Mechanical Engineering

About Department

The Department of Mechanical Engineering was established in the year 1991 with UG course in Mechanical Engineering having an intake of 60 students and later in 2009 the strength was increased to 120. The Department acquired its recognition as a Ph.D. Research Centre by Savitribai Phule Pune University in the year 2013. There are 5 faculty members recognized as Research Supervisors for PhD programme. The Department has received over 46 lacs from various organizations for research and innovation. We have state of art equipment’s for research and development. The Product Innovation Laboratory is buoyed by 3DPLM-Dassault Systems. La Fondation Dassault Systemes (Dassault Systems Foundation) has given sponsorship for various students projects which support the development of social needs Team Nanoknocks from department of Mechanical Engineering PVG’s COET received a cash prize 2.5 lakhs for developing a solution that solves the problems of massive oil spills and filters the waters up-to drinkable level. The department has signed MoU’s with distinguished organizations like Dassult systems and Accurate Industries. The faculty members of the department impart quality education to students as most of the faculty members have completed their education from Institutes of National Importance. The faculty promotes research culture amongst students and best practices to bridge the gap in Industry–Academia. They are committed to provide interactive and innovative teaching so as to transform students into competent engineering professionals having good ethical, social and human values. The students are focused to do final year project from reputed R&D organizations like DRDO, Bhabha Atomic Research Centre and Industries like TATA motors etc.  Till date students are placed in reputed companies such as Mitsubishi (Japan), HERO Motor Corp, Siemens, Kirloskar Pneumatic, Mahindra and Mahindra etc.

Vision of the Department

“To become premier source of competent Mechanical Engineering professionals for providing service to the society”

Mission of the Department

• To provide state of the art facility and to offer opportunities for multifaceted development and enriching learning experience for students, faculty and staff.
• To enhance the status as a recognized academic and research Centre in collaboration with other institutions and industry.
• To provide interactive and innovative teaching to transform students into competent engineering professionals having good ethical, social and human values.
• To deliver ready to employ engineering graduates who are adaptable and practicing lifelong learning to meet the ever-changing requirements of the employers

The Program Educational Objectives

• PEO-I: To demonstrate the ability to design, develop products, systems and processes in multi-disciplinary engineering environment by application of principles of Science and Engineering
• PEO-II: To develop experimental and computational skills necessary to formulate and solve industrial problems related to Mechanical Engineering
• PEO-III: To offer sustainable solutions through research, technological competency, leadership skills and teamwork
• PEO-IV: To continue professional development through higher education and lifelong learning
• PEO-V: To demonstrate socio-economic, ethical and environmental awareness while making professional decisions

Program Outcomes (POs)

Mechanical Engineering Graduates will be able to:

1. Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
2. Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
3. Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
4. Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
5. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
6. The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
7. Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
9. Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
10. Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
11. Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
12. Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

Program Specific Outcomes (PSOs)

1. Demonstrate competency in the area of Thermal, Design, Manufacturing and to apply skills  in multidisciplinary areas of engineering
2. Face competitive examinations that offer challenging and rewarding careers (pursuing higher studies, general administration or entrepreneurship) in mechanical engineering or other areas.

Doctorate in Mechanical Engineering

The Department of Mechanical Engineering of PVG’s COET has an approved as a “Post Graduate Research Centre” affiliated to Savitribai Phule Pune University (SPPU) since 2013.

List of Ph.D Supervisors

Sr.No.	Name of Supervisors	Research Area
1	Prof. Dr. S. V. Gawali	Mechanical Design, FGM
2	Prof. Dr. M.M. Bhoomkar	Design & Manufacturing
3	Prof P. G. Kulkarni	Mechanical Design
4	Prof. Dr. Mrs. S. S. Sane	Thermal
5	Prof. Dr. R. L. Edlabadkar	Thermal

Details of the Ph.D. candidates at the Research Centre

Sr.No.	Name of Student	Name of Guide
1	Patil Dipak Sakharam	Prof. Dr. M.M. Bhoomkar
2	KambleDattaray Pandurang	Prof. Dr. M.M. Bhoomkar
3	Patil Vijay Rajaram	Prof. Dr. Mrs. S. S. Sane
4	Kunjir Chandrakant Tukaram	Prof. Dr. R. L. Edlabadkar
5	KaldateAnilkumarPralhad	Prof. Dr. R. L. Edlabadkar

Faculty

Department of Mechanical Engineering has 4 faculty members completed Ph.D. Most of the faculty members have completed their education from Institutes of National Level Importance such as Govt. Colleges, IIT, NIT etc... The list of the faculty members working in the Department of Mechanical Engineering is as below:

Sr. No.	Name of the Faculty	Designation	Qualification	Experience (Years)
1	Prof. Dr. S.V. Gawali	HOD (Mechanical)	Ph. D (Mech) Govt. College	21
2	Prof. Dr. M. M. Bhoomkar	Associate Professor	Ph. D (Mech) Govt. College	22
3	Prof. M.C. Nagoshe	Assistant Professor	BE (Mech)	22
4	Prof. D.S. Patil	Assistant Professor	ME (Mech)	19
5	Prof. J.S. Kulkarni	Assistant Professor	M.E (Heat Power)	27
6	Prof. Dr.N.G. Jaiswal	Assistant Professor	Ph. D (Mech) COEP	18
7	Prof. Dr. P.G. Kulkarni	Assistant Professor	Ph. D(Mech) COEP	18
8	Prof. S.A. Yevale	Assistant Professor	ME (Mech)	12
9	Prof. Mrs.Ami Barot	Assistant Professor	ME (Mech)	15
10	Prof. P.P. Bhide	Assistant Professor	ME (Mech)	22
11	Prof. A.D. Zope	Assistant Professor	M.Tech (Mech) COEP	11
12	Prof. Mrs. M.C. Shete	Assistant Professor	ME (Mech)	10
13	Prof. V.S. Chavan	Assistant Professor	M.Tech (Mech) COEP	7
14	Prof. R. Singh	Associate Professor	M. Sc.	27
15	Prof. S. T. Gaikwad	Assistant Professor	ME	19
16	Prof. Mrs. V. S. Samant	Assistant Professor	ME	12
17	Prof. N. R. Sonawane	Assistant Professor	ME	9
18	Prof. A. C. Kulkarni	Assistant Professor	M.Tech (Design) COEP	5
19	Prof. P. G. Anekar	Assistant Professor	M.Tech (Thermal) SVNIT, Surat	5
20	Prof. D. S. Shelke	Assistant Professor	M.Tech (CAD/CAM) NIT, Delhi	2
21	Prof. V. B. Hiwase	Assistant Professor	M.Tech (Design)VNIT, Nagpur	3
22	Prof. S. S. Rampurkar	Assistant Professor	M.Tech (Energy) NIT, Kurukshtra	3
23	Prof. Ms. S. D. Kadbane	Assistant Professor	M.Tech (Cryogenic) IIT, Kharagpur	3
24	Prof. C. Srinidhi	Assistant Professor	ME(Heat Power)	11
25	Prof. A.V. Kamble	Assistant Professor	ME(Thermal)	1
26	Prof. K. N. Dadas	Assistant Professor	ME((Design)	1

Faculty Contribution in Curricular Development

Photo: Conducted International Workshop on Advances in Mechanical Engineering

Many of our faculty are actively involved in curriculum design at the university level. Often suggestions are given to the university authorities in include certain technical aspects in the curriculum so as to attain the program outcomes in a better way.

Our faculty have been giving the suggestions regarding curriculum gaps and possible inclusion of additional contents during syllabus framing workshops organized by the university.

Following is the list of faculty who actively participated and have given the inputs/suggestions to the university,

Sr. No.	Name of the Faculty	Date	Details of the Program
1	Mr. D. S. Shelke	11th Jan. 2019	Participated in workshop on "Syllabus Implementation for Energy Engineering", BE Mech, organized by SPPU and PES's Modern COE
2	Mr. J. S. Kulkarni	11th Jan. 2019	Participated in workshop on "Syllabus Implementation for Energy Engineering", BE Mech, organized by SPPU and PES's Modern COE
3	Mr. V. S. Chavan	11th Jan. 2019	Participated in workshop on "Syllabus Implementation for Energy Engineering", BE Mech, organized by SPPU and PES's Modern COE
4	Dr. S. V. Gawali	29th Jan. 2018	Attended workshop on " Syllabus Revision of BE Mech" organized by SPPU and Anantrao Pawar COER
5	Dr. P. G. Kulkarni	27th Feb. 2018	Participated in meeting of " Syllabus Detailing of Dynamics of Machinery" organized by SPPU and JSCOE, Pune
6	Mr. G. S. Modak	20th Mar. 2018	Attended workshop on " Syllabus Revision of Mechanical System Design", BE Mech,  organized by SPPU and DYPIoT, Pimpri
7	Mr. J. S. Kulkarni	13th Jul. 2018	Participated in workshop "Syllabus Implementation for Hydraulics and Pneumatics", Be Mech, organized by SPPU and VIIT, Pune
8	Dr. M. M. Bhoomkar	01st Aug. 2018	Attended BE Mechanical Syllabus Implementation workshop organized by SPPU and Bharti Vidyapeeth’s College of Engg. for Women, Pune
9	Mr. G. S. Modak	15th Feb. 2017	Participated in meeting of "Syllabus Revision for ME Mech, organized by SPPU and PCCOE
10	Dr. S. V. Gawali	23rd Sep. 2016	Participated in workshop on "Syllabus Structuring of TE Mech, organized by SPPU and Zeal COER
11	Dr. M. M. Bhoomkar	21st Oct. 2016	Attended workshop on "Syllabus detailing of MQC", TE Mech, organized by SPPU and Ramchandra COE
12	Mr. J. S. Kulkarni	08th Nov. 2016	Workshop on “Syllabus Detailing of Turbo Machines” at TE Mech. Organized by SPPU and Zeal COER
13	Prof. Dr. S. S. Sane	05th Aug. 2015	Attended "Syllabus Implementation of RAC for BE Mech, organized by SPPU and MAEER's MIT COE

