK
10 BRAHME JUI AMOL Four Bar mechanism with a variable joint
KADAM SHRUTI SHAILESH
KULKARNI HEMANGI AAKASH
GHAM JUI RAJAN
JOSHI TANAY PARAG
BORSE OM NIMBA
11 GOBARE SOHAM ANIL Power Generation Through Railway Track
WANKHADE VINAY SHRIKANT
CHAVAN PRASAD AJITKUMAR
KHOJE YASHRAJ RAJESH
RAJURKAR ROANAK MILIND
BHISE SHREY VIJAY
12 LAWATE GAURAV AMIT Omni-Directional Robot using Mecanum Wheels
PATIL MAYUR DINKAR
AHIREKAR TANISHKA SHIRISH
GADGI AKASH SHIVAJI
SIRSAVKAR ARYAN MAKARAND
DHANGAPURE GAURAV SHIVANAND
JADHAV OM SHAHURAO
PATIL PUSHPAJ SANDIP
13 SARWADE JIVAN ASARAM Pneumatic Cylinder operated Forward Reverse Logic (Robotics lab)
KULKARNI RUGVED RAHUL
BHISE ADITYA SANGRAM
GORE AMIT RAGHUNATH
SHEMBADE ASHUTOSH PRASHANT
KALE ANUJ SUDHAKAR
EKATPURE RUGVED SATISH
14 AJGAONKAR PRANEETA ASHISH AUTOMATIC WATER
PUMP (LEVEL BASED)(Robotics Lab)
SHAIKH MUZAMMIL MUSHTAQ
THORE ABHIJEET SACHIN
PRATHAMESH JADHAV
PATIL AAKANKSHA MOHAN
KOLTE PRATHAMESH AJIT
DIMBALE SAMARTH TUKARAM
15 ANERAO MITHILESH ANANT CONVEYOR (Robotics Lab)
BHAVAR ALPESH ASHOK
PAWAR SAKSHI SUNIL
RUPNAWAR PRANAV VITTHAL
NIRWAN SIYA AJAY
DIWANE NIKITA RAVINDRA
16 JYOTI  KUMARI AUTOMATED IRRIGATION SYSTEM
BHASKAR RAMU CHAVAN
RITESH NAVNATH GANGANE
PAVAN NAVNATH GANGANE
RUTVIK JALINDAR PAWAR
TEJAS VITTHAL KHANDGE
17 JAGTAP VARADAYINI RAJESH Remote Controlled – Pick And Place Robot
SHRUTI UMESH NATH
ARYAKEE SACHIN SORTE
AMIT ATUL JOSHI
RUGVED NITIN DHARMADHIKARI
HARSH AMOL YADAV
18 KULKARNI DEVRAJ RAJENDRA V Cylinder Engine Prototype
SHIVANI SHANKAR SANAS
MAKAM  VARUN
VARAD RAVINDRA PISE
BHAVESH VIKAS SONAWANE
19 ASHMIT SUBHASH SARWADE GO Down Logic (Robotics Lab)
VAJRESH AMIT LATKAR
AYUSH ANAND LANKE
ROHAN MOHAN NEEL
KARTIK BALVANT PANZADE
BHARAT SHIVAJI SHINDE
20 SHREYASH PRAMOD PATIL IOT Based Office Automation
ABHIJEET HANMANT CHAVAN
SARTHAK MAHENDRA PANCHAL
TANMAY GANESHPRASAD SAHASRABUDHE
SAGRAMSINH SHIVAJI WAGHMARE
ASHWINKUMAR BALU KUMBHAR
21 PARTH DHAIRYASHIL CHAVAN POWER GENERATION FROM SPEED BRAKER
PRATHMESH DHAIRYASHIL CHAVAN
GANESH BALAJI CHAUDHARI
MAHESH SHRINIWAS BHANDARI
PARTH KUNDAN SHELAR