Faculty Publications

The list of the faculty publications is listed in the below table:

Sr.No.	Year	Event/ Publication	Conference/Journal	Name of Author	Name of Paper
1	2019	IJSTE	International Journal	Dr. P. G. Kulkarni Mrs. Ami R. Barot	Attainment of Course Outcomes and Program  Outcomes:  A Case Study in an Engineering Course
2	2019	IJSTR	International Journal	Dr. P. G. Kulkarni Mrs. Ami R. Barot	Methodology for Course Outcome Attainment Analysis for an Engineering Course
3	2018	Asian MMS 2018	International Conference	Dr. G. S. Modak Dr. M. M. Bhoomkar	Innovative Low Cost Staircase Climbing Mechanism
4	2018	NCTR 2017	National Conference	Dr. M. M. Bhoomkar Mr. D. P. Kamble	Pre-stressed model FE Analysis of bolted joint
5	2017	Procedia Engineering	International Journal	Mr. N. G. Jaiswal Dr. D. W. Pande	Investigation on Selection of optimal Mother Wavelet in Mode Shape based Damage Detection Exercise
6	2017	NCTR 2017	National Conference	Dr. M. M. Bhoomkar et. al.	Mechanical properties of banana fiber composite
7	2017	ATSMDE 2017	International Conference	Dr. G. S. Modak Dr. M. M. Bhoomkar	Lobe optimization and force analysis at the contact point of the conjugate wheel of an innovative stair climbing apparatus
8	2016	SCOPES 2016	IEEE Explorer	Dr. G. S. Modak Dr. M. M. Bhoomkar	Optimization of Lobes for a stair climber using associated wheels
9	2016	International Journal of Science and Technology	International Journal	Mr. N. G. Jaiswal Dr. D. W. Pande	Wavelet Transform for Model Data of Beam in Damage Detection Exercise
10	2016	International Journal of Advance Manufacturing Technology	International Journal	Dr. P. G. Kulkarni Dr. A. D. Sahastrabudhe	Investigations on mother wavelet selection for health assessment of lathe bearings
11	2016	International Journal of Engineering Science and Computing	International Journal	Mr. V. D. Jadhav Dr. M. M. Bhoomkar	Experimental and Numerical FEM Analysis of Cracked Composite Beam by Vibration Techniques
12	2016	Frontiers of Mech Engg. Springer's Journal	International Journal	Dr. G. S. Modak Dr. M. M. Bhoomkar	Innovative Low Cost Stair Climber using Associated Wheels
13	2016	NCTR 2016	National Conference	Dr. M. M. Bhoomkar Mr. D. P. Kamble Ms. Rupam S. Adsul	Methods of measuring residual stress in components
14	2016	NCTR 2016	National Conference	Dr. M. M. Bhoomkar Mr. D. P. Kamble Ms. Rupam S. Adsul	Vibration analysis of a cracked cantilever beam using wavelet technique
15	2015	IJSREE	International Journal	Dr. S. V. Gawali et. al.	Effect of coefficient of Asymmetry on Strength and Contact Ratio of Asymmetrical Gear
16	2015	IJIERT 2015	International Journal	Dr. M. M. Bhoomkar Nelam Kamthe	Design improvement of variable displacement pumps- Review
17	2015	International Journal of Scientific Technology Research	International Journal	Mr. N. G. Jaiswal Dr. D. W. Pande	Sensitizing the mode shapes of beam towards damage detection using curvature and wavelet transform
18	2015	ICIC 2015	International Conference	Mr. P. G. Kulkarni Dr. A. D. Sahastrabudhe	A Theoretical Model For Studying Vibrations of Ball Bearing With Localised Defects on Inner Race Using Cubic Hermite Spline
19	2015	NCTR 2015	National Conference	Dr. M. M. Bhoomkar Mr. A. C. Kulkarni	Study of effect of orientation and boundary condition on vibration characteristics of circular plate with edge crack
20	2015	iNaCoMM 2015 SMDC - 03	International Conference	Dr. G. S. Modak Dr. M. M. Bhoomkar	Conjugate-wheel driven ‘Staircase Climbing Wheelchair’

Major Laboratories

Sr. No.	Name of the Laboratory	Name of the Important Equipment
1	Theory of Machines Lab	Slip/Creep Measurement apparatus in Belt Drive Clutch Plate & Brake Liner Test rig Motorized Gyroscope Universal Governor Apparatus Generation of Involute Gear tooth profile by Rack Cutter Cam profile analysis test rig (CAM Dynamics) Differential Gear Box
2	Dynamics of Machinery Lab	Motorized Gyroscope Vibration Lab. Dynamic Balancing Machine Bearing Test-rig for Rolling contact bearings Dynamic Balancing of Rotating Masses Machine N I Data Acquisition System G.R.A.S. General Purpose Array Microphone IMI Industrial 2 Pin Accelerometer Pin on Disc (160 X 8 mm) Apparatus
3	Heat Transfer Lab	Thermal Conductivity of Metal Rod Thermal Conductivity of Insulating Powder Stefan Boltzmann Apparatus Natural Convection (Vertical Cylinder) Apparatus Composite Wall Apparatus Forced Convection Set-Up Pin Fin Apparatus Emissivity Measurement Set-Up
4	Computer Laboratories (Lab A, B, D, E)  (04 labs)	Servers 6 Nos (2 Dell, 1 IBM, 1 Intel Xenon, 2 workstations Acer Desktop PC i3 (18 Nos.) Acer Desktop PC i5 (40 Nos.) Lenovo Desktop i3 (10 Nos) Dell T3020 i5 (10 Nos.) HP C2D (25 Nos) HP DX 2480 (50 Nos) Software: Pro-Engineer Wild Fire-5 Server based Software, Master CAM 5 X, Ansys Software Ver. 14.0, Matlab 2018 campus license, Autocad 2018 and 2019 server License
5	Refrigeration and Air-Conditioning Lab	Re-circulating Type Air Conditioning Test Rig (1TR) Ice Plant Test rig Vapour Compression Cycle Test rig Vapour Absorption Cycle Test Rig Heat Pump Test Set-up
6	Fluid Mechanics	Red Wood Viscometer Venturi & Orifice Meter V- Notch Apparatus Apparatus for Metacentric Height of Floating Objects Reynolds Apparatus Bernoulli’s Experiment Orifice Mouthpiece Apparatus Experimental Setup for determining Major Losses through Pipe Friction Experimental setup for determining Minor Losses through Pipe fittings
7	Turbo Machines Laboratory	Variable Speed Centrifugal Pump Test Rig Francis Turbine Test Rig Pelton Wheel Turbine Test Rig
8	Applied Thermodynamics Laboratory	Test Rig For A Multi cylinder 4 Stroke Petrol Engine Coupled With Hydraulic Dynamometer Rotary Compressor Test Rig Test Rig for Twin Cylinder 10 HP Diesel Engine Coupled With Alternator Single Stage Reciprocating Air Compressor Test Rig Computerized 3 Cylinder 4 Stroke Petrol Engine Variable Compression Ratio Diesel Engine Multi Stage Reciprocating Air Compressor Test Rig
9	Mechatronics Laboratory	Study of Data Acquisition & Logging Software Dongle Ladder Diagram/ Programming PLC Software for Level control Displacement Measurement using LVDT PID based Temperature Control Setup PID based DC Motor Speed Control Setup Study of Switches & Relays
10	Metallurgy Laboratory	Trinocular Microscope with Computerizes Attachment Impact Testing Machine Model AIT 300N Jominey End Quench Hardness Tester Rockwell/Brinell Hardness Tester Magnetic Particle Crack Detector
11	Strength of Materials Laboratory	20 Ton, Computerized Universal Testing Machine having following attachments: a.        Tensile Test b.        Compression Test c.        Shear Test d.        Transverse Test e.        Software 200 N-m Digital Torsion Testing Machine with Software Real-time Graph
12	Metrology and Quality Control Laboratory	Pneumatic Comparator Profile Projector Monochromatic Light Unit with Specimen Set Surface Roughness Tester Tool Makers Microscope
13	Hydraulics & Pneumatics Lab	Gear Pump Test Rig Hydraulic Trainer Kit with Power Pack Pressure Relief Valve Test Rig Basic Pneumatic Training Kit Actuator Test Bench
14	Basic Mechanical Engineering Lab	Model of various Boilers eg. Babcock Wilcox, Locomotive, Cornish, Lanchanshire, Cochran Boilers Instructional Models (Sectional) of Two Stroke Petrol Engine, Four Stroke Petrol Engine, Four Stroke Diesel Engine, Wankel Rotary Engine Instructional Models of Boiler Mountings eg. Blow off Cock, Lever Safety Valve, lever safety valve, Stop Valve, Spring-loaded Safety Valve, Stuffing Box Instructional Models of Boiler accessories eg. Green’s Economizer, Sudgen Superheater Instruction Model of Power Transmitting Elements eg. Single Plate Clutch, Cone Cluch, Oldham Coupling, Hookes Joint. Model of Turbo Jet Power Unit Model of Steam Engine with a Boiler and Dynamo
15	Workshop	Hack Saw Machine Surface Plate Pillar Drill Machine Portable Straight Grinder Angle Grinder Wood Turning Lathe machine Double Ended Grinder Bench type drill machine Metal shearing machine Leg shearing machine Buffing machine Welding transformer 3 phase Welding transformer 2 phase Pipe vice Flame cutting machine TIG welding machine Lathe machine Anvil Swag Box Milling machine Enterprise Geared Lathe machine Plastic injection moulding machine Welding machine single phase Shaping machine Fly press machine Spot welding machine CNC Trainer lathe machine Bench Vice

Additional Facilities

Facility Name	Details
Product Innovation Lab (PIL)	6 DOF Robotics arm (ROB0036),  Lego Kits (45544 and 45560 LME EV3 expansion set),  A-01408 Poppy humanoid robot, 3D Printer KT-PR0041EU Lulzbot TAZ,  Auto Simulator,  Automatic Wiper system with powder coating assembly
N I Data acquisition system	Matlab, Labview Softwares (Educational Version)
	GRAS general purpose array microphone
	Triaxial miniature accelerometer
	Impact hammer
	National Instrument single slot chassis,

Students Achievements

Photo: Recognition and Scholarship of our Students by Avery Dennison

Photo: Recognition and Award to Our Students at KPIT Sparkle Event

Photo: Runner Up position by our Students at National Students’ Design Competition 2017-18 Organized by ISHRAE

Sr. No.	Institute	Event	Name of the Students	Duration of the Event	Rank
1	ABHIKALAP 2019	Design Competition for Innovative Projects	ShrinidhiVinze	06th&07th Mar. 19	First
2	MKSSS Cummins College, Pune	“Cyclothone” National level event	Harshratna Sawant KoutukShinge	01st&02nd Feb. 19	First
3	MIT-ADT University Pune	Project Expo Actual Model MIT Persona Fest 2019	TejasKabra	14th to 17th Feb. 19	First
4	MIT-ADT University Pune	Innovative Technical Idea MIT Persona Fest 2019	TejasKabra	14thto 17th Feb. 19	First
5	The Avery Dennison Foundation	2016 Spirit of Invention Scholarship Award	ShreenidhiVinze	2018-19
6	SPPU PUNE	Avishkar 2018 University Level Research Project Competition	TejasKondhalkar	2018-19
7	SPPU PUNE	Avishkar 2018 University Level Research Project Competition	Krunal Gautam	2018-19
8	SPPU PUNE	Avishkar 2018 University Level Research Project Competition	ShlokDeore	2018-19
9	SPPU PUNE	Avishkar 2018 University Level Research Project Competition	Chinmay Khaladkar	2018-19
10	SPPU PUNE	Avishkar 2018 University Level Research Project Competition	SanikaChandrachood	2018-19
11	Dassault Systems	3D Experience Associate CATIA Mechanical Design Essentials	Shantanu Methikar	15th July 2017
12	Dassault Systems	3 D Experience Associate CATIA Mechanical Design Essentials	Chitanya Shinde	01st Aug. 2017
13	Dassault Systems	3D Experience Associate CATIA Mechanical Design Essentials	Rushikesh Yadav	01st Aug. 2017
14	AAKRUTI 2017 Solid Works & Dassault Systems	Design Contest	KabraTejas	2017
15	AAKRUTI 2017 Solid Works & Dassault Systems	Design contest	AmeyKardile	2017
16	Australian Government IP Australia	Innovation Patent	Tejas Kabra Ameya Kardile	17th Nov. 2016
17	AAKRUTI 2016 Solid Works & 3dPLM	Design contest	TejasKabra	2016
18	AAKRUTI 2016 Solid Works & 3dPLM	Design contest	AmeyKardile	2016
19	Australian Government IP Australia	Innovation Patent	Suresh Ghotekar Amey Kardile	29th Oct.2015

Some other Achievements

Sr. No.	Name of the Student	Academic Year	Competitive Details	Organized by	Recognition/Awards
1	SanikaChandrachud	2018-19	Avishkar (University Level Research Project Compeition)	SPPU Pune	Participation after Initial Screening
2	ShlokDeore	2018-19	Avishkar (University Level Research Project Compeition)	SPPU Pune	Participation after Initial Screening
3	ShrinidhiVinze	2018-19	‘Abhikalp 2019’ Design Competition for innovative Projects	Design Innovation Centre, SPPU Pune	First Position
4	Abhijit Bhasme	2017-18	National Student Design Competition 2017-18	Indian Society of Heating, Refrigerating and Air Conditioning Engineers (ISHRAE)	Runner Up (Cash Prize of Rs.10,000)
5	SanikaChandrachud	2017-18	Akruti 2018	Dassault Systems	Top Finalist- Awarded with Sponsorship for Travel to USA
6	Devashish Deshpande	2017-18	Akruti 2018	Dassault Systems	Top Finalist- Awarded with Sponsorship for Travel to USA
7	AmeyKardile	2017-18	KPIT Sparkle	KPIT	Silver Prize of Rs.2.5 Lac
8	TejasKabra	2017-18	KPIT Sparkle	KPIT
9	RuchaChauthai	2017-18	KPIT Sparkle	KPIT
10	Gaurav Gharate	2016-17	Avery Dennison Foundation Invent Scholarship Program	Avery Dennison Foundation	Prize of $1300
11	ShreenidhiVinze	2015-16	Avery Dennison Foundation Invent Scholarship Program	Avery Dennison Foundation	Prize of $1300
12	Shravan Patankar	2015-16	Avery Dennison Foundation Invent Scholarship Program	Avery Dennison Foundation	Prize of $1300

The commissioner of Patents (Australia) -“A Process For Bio-Synthesizing Metal Nano-Particles” on 29^th Oct. 2015 by AmeyKardile


The commissioner of Patents (Australia) - “An Automatic Male/Female Adapter Engaging/Disengaging Device” on 17^th Nov 2016 by TejasKabra and AmeyKardile

MESA

MESA is the students’ activity cell aimed at overall development of student’s fraternity. MESA provides a platform to inculcate the technical and managerial skills amongst participating student community. The purpose of this organization is to provide opportunity for the students of Mechanical Department of PVGCOET:

• Improve a sense of community & unity
• Provide platform to present their skills
• Maintain academic freedom
• Promote leadership skills
• Make overall development

‘MESA’ is an organization which works for the benefits of the students. The purpose of MESA is to enrich students with different qualities to enhance their personality and emerges as multi-functional engineer who is recognized globally. MESA was established in the year 1990. The motto of MESA is to mould one’s personality in such a way that one becomes equally competent in all streams of engineering. Various sports events are also conducted under MESA such as Cricket, Football, and Badminton etc.

MESA Committee for Academic Year 2020-21

• President- Dr. S. V. Gawali
• Staff Coordinator- Dr. M. M. Bhoomkar
• Staff Coordinator - Prof. P. G. Anekar

ALL INDIA VAYU SAINIK CAMP

With pride PVGCOET  Mechanical Engg. Dept. Share a very good News of our student achievements.

A Maharashtra Platoon led by Our T.E Mech student Chi. Soha Samak got first position in AIVSC-All India Vayu Sainik Camp.

A top most Ranked Camp for NCC Air wing .Jodhpur 2019. Maharastra could manage this after 6 years.

Congrats to Soha and Thanks to all for support.

The Training Program on 'Advances in Metrology: CMM Programming and Applications' with hands on experience on Advanced CMM machine is successfully conducted for TE mechanical students of PVG'S COE&T, Pune.

The Training Program is held at Accurate Gauging Pvt. Ltd, Pune on 23^rd and 24^th Sept. 2019.

The paid workshop is organised and conducted as a part of MOU signed between PVG'S COE&T and Accurate Gauging Pvt. Ltd.

Prof. Dr. M. M. Bhoomkar accompany 52 students for paid training programme.





About BAJA SAE competition
The BAJA SAE Competition is an event for the undergraduate engineering students, organized globally by the society of Automotive Engineers, USA. Competition involves design, manufacturing, testing and racing of completely student built All terrain vehicle through various advanced testing methods and hurdles tracks. "Team Conquistador" is a official BAJA team of PVG's College of Engg & Technology, Pune 09 formed in 2014. We are among 120 teams pan india participate in competition. Testing and Racing competition held at NATRAX, NATRIP Pithampur, Indore for about 5 days. Students gain lot of practical knowledge and have fun participating in the event. Our team also secured 59th all india rank in 2018 and won 'Passion to Podium' award in 2016. Prof. Vishal S. Chavan, from Mechanical Engineering Department is faculty advisor for above competition. About SUPRA SAE competition
The SUPRA SAE Competition is an event for the undergraduate engineering students, organized globally by the society of Automotive Engineers, USA. Competition involves design, manufacturing, testing and racing of completely student built Formula racing car through various advanced testing methods and Formula race tracks. "Team Maverick" is a official BAJA team of PVG's College of Engg & Technology, Pune 09 formed in 2015. We are among 120 teams pan india participate in competition. Testing and Racing competition held at Formula 1 track at Buddh International Circuit in Greater Noida for about 5 days. Students gain lot of practical knowledge and have fun participating in the event. Our team also have secured 15th all india rank in SUPRA 2019 and 16th all india rank in formula bharat and won 'Best Appearance Car' award in SUPRA 2019. Prof. Vishal S. Chavan, from Mechanical Engineering Department is faculty advisor for above competition.