Academic Year 2022-23

Sr. No. Name of the Student Title of the Project
1 Gargi Gadgil Radar Detector Using Aurdino UNO
Shrutika Mane
Sahil Rasal
Sharvil More
Ritesh Ingale
2 Athrva Tikore Smart Irrigation System
Shreyas Joshi
Aditya Kamble
Atharv Bhoite
Manomay Bhosle
Prathamesh Satpute
3 Sreyas rathod Veturi Type Air Restrictor for SAE Vahicle
Sarthtak Shukla
Tanmayee Pandav
4 Ashish Saini Fundamentals of Ansys
Vinay Marta
Ruturaj Umardand
Tejas Amilkanthwar
5 Anshu Kumari Demonstration of Most Stable Ship Hull
Sahil Bhakare
Tejas Jadhav
6 Pratham Palekar Marine Oil Spills removal
Dnyaneshwari Jare
Sakshi Shinde
Shashhikanr Karbhari
Sahi Sondkar
7 Kunak Chavan Cow Water Feeder
Ganesh Nimbalkar
Rajat Sandbhor
Tanish Navle
Sujit Surve
Tanishq Gaikwad
8 Jay Shinde Household Security System Using Ultrasonic Technology
Shubhan Thakar
Tanmay Lele
Soham Dandane
Aboli Kulkarni
Gaura Burhade
9 Pratham Patil Contactless Infrared Thermometer
Aditya Manakikar
Atharva Satav
10 Anurag Sonavane Clap Sensing Usin Transformer
Omkar Dhumal
Aditya Khot
Parth Joshi
Arya Bhalakikar
Siddharth Fulpagare
11 Abhishek Bhatlawande Laser Security Alarm for Animals
Shreyas Dixit
Arya Shinde
Sujit Rajput
Soham Bhongade
12 Mehul Phegade Automatic Solar Panel Cleaner
Vrushabh Upadhye
Om Laychetti
Pranav Khade
Aditya Didwal
Devang Jagtap
13 Chinmay Ppanchbhai Power  Driven Reciprocating Cutting Machine
Vallabh Manjare
Yash Pradhan
Chinmay Limaye
Prathamesh Borge
14 Shreyas Bothe Power Generation Through Swing
Ajinkya Ingale
Yashwant Thawal
Tejas Raut
15 Onkar Dhekale Epycyclic Gear Train
Adarsh Jamdade
Harshal Gaiwad
Shubham Kavade
16 Yedle Rutuja Working of Radial Piston Engine
Akim Mahesh
Gobbur Rohini
Borhade Atharva
17 Varnika Patted Regenerative Braking
Anurag Jagdale
Prasad Parange
Yash Mulya
Shashi Chirame
18 Varadraj Kumbhar Research on Exhaust Muffler & Manifold
Madhura Deshpande
Siddhi Sahane
Aditya Kulkarni
Ayush Patil
Sharvil Deshpande
19 Amogh Vaidya Multipurpose Tool Using Slider Carnk
Tanmay Kulkarni
Shraddha Kore
Aryan Dhamale
Rajiv Shelke
Jay Kitukale
20 Gajanan Shingade Laser Protection System
Sagar Patil
Yash Khalate
21 Shreyas Bodake Dual Axis Sun Tracker system
Yash Shingate
Kartik Shingate
Kushal Dange
Pratik Nikam
22 Atharva Kamble Aurdino Based Robotic Cleaner Using Bluetooth Module
Krushna Satale
Yash Yeole
Kulkarni Sarvesh
Ganesh Padalkar
23 Shivam More Rain Sensing Device Using Aurino
Aditya Marathe
Reva Baglane
Atharva Kale
Prathamesh Konda
24 Lakshman Jadhav Foot Step Power Generation
Nikhil Badgujar
Amit Kedar
Pavan More
Ashay Kulkarni
25 Sahil Khandale Automatic Handbrake System
Alok Thorat
Aryan Shinde
Nikita Kadam
Rugved Chavan
Pitush Nandgaonkar
26 Avishkar Sawant Aurdino Crystal LCD Project
Aditya Sawant
Tanay Gaiwad
Vishvesh Bari
27 Aditya Dumbre Electricity Generation Through Speedbraker
Prathamesh Aphale
Shubham Jagtap
Sujai Navale
Malhar Jagtap
28 Chinmay Talwalkar Worm & Worm Gear Box
Adkar Attharva
Patil Shivkumar
Om Tidke
Patil Ashish
29 Mohit aviskar Hydraulic Braking System
Pranav Sonavane
Rohan Madne