Interaction with Outside World

Industry sponsored projects of AY 2019-20

PROJECT TITLE:	DAMAGE POTENTIAL OF DIFFERENT PROJECTILE-TARGET SYSTEM SUBJECTED TO HYPERVELOCITY IMPACT
SPONSORED INDUSTRY:	DEFENCE RESEARCH AND DEVELOPMENT ORGANISATION
PROJECT GUIDE:	DR. S. V. GAWALI

Projectile or fragment penetration in multi-layered target at hypervelocity, is a complex phenomenon. It is influenced by projectile geometries, mass of the projectile as well as on the impact conditions. The project involves carrying out simulation studies of Stainless-Steel alloy projectiles of varying shape, size and mass impacting multi-layered spaced target in various conditions at hypervelocity. The target is chosen as a stack of two steel plates, which are separated by 50 mm. The first plate is 6 mm thick and the second is 8 mm thick. Studies are carried out to estimate the minimum size and optimum penetration capability of a selected projectile that is required to defeat the target in different orientations with plate obliquities of 0°, 50° and 70°. The orientations for cylindrical projectiles are varied with yaws of 0°, ±30°, ±60° and are impacted with hyper-velocities at 3 km/s and 7 km/s.

Modelling and Simulation studies are carried out using commercially available software called ABAQUS and FEA method of Lagrangian approach using Johnson Cook as damage model. Around approximately more than 350 simulations have been performed for optimum mass and shape of the projectile on high speed computers. The project is aimed at investigating the hole size formed and predicting whether stack of all selected plates are throughout penetrated by projectiles. Specifically sphere and cylindrical shapes (of ratio Length/Diameter = 1, 3, 5) are selected for analysis. Conclusions are derived on basis of large amount of simulations data by plotting graphs and analyzing the rends of damage and optimizing projectile shape and size with its mass.

PROJECT TITLE:	VACUUM ASSISTED ENGINE COOLANT FILLING APPARATUS
SPONSORED INDUSTRY:	TATA MOTORS PVT. LTD.
PROJECT GUIDE:	PROF. S. S. RAMPURKAR & DR. S. T. GAIKWAD

Engine's cooling system is crucial in order to keep engine running. In most of vehicle liquid cooling is used. Coolant, that circulates around engine, need to be filled in radiator through radiator cap. However direct coolant filling result into formation of air pockets inside system. These air pockets are removed by increasing temperature of coolant (by running engine for some time) and removing air from air bleed valve. This process requires time and proper engine running conditions also.

Solution to this tedious process is filling the coolant by creating a vacuum in radiator and sucking in the coolant by pressure difference. Vacuum can be created by using shop floor's compressed air line. After, creating vacuum, radiator can be checked for leakages by using pressure gauge. After ensuring that no leakages are present, valve to coolant inlet can be opened and coolant will be sucked in naturally due to pressure difference. Advantage is that time required for process will be reduced and no use of vacuum pump hence no moving parts.

PROJECT TITLE:	A SIDEWALK AUTOMATED DELIVERY ROBOTS (SADRs)
PROJECT GUIDE:	PROF. P. G. ANEKAR

E-Commerce and package deliveries are growing at a fast pace and there is an increased demand for same-day deliveries. Established delivery companies and new start-ups are investing in technologies that reduce delivery times and/or increase delivery drivers’ productivity. In this context, the adoption of Sidewalk Automated (or Autonomous) Delivery Robots (SADRs) has a growing appeal. SADRs are pedestrian sized robots that deliver items to customers without the intervention of a delivery person.

For Delivery of item we require a online delivery system like Fed-ex or for delivering food there is Zomato, Uber ears and Swiggy. They all need humans to function as all functions including pickup to delivery is performed by man. The delivery may require lot of time in case of traffic. Also it can be dangerous for delivery person to transport during times like war or pandemic. To solve these small but major issues of delivery we can use autonomous vehicle or Robot as a viable alternative.

Our project is intended to do the similar work as a delivery man, it will pick up, transport and deliver item to required destination. As it will have its own pathway, there will be no delay in delivery time. Thus it will save time along with reduction in human effort. In the pandemic like Covid-19, where human gathering is not allowed, our project can be an viable and effective alternative.

PROJECT TITLE:	DESIGN OF RAIL BASED LAUNCHER SYSTEMS
SPONSORED INDUSTRY:	DEFENCE RESEARCH AND DEVELOPMENT ORGANISATION
PROJECT GUIDE:	DR. S. V. GAWALI

Indian railways, though reliable and adequately operational, are not technologically advanced and safe. In other words, they do not meet the benchmarks set by the advanced European railway technologies.

So, to meet the need of the hour, this project aims to improve the railway systems and virtually implement one of the advancements, i.e. use of articulation in the railways.This system is typically implemented in Jacobs bogies, in which two coaches share a common bogie. The result of this implementation is that the number of bogies are reduced by half and implicitly, the number of wheels are also reduced by half. Hence, this reduces the overall friction between the rails and the bogie wheels and also reduction in overall weight. This will facilitate high speed transportation and also increased safety.

It is the exact time of Indian Railways to meet its technical upgradation and getting its next level infrastructure with high speed rails of India.

PROJECT TITLE:	A SEMI-AUTOMATIC BATTERY OPERATED (SABO) GARBAGE SWEEPING MACHINE
SPONSORED INDUSTRY:	LA FOUNDATION DASSAULT SYSTEM
PROJECT GUIDE:	DR. S. V. GAWALI & PROF. S. S. RAMPURKAR

SABO, A semi-automatic battery operated (SABO) garbage sweeping machine is a proposed solution for garbage collection technique by Product Innovation Lab, PVG's COET,Pune. Existing Solutions for garbage collection are not optimized for Indian road conditions and complexity of some technology does not allow us to prioritize the quantity needed for maximum effect.Cost,efficiency and ergonomic design are three keyparameters considered in SABO. SABO uses the same principle of reciprocating manual sweeping method but with a long continuous brush that rotates at certain RPM in an enclosed trolley.

SABO reduce labour,considerably increase work output,bristles of the brush adapt to the terrain conditions andis economically feasible.SABO will revolutionize the way of garbage collection and will make our country green and clean.

INDUSTRY SPONSORED PROJECTS OF PREVIOUS AY

PROJECT TITLE:	VIBRATION ANALYSIS OF V BLOCK FIXTURE
SPONSORED INDUSTRY:	ATLAS COPCO PVT. LTD.

The objective was to analyze the vibrations induced in V-block while machining a component. Block fixture was analyzed in its original condition. The maximum amplitude of vibration was more than permissible limit.  The modification in the fixture was done to damp the vibrations.

PROJECT TITLE:	DESIGN AND STRUCTURAL ANALYSIS OF TRANSIT CASE FOR 500 KG CLASS AIR DELIVERED MUNITION
SPONSORED INDUSTRY:	DEFENCE RESEARCH AND DEVELOPMENT ORGANISATION

On the basis of geometry, three different types transit Cases were analyzed. 1) Cylindrical Transit Case   2) Hexagonal Transit Case 3) Rectangular Transit Case Two different material were also tested:

• Aluminum Alloy
• Glass Fiber

PROJECT TITLE:	DESIGN AND MANUFACTURING OF WELDING POSITIONER
SPONSORED INDUSTRY:	VARDHISHNU TECHNOLOGIES PVT. LTD.

Objective was to design, analyze and fabricate a sturdy welding positioner that can easily rotate 80 kg job cum fixture.

PROJECTS IN PRODUCT INNOVATION LAB

PROJECT TITLE:	ASTEROID: THE HUMANOID ROBOT
PROJECT GUIDE:	PROF. S. S. RAMPURKAR

Product innovation lab is working on project "ASTEROID: The Humanoid Robot". The project has been inspired by poppy humanoid and success of bionic arm.The main motive is to design and build a low cost humanoid robot and to achieve basic movements like walking, self-balancing and pick and dropping which are similar to humans along with making it mobile and wireless. Aspired Humanoid will be of 70cm height and 3 kg weight with 19 degrees of freedom similar to human joints.

The project undertaken aspires to achieve static and dynamic stable walk so that humanoid will be in position to perform assigned task considering its workspace environment flawlessly. We also focused on designing gripper to grasp various objects considering its orientation as pick and drop objects is one of the important motions of the humanoid in any application.

The design has been completed and 3D printing technology available in lab is being used for manufacturing. Kinematic simulation, structural analysis, workspace calculation involves use of ANSYS and MATLAB software.The interfacing of electronic components and developing coding framework to make humanoid motions independent has been accomplished by following then path of interdisciplinary approach. The project opens opportunities for image processing and AI Implementation.