Google Classroom

Google Classroom

Posted: December 16, 2024
Sr.No. Name of Faculty Subject Google Classroom link
1 Dr.M.M.Bhoomkar Operation Research https://classroom.google.com/c/Mzk0OTE4MjIyODEx?cjc=zdsuglf
2 Dr.M.M.Bhoomkar Mechatronics https://classroom.google.com/c/Mzk1ODMyMzY0MDA0?cjc=6mgr4b2
3 Dr.P.V.Kulkarni Dynamics of Machinery https://classroom.google.com/c/NjE3MzgyNjkyMTc3
4 Dr.P.V.Kulkarni Design of Transmission Systems https://classroom.google.com/c/NjQ2ODExNDAzODEy
5 Prof.A.D.Zope Fluid Mechanics https://classroom.google.com/c/NjM5MjU5OTc4MDQy?cjc=xbnkovz
6 Prof.Mrs.M.S.Shete Heat and Mass Transfer https://classroom.google.com/c/NjE2NjIwMjEzOTM1
7 Prof.V.S.Chavan Energy Engineering https://classroom.google.com/c/NDgzNTI5MjgwNzgx?cjc=cqs3jc7
8 Prof.S.S.Chikshe Turbomachinery https://classroom.google.com/u/1/c/NjE2Njg0NDQzMjM0
9 Prof.S.S.Chikshe Advance Forming and Joining Processes https://classroom.google.com/u/1/c/NTM5NTczMDcwMjA3
10 Prof.S.S.Chikshe Computer Integrated Manufacturing https://classroom.google.com/u/1/c/NjQ2ODg0MTAzOTkz
11 Prof.S.S.Chikshe Engineering Matrials and  Metallurgy https://classroom.google.com/u/1/c/NTM5NTY4MjE0MzU3
12 Prof.C.V.More Automation and Robotics https://classroom.google.com/c/NjYyNDcyMTkxNTgw
13 Prof.C.V.More Manufacturing Processes https://classroom.google.com/c/NjU1MzY2MTk5MDI1?cjc=xysbtt4
14 Prof.R.M.Panage Solid Modeling and Drafting https://classroom.google.com/c/NjE3NjE5MjQ3NTE5
15 Prof.R.M.Panage Energy Audit and Management https://classroom.google.com/c/NjI3ODgyNTM1MzI2
16 Prof.R.M.Panage Electrical and Hybrid Vehicle https://classroom.google.com/c/NjQ2OTEyMTA5NTc1
17 Prof.R.M.Panage Internet of Things https://classroom.google.com/c/NTM4OTI0MzQwMzY4
18 Dr.G.V.More Heating Ventilation and Air Conditioning https://classroom.google.com/c/NjE3NjIyODA3MDk1?cjc=p5cxy2w
19 Dr.G.V.More Applied Thermodynamics https://classroom.google.com/c/NTE2MjIyMjEwMTc3?cjc=cadt22e