PROJECT TITLE:	BIONIC ARM
PROJECT GUIDE:	PROF. A. C. KULKARNI

The human hand is a complex system, with a large number of degrees of freedom sensors embedded in its structure, actuators and tendons, and a complex hierarchical control. Despite this complexity, the efforts required to the user to carry out the different movements are quite small. The myoelectric arm works under the influence of Electromyography (EMG) signals extracted from skin surface. The Electromyogram signal is a neuro muscular signal that measures electric potential generated in muscles during their contraction and relaxation representing neuromuscular activities. These Electromyographic signals are utilized to run various motors which enable the user (patient) to grip and move limbs in a much more effective manner. Prosthetic hands are replication of the natural hand, with significantly reduced grasping capabilities and no sensory information delivered back to the user. Despite the significant impact of losing a hand, numbers of amputees requiring prosthesis are too small to push manufacturers to innovate their products, so both the control interfaces and mechanisms have barely changed in the past 40 years.

The outcome of this project is to create a cost effective less weight Bionic Arm that can mimic the hand gestures correctly. This will help lower elbow amputees by providing them a solution that will help them in their day to day tasks. This in turn will give them more independence and improve their quality of life. This Bionic Arm consists of total 14 Degrees of Freedom which includes 11 palm motions and 3 wrist motions. For actuation of fingers linear actuator which works on the principle of slider crank mechanism are used. For thumb servo motor is also used for thumb rotation purpose. In wrist servo motors are used for giving desired degrees of freedom.

Bionic Arm is designed by using 3DExperience platform of Dassault Systems which provided many helpful tools like Part Design, Assembly Design, and Mechanical System Design. 3D Printing is used for manufacturing of Bionic Arm.

PRODUCT INNOVATION LAB

Sponsored Research

Sr. No.	Date	Name of the Funding Agency	Project Title	Amount in Rs.
1	27-06-2017	Force Motors Ltd.	Maverick	39,200
2	29-01-2018	3DPLM Software	Product Innovation Lab	4,50,000
3	23-03-2018	3DPLM Software	Product Innovation Lab	4,50,000
4	25-04-2018	Sponsorship by Alumni	Maverick	5,000
5	02-09-2016	DANFOSS POWER SOLUTIONS PVT. LTD	Conquistador	3,60,000
6	11-11-2016	Board of College and University Development (Under Planning &Development)	Process parameter optimization and characterization of functionally graded materials	1,00,000
7	15-12-2016	Atlas Copco	Conquistador Design	98,400
8	06-02-2017	Wadhokar Industries (SM Rolling Works)	Maverick Vehicle Design	1,50,000
9	20-03-2017	Sponsorship by Alumni	Maverick SAE India	42,000
10	03-05-2017	Force Motors Ltd.	Maverick	1,56,800
11	10-05-2015	Atlas Copco	Maverick SAE India	98,000
12	18-09-2015	PVG (TR CD8 Cheque No.407476 Dated 16/9/2015	Vehicle Design & Development	1,16,000
13	07-11-2015	PVG (TR CD8 Cheque No.407351 Dated 3/11/2015	Design of Transmission system	1,03,677
14	27-12-2015	PVG (TR CD8 Cheque No.406815 Dated 19/12/2016	Design of steering & Suspension system	25,000
15	15-02-2016	MACHINIST TECNOLOGIES	Vehicle Design & Research Development	25,000
16	26-07-2016	3DPLM Software	Product Innovation Lab	1,00,000
17	13-07-2016	3DPLM Software	Product Innovation Lab projects	10,00,000
18	19-12-2018	DASSAULT SYSTEMS LA Foundation	Bionic Arm	3,85,000
19	24-12-2018	3DPLM Software	Product Innovation Lab	5,00,000
20	22-10-2018	Finite Four	Meverick system design	25,000
21	05-11-2018	Continental Automotive	Meverick components design	1,00,000
22	28-02-2019	Mansi Technoforge	Vehicle Design	1,00,000
23	20-08-2019	SKD Consultant	Vehicle Design	31,000
24	28-09-2019	3DPLM Software	Product Innovation Lab	1,50,000
25	23-01-2020	La Foundation Dassault System	Design & Manufacturing of Road Garbage collecting machine	50,000
Total Amount				46,60,077

Industrial Internship Training

List of Industries providing Internships

TATA Motors Ltd.	Thermax Ltd.	Atlas Copco (India) Ltd.
BARC Tarapur	Cummins India Ltd.	PARI
BHARAT FORGE Ltd.	KSB Pumps Ltd.	GUDEL India PVT. LTD
Google India Bangalore	Bajaj Auto Pvt. Ltd.	Worldwide Oilfield Machine Pvt. Ltd.
L&T Electrical & Automation	Hindustan Aeronautics Ltd.	Kalyani Technoforge Ltd.
BHTC India P. Ltd	IIT Bombay	BOSCH Ltd.
Mahindra Heavy Engines Ltd.	Railway Workshop, Kurduwadi	DESIGN INSTITUTE
HYUNDAI	KELBA AGRO ENGINEERS (P) Ltd.	The JaWs MFG. CO.
JOSH Software Pvt. Ltd.	PRP Engineering Works	Soudamini Instruments
VIMSON INDIA ENGINEERS	Endurance Technologies Ltd.	Sathe Advanced Manufacturing Pvt. Ltd.
EagleBurgmann India Pvt. Ltd.	MINDA industries Ltd.	Oriental Fabficators
Bhagyashree Accessories P. Ltd	Alpha Dies and Pattern (India) pvt.Ltd	EagleBurgmann India Pvt. Ltd.
Ever Ready Engineers	WIBRO FEED TECH & Automation centre Pvt. Ltd.	Mungi Engineers P. Ltd.
Cybernetik Technologies pvt.Ltd	Sumeet Techologies	GKN Sinter Metals Pvt. Ltd.
Birlo Engineers	Dochaki Designs	Matchless Enterprises
Bhusawal Thermal Power station, Deepnagar	Omkar Enterprises, Pune	Lear Automotive India Pvt. Ltd
S. J. Iron & Steels PVT. LTD.	Tecnimont Pvt. Ltd.	Inoxpa India Pvt. Ltd.
FERRITES INDIA	Epiroc Mining Ltd.	Swastik Engineers
Ekbote Ventures	Mahale P ltd	Omkar Engineering

Industrial Internship Training

The list of the internship training for the AY 2019-20 is as below

ACADEMIC YEAR (2018-19)
Sr. No.	Name of the Student	Name of the Industry	Duration of internship
1	Shounak Kelkar	KELBA AGRO ENGINEERS (P) Ltd.	17th Dec 19 to 17th Jan 20
2	Ashwini Khude	HYUNDAI	18th Dec 19 to 18th Jan 20
3	Vaishnavi Gosavi	The JaWs MFG. CO.	23rd Dec 19 to 8th Jan 20
4	Sahil tilak	JOSH Software Pvt. Ltd.	11th Dec 19 to 10th Jan 20
5	Prasad Shrestha	WORLDWIDE OILFIELD PVT. LTD.	6th Jan to 12th Jan 20
6	Anurag Manjare	PRP Engineering Works	10th Dec 19 to 9th Jan 20
7	Devshruti Kelkar	Soudamini Instruments	16th Dec 19 to 18th Jan 20
8	Shardul Kulkarni	VIMSON INDIA ENGINEERS	16th to 30th Dec 19
9	Pratik Dalwale	Google India Bangalore	28th Dec 19 to 8th Jan 20
10	Sankshep Patil	THERMAX	16th Dec 19 to 4th Jan 20
11	Prasad Mohite	THERMAX	16th Dec 19 to 4th Jan 20
12	Aakanksha Gupte	DESIGN INSTITUTE	16th to 27th Dec 19
13	Saumitra Sahasrabudhe	Cummins Technical Center India	16th Dec 19 to 17th Jan 20
14	Shreyas Thakur	Endurance Technologies Ltd.	20th Dec 19 to 7th Jan 20
15	Vidhi Bidkar	Sathe Advanced Manufacturing Pvt. Ltd.	23rd Dec 19 to 11th Jan 20
16	Soha Samak	DESIGN INSTITUTE	16th to 27th Dec 19
17	Omkar V. Shete	BHARAT FORGE Ltd.	9th to 31st Dec 19
18	Manasi Mote	EagleBurgmann India Pvt. Ltd.	16th Dec 19 to 15th Jan 20
19	Gauri Aher	EagleBurgmann India Pvt. Ltd.	16th Dec 19 to 15th Jan 20
20	Shubham Sarode	KSB Ltd.	10th Dec 19 to 7th Jan 20
21	Arohi Kondhalkar	EagleBurgmann India Pvt. Ltd.	16th Dec 19 to 15th Jan 20
22	Onkar V Vitkar	MINDA industries Ltd.	16th Dec 19 to 9th Jan 20
23	Milind Shinde	MINDA industries Ltd.	16th Dec 19 to 9th Jan 20
24	Tejas Khedekar	MINDA industries Ltd.	16th Dec 19 to 9th Jan 20
25	Navdeep P Davang	MINDA industries Ltd.	16th Dec 19 to 9th Jan 20
26	Bhas Karmarkar	PARI	9th Dec 19 to 6th Jan 20
27	Atharv Kale	Cummins India Ltd.	16th Dec 19 to 16th Jan 20
28	Paras S Doshi	Oriental Fabficators	16th to 31st Dec 2019
29	Rutu S Joshi	Oriental Fabficators	16th to 31st Dec 2019
30	Abhinav S Levharkar	BARC Tarapur	26th Dec 19 to 14th Jan 20