Learning new skills via online platform like Coursera

Learning new skills via online platform like Coursera

Posted: April 2, 2025

Online Platform of Coursera

Sr.No. Name of the capacity development and skills enhancement program Number of Students Enrolled Date of Implementation
1 Astro 101: Black Holes 1 07-06-2020
2 Building Arduino robots and Devices 1 06-08-2020
3 Coursera-Advance Writing 1 18-07-2020
4 Coursera-AI for Everyone 1 15-06-2020
5 Coursera-AI for Everyone 1 23-09-2020
6 Coursera-An Introduction to Programming the Internet of Things 1 27-07-2020
7 Coursera-Application in Engineering Mechanics 1 17-06-2020
8 Coursera-Application in Engineering Mechanics 1 16-06-2020
9 Coursera-Autodesk Fusion 360 Integrated CAD/CAM/CAE 1 21-07-2020
10 Coursera-Autodesk Fusion 360 Integrated CAD/CAM/CAE 1 20-09-2020
11 Coursera-Building Text-Based Bank in JAVA 1 30-06-2020
12 Coursera-Covid-19 Contact Tracing 1 22-01-2020
13 Coursera-Create Your First Python Program 1 10-06-2020
14 Coursera-Digital Manufacturing & Design 1 27-06-2020
15 Coursera-Digital Manufacturing & Design 1 08-07-2020
16 Coursera-Electric Power System 1 23-06-2020
17 Coursera-Electric Power System 1 23-06-2020
18 Coursera-Everyday Excel, Part 1 1 26-09-2020
19 Coursera-Everyday Excel, Part 1 1 01-08-2020
20 Coursera-Excek Skills for Business:Essentials 1 06-08-2020
21 Coursera-Ferrous Technology I 1 15-06-2020
22 Coursera-Ferrous Technology II 1 17-06-2020
23 Coursera-Fundamentals of Graphic Design 1 16-06-2020
24 Coursera-Google Cloud Product Fundamentals 1 25-09-2020
25 Coursera-Google Cloud Product Fundamentals 1 19-06-2020
26 Coursera-Image Processing Python 1 18-06-2020
27 Coursera-Infrastructure and Appl. Modernization with Google Cloud 1 19-06-2020
28 Coursera-Intel Network Academy 1 21-06-2020
29 Coursera-Intelligent Machining 1 12-05-2020
30 Coursera-Intro to Digital Manufacturing with Autodesk Fusion 360 1 12-06-2020
31 Coursera-Introduction to Digital Manufacturing with Autodesk Fusion 360 1 28-06-2020
32 Coursera-Introduction to Economic Theories 1 27-07-2020
33 Coursera-Introduction to Engineering Mechanics 1 10-06-2020
34 Coursera-Introduction to Engineering Mechanics 1 10-07-2020
35 Coursera-Introduction to Engineering Mechanics 1 25-07-2020
36 Coursera-Introduction to Engineering Mechanics 1 10-06-2020
37 Coursera-Introduction to Financial Markets 1 03-06-2020
38 Coursera-Introduction to Financial Markets 1 11-10-2020
39 Coursera-Introduction to Game Development 1 10-09-2020
40 Coursera-Introduction to Internet of Things and Embedded Systems 1 22-08-2020
41 Coursera-Introduction to Mech. Eng. Design & Manufacturing with Fusion 360 1 19-09-2020
42 Coursera-Introduction to Mechanical Engineering 1 17-07-2020
43 Coursera-Introduction to Programming with MATLAB 1 18-08-2020
44 Coursera-Introduction to Thermodynamics 1 13-06-2020
45 Coursera-Introduction to Thermodynamics 1 14-06-2020
46 Coursera-Introduction to Thermodynamics 1 14-08-2020
47 Coursera-Introduction to Thermodynamics 1 14-07-2020
48 Coursera-Introduction to Thermodynamics 1 14-06-2020
49 Coursera-Introduction to Typography 1 29-09-2020
50 Coursera-Learning how to Learn 1 21-06-2020
51 Coursera-Material Processing 1 28-09-2020
52 Coursera-Material Processing 1 16-11-2020
53 Coursera-Material Processing 1 04-11-2020
54 Coursera-Material Processing 1 14-09-2020
55 Coursera-Material Science 1 22-09-2020
56 Coursera-Material Science 1 19-10-2020
57 Coursera-Material Science 1 02-10-2020
58 Coursera-Material Science 1 17-10-2020
59 Coursera-Material Science 1 02-11-2020
60 Coursera-Material Science 1 17-10-2020