ACADEMIC YEAR (2018-19)
Sr. No.	Name of the Student	Name of the Industry	Duration of internship
1	Khatavkar Chaitnya	Matchless Enterprises	15th to 30th June 2018
2	Chougale Utkarsh	Cybernetik Technologies Pvt. Ltd.	04th to 23rd June 2018
3	Bagade Omkar	Alpha Dies and Pattern (India) Pvt. Ltd.	28th May to 16th June 2018
4	Maral Prerana	Worldwide Oilfield Machine Pvt. Ltd.	11th June 2018 to 13th July 2018
5	Natu Pallavi	Matchless Enterprises	15th to 30th June 2018
6	Magdum Rohit	S. J. Iron & Steels Pvt. Ltd.	01st to 15th June 2018
7	Hiras Pratik	Birlo Engineers	01st Aug 2017 to 30th June 2018
8	Deore Shlok	Hindustan Aeronautics Ltd.	04th to 30th June 2018
9	Kondhalkar Tejas	Thermax Ltd.	01st to 30th June 2018
10	Darekar Suraj	KSB Pumps Ltd.	05th to 29th June 2018
11	Deshpande Malhar	IIT Bombay	26th May to 02nd July 2018
12	Gandhi Chirag	Bharat Forge	05th to 26th June 2018
13	Gandhi Shreyas	TATA Motors Ltd.	01st to 29th June 2018
14	Ashtikar Aditya	GUDEL India Pvt. Ltd.	08th to 22nd June 2018
15	Shivanee Dhakate	Atlas Copco (India) Ltd.	04th to 29th June 2018
16	Birje Amey	WIBRO FEED TECH & Automation centre Pvt. Ltd.	06th to 30th June 2018
17	Chandrachud Sanika	Atlas Copco (India) Ltd.	04th to 29th June 2018
18	Bhangale Rashmi	Atlas Copco (India) Ltd.	04th to 29th June 2018
19	Dave Kapil	Atlas Copco (India) Ltd.	04th to 29th June 2018
20	Contractor Murtuza	Atlas Copco (India) Ltd.	04th to 29th June 2018
21	Kirange Jayesh	Bhusawal Thermal Power station, Deepnagar	28th May to 23rd June 2018
22	Alone Rohit	Atlas Copco (India) Ltd.	04th to 29th June 2018
23	Deshpande Kajal	Atlas Copco (India) Ltd.	04th to 29th June 2018
24	Somani Vishal	Cummins Technology India Pvt. Ltd.	Not mentioned (Certificate Date 14th June 2019)
25	Kulkarni Aditya	Omkar Enterprises, Pune	12th to 18th June 2018
26	Patwardhan Omkar	Cummins Technology India Pvt.Ltd.	01st June 2018 to 01st July 2018
27	Atole Sayali	Bajaj Auto Pvt. Ltd.	02nd July to 30th Sept. 2018
28	Marathe Rohan	Inoxpa India Pvt. Ltd.	24th Dec 2018 to 18th Jan 2019
29	Deore Paresh	Kalyani Technoforge Ltd.	01st to 15th Jan 2019
30	Bagade Omkar	EagleBurgmann India Pvt. Ltd.	24th Dec 2018 to 10th Jan 2019
31	Maniyar Samad	Tecnimont Pvt. Ltd.	28th Dec 2018 to 25th Jan 2019
32	Kodulkar Abhishek	Mahindra Heavy Engines Ltd.	14th Dec 2018 to 08th Feb 2019
33	Patil Shivam	Mahindra Heavy Engines Ltd.	14th Dec 2018 to 08th Feb 2019
34	Pukale Vishal	Royal Enfield	15th Dec 2018 to 18th Jan 2019
35	Bapat Aditya	Ever Ready Engineers	15th Dec 2018 to 14th Jan 2019

The list of the internship training for the AY 2017-18 is as below:

ACADEMIC YEAR (2017-18)
Sr. No.	Name of the Student	Name of the Industry	Duration of internship
1	Akash Naokar	Adient India Pvt. Ltd., Hinjewadi, Pune	12th Dec. 2017 – 31st Dec. 2017
2	Swapnil Sonawane	Bharat Forge, Mundhwa, Pune	14th Dec. 2017 – 31st Dec. 2017
3	Prafulla Powar	Kirloskar Oil Engines Ltd., Khadki, Pune	01st June 2017 – 30th June 2017
4	Yash Bhandari	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
5	Kartik Kagalkar	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
6	Ansari Bushra	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
7	Aniket Gawali	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
8	Ajinkya Khare	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
9	Sumedh Vaishampayan	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
10	Rutuja Patil	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
11	Snehal Wadhokar	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
12	Suyesha Chavan	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
13	Rajnish Desale	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
14	Aditi Darbhe	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
15	Satyam Thakur	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
16	Pratik Ambekar	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
17	Unnikrishnan Nair	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
18	Rucha Kumbhojkar	Atlas Copco, Dapodi, Pune	01st June 2017 – 30th June 2017
19	Tejas Kabra	Force Motors, Akurdi, Pune	01st June 2017 – 30th June 2017
20	Raunak Kakade	Kirloskar Oil Engines Ltd., Khadki, Pune	01st June 2017 – 30th June 2017
21	Ms. Shubhangi Jagtap	Indosculp Autocomp Pvt. Ltd. Ahmednagar	01st June 2017 – 30th June 2017
22	Akshay Karkande	Indosculp Autocomp Pvt. Ltd. Ahmednagar	01st June 2017 – 30th June 2017
23	Vishal Kulkarni	Indosculp Autocomp Pvt. Ltd. Ahmednagar	01st June 2017 – 30th June 2017
24	Pranav Garje	JCB India, Talegaon Dabhade, Pune	01st June 2017 – 30th June 2017
25	Shivani Dhakate	JCB India, Talegaon Dabhade, Pune
26	Ms. Prachi Mahajan	Marigold Dies and Tools Pvt. Ltd., Bhosari, Pune	17th Dec. 2017 – 13th Jan. 2018
27	Hrishikesh Kakhandaki	Marigold Dies and Tools Pvt. Ltd., Bhosari, Pune	17th Dec. 2017- 13th Jan. 2018
28	Ms. Vaidehi Natu	Sandvik Coromant, Pune	07th Jun. 2018 – 29th Jun. 2018
29	Shivaram Gadre	SeeGreen Solutions LLP, Pune	15th Jun. 2017 – 14th Jul. 2017
30	Yashodhar Mahajan	System Automation Engineering Services, Pune	03rd Aug. 2017 – 2nd May 2018
31	Ashraf Alo Mohamood Korbu	Caltech Adhesive Solutions, Pune	15th Dec. 2017 – 15th Jan. 2018
32	Ms. Nikita Bhingardive	Caltech Adhesive Solutions, Pune	15th Dec. 2017 – 15th Jan. 2018
33	Ms. Supriya Bingade	Caltech Adhesive Solutions, Pune	15th Dec. 2017 – 15th Jan. 2018
34	Ms. Swarnima Nikam	Caltech Adhesive Solutions, Pune	15th Dec. 2017 – 15th Jan. 2018
35	Shubham Kachare	Caltech Adhesive Solutions, Pune	15th Dec. 2017 – 15th Jan. 2018
36	Akash Sahastrabudhe	A2 Innovatives, Research and Training, Pune	15th Jun. 2017 – 15th Jul. 2017
37	Akash Deo	A2 Innovatives, Research and Training, Pune	15th Jun. 2017 – 15th Jul. 2017
38	Ms. Priyanka Kadam	Kirloskar Brothers Ltd., Kirloskarvadi, Sangli	06th Jun. 2018 – 15th Jun. 2018
39	Mr. Shubham Modgi	Suyog Udyog, Pune	01st Jun. 2018 – 15th Jun. 2018

    The list of the internship training for the AY 2016-17 is as below:

ACADEMIC YEAR ( 2016-17)
Sr. No.	Name of the Student	Name of the Industry	Duration of internship
1	Shubhada Gaikwad	Atlas Copco	01st Jun. 16 to 30th Jun. 16
2	Atole Sayali	Thermax Ltd.	07th Dec. 16 to 31st Dec. 16
3	Kumbhojkar  Rucha	Thermax Ltd.	07th Dec. 16 to 31st Dec. 16
4	Zaware Apurva	Thermax Ltd.	07th Dec. 16 to 31st Dec. 16
5	Pawankumar Sapaliga	Lubricare  Ltd.	07th Dec. 16 to 31st Dec. 16
6	Gauri  Kelkar	Atlas Copco	01st Dec. 16 to 23rd Dec. 16
7	Unnikrishnan Nair	Crane Process Flow Technology	13th Dec. 16 to 31st Dec. 16
8	Aniket Jamdar	Crane Process Flow Technology	13th Dec. 16 to 31st Dec. 16
9	Omkar  Dikule	Mahabal Metals	01st Dec. 16 to 31st Dec. 16
10	Makarand  Choudhari	Mahabal Metals	01st Dec. 16 to 31st Dec. 16
11	Avinash  Lohar	Neelay Industries	01st Dec. 16 to 31st Dec. 16
12	Rutvik Khare	Mercedes Benz	05th Dec. 16 to 02nd Jan. 17
13	Akshay Rawool	Army Base Workshop	01st Dec. 16 to 30th Dec. 16
14	Sai  Joshi	Saakshi Machine Tools	05th Dec. 16 to 31st Dec. 16
15	Rutuja Mahajan	Saakshi Machine Tools	05th Dec. 16 to 31st Dec. 16
16	Amey  Kardile	Defence Research Laboratory	01st Jun. 17 to 30th Jun. 17
17	Pranav Gitay	Videocon Industries	18th Jun. 16 to 02nd Jul. 16
18	Pranav Khalikar	Greaves  Cotton  Ltd	03rd Jun. 16 to 20th Jun. 16
19	Aditya Karajgar	Koel Midc Kagal	01st Jun. 17 to 01 Jul. 17
20	Ajinkya Joshi	Mecedes Benz	05th Jun. 17 to 05th Jul. 17
21	Pratik Bhosale	Eagle Burgmann Ltd	01st Jun. 17 to 30th Jun. 17
22	Atharv Gondhalekar	Alfa Laval	01st Jun. 17 to 30th Jun. 17
23	Prajkta  Deodhar	Ador Engineers & Consultants	09th Jun. 17 to 23rd Jun. 17
24	Kajal Deshpande	Hyva India Pvt Ltd	01st Jun. 17 to 30th Jun. 17
25	Rutuja Birar	Hyva India Pvt Ltd	01st Jun. 17 to 30th Jun. 17
26	Krutika Bhosale	Kbl Kirloskarwadi	16th Jun. 17 to 22nd Jun. 17
27	Roshan Sankalecha	Bosch  Nashik	02nd Jun. 17 to 01st Jul. 17
28	Supraja Garnaik	Schneider Electric	01st Jun. 17 to 15th Jun. 17