61 Coursera-Material Science 1 21-09-2020
62 Coursera-Material Science 1 03-10-2020
63 Coursera-Mechanics of Materials I 1 16-07-2020
64 Coursera-Mechanics of Materials I 1 16-07-2020
65 Coursera-Mechanics of Materials I 1 06-07-2020
66 Coursera-Mechanics of Materials II 1 09-08-2020
67 Coursera-Mechanics of Materials III 1 10-07-2020
68 Coursera-Natural Gas 1 27-07-2020
69 Coursera-Oil & Gas Industry Operations and Markets 1 25-07-2020
70 Coursera-Programming for Everybody 1 05-11-2020
71 Coursera-Programming for Everybody 1 19-06-2020
72 Coursera-Programming for Everybody 1 22-04-2020
73 Coursera-Programming for Everybody 1 29-06-2020
74 Coursera-Programming for Everybody 1 30-06-2020
75 Coursera-Programming for Everybody 1 26-04-2020
76 Coursera-Programming for Everybody 1 06-05-2020
77 Coursera-Programming for Everybody 1 06-05-2020
78 Coursera-Programming for Everybody 1 06-05-2020
79 Coursera-Programming for Everybody 1 10-05-2020
80 Coursera-Programming for Everybody 1 10-05-2020
81 Coursera-Programming for Everybody 1 05-07-2020
82 Coursera-Programming for Everybody 1 25-04-2020
83 Coursera-Programming for Everybody 1 12-05-2020
84 Coursera-Programming for Everybody 1 13-06-2020
85 Coursera-Programming for Everybody 1 05-06-2020
86 Coursera-Python Data Structures 1 02-05-2020
87 Coursera-Python Data Structures 1 31-05-2020
88 Coursera-Python Data Structures 1 01-06-2020
89 Coursera-Python Data Structures 1 06-06-2020
90 Coursera-Python Data Structures 1 15-07-2020
91 Coursera-Python Data Structures 1 22-06-2020
92 Coursera-Python Data Structures 1 21-07-2020
93 Coursera-Python Data Structures 1 02-05-2020
94 Coursera-Python for Everybody 1 27-06-2020
95 Coursera-Six Sigma Tools for Improvement and Control 1 20-06-2020
96 Coursera-Six Sigma Tools for Improvement and Control 1 25-05-2020
97 Coursera-Six Sigma Tools for Improvement and Control 1 01-06-2020
98 Coursera-Successful Negotiation 1 10-05-2020
99 Coursera-Use Canva to Create Social Media Marketing Designs 1 17-06-2020
100 Coursera-Using Databases with  Python 1 06-10-2020
101 Coursera-Using Python to Access Web Data 1 21-06-2020
102 Interfacing with Arduino 1 15-07-2020
103 Interfacing with Raspberry Pi 1 18-07-2020
104 Introduction to Artificial Intelligence 1 07-09-2020
105 Introduction to Machine Learning 1 28-11-2020
106 Material Processing 1 02-10-2020
107 Material Science: 10 Things Every Engineer should Know 1 08-11-2020
108 Material Science: 10 Things Every Engineer should Know 1 09-11-2020
109 Mind Control: Managing Your Mental Health During COVID-19 1 16-08-2020
110 Mindshift: Break through obstacles to learning and discover your hidden potential 1 29-12-2020
111 Positive Psychology 1 30-08-2020
112 Programming for Everybody (Getting Started with Python) 1 06-06-2020
113 Programming for Everybody (getting started with python) 1 11-05-2020
114 Programming for Everybody (getting started with python) 1 07-06-2020
115 Programming for Everybody (getting started with python) 1 04-05-2020
116 Programming for the IoT Project 1 27-07-2020
117 Programming Fundamentals 1 13-06-2020
118 Proramming  for the internet of Things Project 1 18-07-2021
119 Python data structures 1 06-11-2020
120 Science of Exercise 1 15-08-2020
121 Sensors and Sensor Circuit Desing 1 21-06-2020
122 The Arduino Platform & C Programming 1 29-06-2020
123 The Raspberry Pi Platform and Python Programming for the Raspberry Pi 1 18-07-2020
124 The Raspberry Pi Platform and Python Programming for the Raspberry Pi 1 18-07-2020
125 Work Smarter, Not Harder: Time Management for Personal & Professional Productivity 1 31-07-2020

 

NPTEL Courses

NPTEL Courses

Posted: April 2, 2025

NPTEL Courses

Self Learning Facilities

Name of Department: Mechanical Engineering Department

Facility: NPTEL Courses

Out of appeared 49 candidates to Computer integrated course in June – Oct. 2023, 3 students scored and received Gold Medal with their Mentor teacher as follows

Academic Year Class Subject No of students who Completed certification
2022-23 BE Computer Integrated Manufacturing

 

 121
2023-24 SE Manufacturing  Proceeses (Manufacturing Guidelines For Product Design)

 

 92
BE Computer Integrated Manufacturing

 

 91
BE Product Design & Development

 

 35
TE Advance Forming & Joining Processes (Advances In Welding And Joining Technologies) 4
2024-25 TE Product Design & Development 73
BE Introduction to Mechanical Vibration 03

Some of the certificates of the students

Pedagogical Initiatives

Pedagogical Initiatives

Posted: April 10, 2025

Dynamics of Machinery and Theory of Machines

Online Lectures prepared for following Topics:

Vibration Signal Acquisition https://youtu.be/RiP0QTzlD6w?si=8h3G8oGppXwuyM4A
Gyroscopic Effect Explained https://youtu.be/6OznJ3_o6yw?si=shdL2JexCXVNUT5s
Involute Profile Gear Tooth https://youtu.be/mO8Ar7lzV-w?si=S_ZonTno0pcOKCbB
Cam Jump https://youtu.be/uqzCunfzCLA?si=56JF2k76pGBreCyS
Worm Gear Box https://youtu.be/ZBQ5ukBJpYs?si=DnXiDnZx-zmKHf5t
Gear Types https://youtu.be/TpBSYyppvSk?si=KRh-yoDzb4vJuOly
Conjugate Profile https://youtu.be/8LnzYiZQJd0?si=ITQOZ7mWoafzwBlT

Innovative Teaching Method: Demonstration of Geneva Mechanism

Name of Faculty: Prof. A. P. Kaldate

Subject: Kinematics of Machinery

Class: SE

 Overview:
To enhance understanding of intermittent motion mechanisms and real-world machine

components, a working model of the Geneva mechanism was developed and integrated into classroom teaching.

Objective:
The aim is to bridge the gap between theoretical concepts and practical understanding, particularly in courses related to Theory of Machines, Kinematics of Machinery, or Mechanical Design.

Implementation:
A fully functional Geneva mechanism was fabricated and used to demonstrate:

  1. Conversion of continuous rotary motion into intermittent motion.
  2. Indexing mechanisms used in film projectors, packaging machines, and CNC indexing tables.
  3. Kinematic relationships between driver and driven components.

Teaching Strategy:

  1. Students observed live demonstration during lectures.
  2. A short explanatory video (e.g., APK.mp4) was shown to reinforce concepts.
  3. Post-demo discussions and quizzes were conducted to assess understanding.

Impact/Outcome:

  1. Improved student engagement and concept clarity.
  2. Students could better relate theoretical diagrams to real-world applications.
  3. Encouraged curiosity and innovation in mechanical systems.