Consultancy

‘Shatayu Bhavan’ is an ‘Old Age Home’ run by parent institute Pune Vidyarthi Griha’ since last 38 years. The building of said Shatayu Bhavan does not have ‘Elevator’ facility fitted thereto. As such, the old and handicapped inmates of ‘Shatayu Bhavan’ are finding it very difficult to use the staircases. Shatayu Bhavan has provided consultancy project of developing ‘Staircase Climbing Wheelchair’ to Mechanical Engineering faculty members Dr. Girish S. Modak and Dr. M. M. Bhoomkar. The product will be beneficial for society in general and handicapped people in particular. Estimated costing of the project is Rs.60,000

First instalment of Rs.12,000 is already disbursed while remaining part will be disbursed as per requirement of the concerned faculty members.

Product Innovation Lab

Click here to know more

Workshops & FDP

“Two days Workshop on Advances in Mechanical Engineering”
IWAME - 2019 1st and 2nd March 2019

Session 1 : Topic:  Application of CFD in continuous casting

Dr Sabin Mishra Ras Al Khaimah Men’s College Higher Colleges of Technology, UAE

Introduction of Expert/Speaker: Dr Sabin K Mishra is currently working as Assistant Professor-Mechanical Engineering at Ras al Khaimah Men’s College, Higher Colleges of Technology, UAE. He is having an additional responsibility as a Chair, Curriculum Development Committee and Program Academic Council Member – Mechanical Engineering Program for Higher Colleges of Technology, UAE. He has earned his PhD from Indian Institute of Technology - Roorkee, India for his thesis on Influence of nozzle blockage on flow behavior in curved wall multistrand tundish under the supervision of Dr P K Jha & Dr. S C Sharma, Professor, Department of Mechanical Engineering, IIT Roorkee. Dr Sabin’s research interests include study of fluid flow and heat transfer in continuous casting process and meshfree methods. His work has been published in many Journals of repute. Session Excerpt

• The expert highlighted that in today’s time of comprehensive energy crisis, continuous casting process is used extensively for production of slabs and billets by steelmakers.
• In continuous casting process, the ladle receives the molten material from furnace and delivers it into the tundish from where it is fed into the water cooled copper mold. Thus tundish is used as an intermediate reservoir between ladle and mold. Over a period of time, however, it was appreciated that the role of tundish goes beyond being a buffer between the ladle and mold. In fact, being the last reservoir for the molten metal before its entry into the mold, tundish plays an important role in deciding the quality of continuous cast products.

Session 2 :Topic: Advances in Microfluidics: Fluid dynamics and heat transfer in microchannels

Dr Vijay V. Varade Sharjah Men’s College Higher Colleges of Technology, UAE Introduction of Expert/Speaker:

Dr Vijay V. Varade is currently working as Program Coordinator-Mechanical Engineering at Sharjah Men’s College, Higher Colleges of Technology, UAE. He is having an additional responsibility as a Professional Certification Qualification Chair and Program Academic Council Member – Mechanical Engineering Program for Higher Colleges of Technology, UAE. He has earned his PhD from Centre for Research in Nanotechnology and Science, Indian Institute of Technology Bombay, India for his thesis on rarefied gas flow through microchannels with complex geometry under the supervision of Dr Amit Agrawal, Professor, Department of Mechanical Engineering, IIT Bombay who has recently earned Shanti Swarup Bhatnagar Prize for Science and Technology 2018. Dr Vijay’s research interests include study of fluid flow and heat transfer in microchannels with a focus on experimental and computational approaches. His work has been published in Journal of Fluid Mechanics, Cambridge University Press; Physics of Fluids, American Institute of Physics; Experimental and Thermal Fluid Science, Elsevier; Journal of Micromechanics and Microengineering, IOP Publishing; Computers and Fluids, Elsevier. Session Excerpt

• The Speaker introduced the emerging branch in fluid flow ie. Microfluidics. Microfluidics is a leading research area at present. He briefed about Microfluidics and recent advances in fluid flow and heat transfer in microchannels and its applications. He also explained the uncertainties, challenges and applications of Microfluidics and micro channel.
• The micro scale fluid dynamics is different than conventional macro scale fluid dynamics due to non-continuum and surface dominated effects. He mentioned the examples wherein the characteristics of the fluid become altogether different if we do the microlevel study.

Session 3 : Topic: Recent Advances in the application of Mechanical Engineering in Oil and Gas Exploration Technology

Dr. Najeeb U. Khan Dubai Men’s, Higher Colleges of Technology U. A. E.

Introduction of Expert/Speaker:
Dr. Najeeb Khan, at present, is a Program Chair at Dubai Men’s College, Higher Colleges of Technology, UAE. He is also the Co-Chair for Program Advisory Council for Mechanical Engineering Program for Higher Colleges of Technology based on 17 modern, technology-enhanced campuses making it the largest higher education institution in the UAE.

Dr. Khan has earned his BSc Engg. (Mechanical) Degree (Gold Medalist) from AMU, Aligarh, MS from University of Petroleum and Minerals, Dhahran, Saudi Arabia and PhD from NIT, Warangal, Telangana Pradesh, India.

Dr. Khan has a unique blend of field experience with research and teaching. He worked in Oil and Gas Industries – ONGC, Bombay Offshore Project and Schlumberger World Wide services (France, China-Japan, India, Indonesia, Dubai, Somalia, Iran) followed by Academia – University of Petroleum and Minerals, Dhahran, Saudi Arabia, Kuwait University, Kuwait and Higher Colleges of Technology. He has published papers in the area of applied mechanics, mechanical vibrations and structural dynamics in International refereed journals such as Computers & Structures, Applied Mathematical Modeling, International Journal of Energy Research, J. Energy Resources Technology, Transactions of ASME, Journal of Sound and Vibration, International Journal of Advances in Vibration Engineering and IEEE Explore.

Session Excerpt

• The Expert emphasized that we need to institute an intelligent, sustainable and competitive economy, to establish a link between R&D and energy sector and to instill an innovative spirit in our youth. He mentioned about the current scenario of Oil and gas exploration and its effect on the economy of the country.
• This can be achieved through involvement of all the stakeholders in the innovation cycle such as Engineering Student, Faculty and Researchers at all levels. It is of an important consideration to assure that the innovative ideas can be turned into products and services to grow competitiveness and jobs.
• The trend is continuing to integrate advances in computers and information systems, material science and additive manufacturing. New technologies create significant value in the industry. He spoke about the Various methods to explore oil like neutron bombardment, dielectric technology etc.

 

Session 4 : Topic: Heat Transfer and Fluid Flow Analysis of Microchannel Heat Sinks

Dr. Pradeep Hegde Dubai Men’s College, Higher Colleges of Technology, U.A.E.

Introduction of Expert Speaker:
Dr. Pradeep Hegde is currently working as Associate Professor in the department of Mechanical Engineering at Dubai Men’s College, Higher Colleges of Technology, UAE. He has earned his PhD from Universiti Sains Malaysia in 2006, for his thesis on analysis of heat transfer and friction characteristics of microchannel heat sinks cooled by single and two-phase flows, under the supervision of Dr. K.N. Seetharamu, former Professor at IIT Madras. Dr. Hegde’s research interests include semiconductor cooling and numerical heat transfer with focus on microchannel heat sinks. His works have been published in the International Journal of Heat and Mass Transfer, Applied thermal Engineering, Int. J. Num. Methods for Heat & Fluid Flow, etc. Dr. Hegde has supervised three Doctoral thesis in the fields of heat transfer in porous media, multi fluid heat exchangers and cryogenic heat exchangers.

Session excerpt

• The expert spokes about the application of the micro channel heat sinks for the heating problem of the IC chips and the analysis of heat transfer using single and two phase flow. He pointed as the chip size reduces the heat flux increases hence microchannel heat sinks play a very important role in cooling of the chips under its working temperature.
• For micro channel heat sink study various aspects like channel shape and its optimization, coolant type and related aspects, material of microchannels, nonuniform temperature distribution and flow maldistribution are explained in detail. The various analysis methods are used like finite element, finite volume, 1 D and 2 D analysis for microchannel heat sinks.