Media Support:
A video demonstration is available as a part of the learning module to allow repeated viewing and revision.

PO & PSO Mapping for Geneva Mechanism as an Innovative Teaching Method

Sr. No. Innovative Practice Mapped POs
1 Demonstration of Geneva Mechanism PO1: Engineering Knowledge
PO2: Problem Analysis
PO5: Modern Tool Usage
PO9: Individual and Team Work
PO10: Communication

 

Innovative Teaching Method: Oscillating cylinder mechanism

Name of Faculty: Prof. R. S. Pakhankar

Subject: Kinematics of Machinery

Class: SE                                                                                                       

AY2023-24 Term-II                                                                                       

Course: Kinematics of Machinery (202047)    

For the subject Kinematics of Machinery, mechanisms are very important and fundamental topic. To understand working of mechanism, students have prepared working model of the mechanism by using college cardboard and wooden. To make model they can use facility available in the college workshop and hands on experience of different manufacturing process. Four bar mechanism is very important and used in many applications to transfer motion and power. Governing parameter in four bar mechanism is length of the link, By selecting proper length of the links one can generate different inversions of mechanism. If there is change in the length of different link how the mechanisms work is very interesting concept. V-lab is used to simulate the mechanism in which students are able to change the length of the different links and understood the concept very clearly and then they proceed for the physical model of the mechanism.

For proper understanding of mechanism, students have prepared model of the mechanism as an innovative teaching mechanism.

For proper understanding of mechanism, simulation and explanation through presentation and animation of the mechanisms.

 

Course Name Turbomachinery
Corse Code C403
Name of Faculty Prof. Jayant S. Kulkarni
Name of the Topic Introduction To Hydro Power Plant
Mapped PO’s PO1, PO7, PO9, PO10, PO11, PO12
Mapped PSO’s PSO1
Type of Activity Role Play Activity
Class & Division BE Mech, Div: -B
Day & Date of Activity Monday, 7th October 2024, 2- 3 pm
 

 

 

 

 

 

 

 

 

 

 

 

Summary Of Activity

 ·        The students of BE Division B took part in a role play activity to explain the introduction to hydro electric power plant. In this activity, the acted as different parts of the power plant, such as the dam, turbine, generator, and control room, to show how electricity is produced using water.

·        First, they explained how water is stored in dam and then released to flow through a turbine. The force of the moving water makes the turbine spin, which then turns the generator to hydroelectric power, like how it is a clean and renewable source of energy. Additionally, they mentioned some challenges, such as the effect on the environment and the high cost of building dams.

·        This activity make learning fun and helped students understand the topic more easily. It also imporved their teamwork, creativity and communication skills.

·        Through roleplay, they where able to visualize and explain the working of a hydroelectric powerplant in a simple and interesting way

 

Mechanism Course Relevant Links
Virtual Lab Heat & Mass Transfer https://vlab.amrita.edu/index.php?sub=1&brch=194

 
Fluid Mechanics https://me.iitp.ac.in/Virtual-Fluid-Laboratory/

 

 
Recording of videos on Lab experiments (For Online) Heat & Mass Transfer https://drive.google.com/drive/folders/1E71QD1SoKf0GxulbRE7vUr7Brec35Jdq
Application oriented and group Assignments Heat & Mass Transfer https://classroom.google.com/c/Njk3NDczMjI2Njc2
Fluid Mechanics https://classroom.google.com/c/NTE2MzM1MzI3MTc5

https://classroom.google.com/c/NjM5MjU5OTc4MDQy

 
NPTEL videos shared Heat & Mass Transfer https://www.youtube.com/watch?v=qaPQOjS3zA&list=PL5F4F46C1983C6785

 
Fluid Mechanics https://nptel.ac.in/courses/112/105/112105171/

https://nptel.ac.in/courses/112/104/112104118/