Session 5: Topic: Nano Fluids for Heat Transfer and tribology

Dr. Abdul Khaliq Rasheed

Introduction of Expert Speaker:
Dr. Abdul Khaliq Rasheed is working at the Graphene and Advanced 2D Materials Research Group at Sunway University, Malaysia. Prior to this position, he worked as a consultant at the University of Nottingham. Dr. Rasheed completed his undergraduate studies at CAHCET (Anna University), India in 2010 and masters at the International Islamic University Malaysia in 2012 where he received Rector Award for academic excellence. He did his PhD from the University of Nottingham in 2017 where he was awarded faculty scholarship and “best PhD research output and contribution” award.

He developed interest in heat transfer fluids while working as a Project Associate at the Indian Institute of Technology Madras in 2009. Currently, he conducts interdisciplinary research in disciplines such as advanced 2D nanomaterials, nanofluids, nanolubricants and nano-bio-heat transfer. Dr. Rasheed is one of the founders of Micratto Technologies, a company that aims to commercialize graphene-based nanolubricants under Malaysia’s National Graphene Action Plan (NAGP 2020). He has one patent and more than 20 papers in peer reviewed international journals and conferences. He was also recognized by Elsevier for “outstanding contribution in reviewing”. He is a member of IMechE, Malaysian Tribology Society and National Graphene Association, USA.

Session Excerpt

• The speaker has given the overview of ongoing research of nanotechnology and its application in heat transfer and tribology. He also mentioned about the lubricant market projections by 2020. He made aware of various challenges with regard to fuel economy. He talked about prerequisite study required for research in the field of nanotechnology with special emphasis on heat transfer and tribology.
• He introduced the audience the highest conductivity materials like graphene oxide and other nanomaterials. He advised the participants and researchers to synthesize own Nano material for the work instead of choosing the available one.

Report On FDP on ‘Python 3.4.3’

One week FDP on ‘Python 3.4.3’ by PVGCOET, Pune-09 in association with IIT Bombay Spoken-Tutorial from 25 May 2020 - 30 May 2020(The FDP is useful for all Discipline Professionals)

One week FDP on ‘Python 3.4.3’ by PVGCOET, Pune-09 in association with IIT Bombay Spoken-Tutorial

Last Date of Registration: 24^th May 2020
Fees: Free (Online FDP)
FDP date: 25 May 2020 to 30 May 2020
Participants successfully Registered: 448

This FDP will be conducted through online mode.

• Step 1- First you have to register in Spoken tutorial site if already register then there is no need of registration again. Spoken Tutorial Link for FDP: https://forms.gle/n1AeHSnwJ5TJDuSt8
• Step 2 - There is no stipulated time to attend the workshop. You can attend it anytime. You can access Spoken tutorial link - Moodle: https://spoken-tutorial.org/tutorial-search/?search_foss=Python%203.4.3&search_language=English&page=1 For participants e-certificate will be provided after the workshop to all registered candidate by PVGCOET, Pune-09 in association with IIT Bombay.

Google form link for attendance will send daily.
Certificate from Spoken Tutorial Project, IIT Bombay upon successful completion of online exam( Minimum 40% marks required)
E-Certificate of Participation from Department of Mechanical Engineering, PVG’s College OF Engineering and Technology, Pune-09.

The Registration link is as follows
https://docs.google.com/forms/d/e/1FAIpQLSdfC0m4ftflvxgsVefP3pDkyZg-Q7rNY9bTD51S7jlnQL9AKw/viewform?usp=sf_link
After registration, please join the Whatsapp Group created for this FDP using:-

Group No. 1 created for this FDP using this link:

https://chat.whatsapp.com/Bw4w0h2tdtZArPU5FVHrAu

Group No. 2 created for this FDP using this link*:

https://chat.whatsapp.com/H8XcMtzF29J9zv1PLsmkxE

For any queries, please contact:

Coordinators
1.Dr. M. M. Bhoomkar, Associate Professor, Department of Mechanical Engineering, PVG’s COET, Pune-09.
Mobile:-9421051883

Co-coordinator

1. Prof. N. R. Sonawane,
   Mobile: +91 98906 57205
2. Prof. V. B. Hiwase,
   Mobile: +91 88884 88448
3. Prof. S. S. Rampurkar,
   Mobile: +91 93731 70662

About Python 3.4.3

Python 3.4.3 is a dynamic object-oriented programming language that can be used for many kinds of software development. It offers strong support for integration with other languages and tools, comes with extensive standard libraries, and can be learned in a few days. Many Python programmers report substantial productivity gains and feel the language encourages the development of higher quality, more maintainable code.

Python 3.4.3 runs on Windows, Linux/Unix, Mac OS X, OS/2. Python has also been ported to the Java and .NET virtual machines. It is distributed under an OSI-approved open source license that makes it free to use, even for commercial products.

IIT Bombay is leading the effort to popularise Python for Scientific Computing in India. This is the Free and Open source Software for Science and Engineering Education project.

About Spoken Tutorial Project

Spoken Tutorial is a multi-award winning educational content portal.  Here one can learn various Free and Open Source Software all by oneself.  It’s self-paced, multi-lingual courses ensure that anybody with a computer and a desire for learning, can learn from any place, at any time and in a language of their choice.

Our courses are simple and easy to follow even for a beginner but they also meet the growing needs of the learner.  Our engaging digital content ensures that learning happens at all levels - Basic, Intermediate and Advanced.  Our content mandates side-by-side practice thereby ensuring that learners are actively learning.

• Chief Patron:
  Hon. Shri. S. P. Redekar,
  Registrar PVG & Director PVG's COET, Pune
  
  Hon. Prof. R. G. Kaduskar,
  Director, PVG's COET, Pune
• Patron:
  Dr. Kalyani Kulkarni,
  Incharge Principal, PVG's COET, Pune
• Convener: 
  Dr. Shivaji Gawali,
  Head, Dept. of Mechanical Engineering
  Prof. Mrs. U.M. Kalshetti
  Spoken Tutorial Central Co-ordinator

Scheduled: Day wise Topic list and Attendace Link

Attendance of Day 1: https://docs.google.com/forms/d/e/1FAIpQLSenWlBG31jz447dcKEG1Pk0radHl_thL8_HdEaC2-W___sO4A/viewform?usp=sf_link

Attendance of Day 2: https://docs.google.com/forms/d/e/1FAIpQLSd1ZyG0AwgcQ8U4cRR8Uz7qt1dOJ3Zq1WUO8x4gfXij9-frNw/viewform?usp=sf_link

Attendance of Day 3 https://docs.google.com/forms/d/e/1FAIpQLSeuh_mKYyxTDSTfG2falNneVbXR2Ql04ZMj9bXaAGSJRg6sUQ/viewform?usp=sf_link

Attendance of Day 4:https://docs.google.com/forms/d/e/1FAIpQLSe5T7SBZT6ewYg5eK15DHzrgD5uWayE1D9BEwE1_364MKAAEg/viewform?usp=sf_link

Attendance of Day 5: https://docs.google.com/forms/d/e/1FAIpQLSeTPxE3XsCULTsE_4DzLEW7nLBPvTEpiR3bYybo45cbqvb4JQ/viewform?usp=sf_link

Last Day: Activities of Last Day of our Spoken tutorials FDP on Python3. 4.3. Please folleow link explaining Some MCQ Practice Session. As a part of this FDP we are sending link of  feedback with  quiz  by 1 pm which contain 10 basic questions on "Python 3.4.3" Kindly complete it. Link for  feedback with quiz remain activate by today 7 PM only. Feedback and Quiz Link: https://docs.google.com/forms/d/e/1FAIpQLSfI-wFJ_uwam5eiV2ypRrMMSX2k6p8FGouOIWRUBkY9A6wucQ/viewform?vc=0&c=0&w=1

All participants will get the e- certificate of participation on 31 May 2020 @ 5 PM.

Please note that the date of online test by Spoken Tutorial will be conveyed later due to unavailability of IITB server. The date will be announced 2/3 days before the schedule

Scheduled : Daywise topic and attendace link

Topic no.	Day	Date	Topic	Duration (Min.)
1	1	25/05/2020	Getting started with IPython	12
2			Using plot command interactively	11
3			Embellishing a plot	14
4			Saving plots	7
5			Multiple plots	11
6			Subplots	9
7			Additional features of IPython	12
8	2	26/05/2020	Loading Data From Files	10
9			Plotting Data	8
10			Other Types Of Plots	8
11			Plotting Charts	8
12			Getting started with Lists	15
13			Getting started with for	11
14			Getting started with strings	10
15	3	27/05/2020	Getting started with files	10
16			Parsing data	13
17			Statistics	14
18			Getting started with arrays	11
19			Accessing parts of arrays	12
20			Image manipulation using Arrays	9
21			Basic Matrix Operations	13
22			Advanced Matrix Operations	8
23			Least square fit	8
24	4	28/05/2020	Basic datatypes and operators	10
25			Sequence datatypes	15
26			Input-output	10
27			Conditional Statements	9
28			Loops	7
29			Manipulating lists	10
30			Manipulating strings	10
31	5	29/05/2020	Getting started with tuples	9
32			Dictionaries	10
33			Sets in Python	12
34			Getting Started with Functions	7
35			Advanced Features of Functions	12
36			Using Python Modules	11
37			Writing Python Scripts	9
38			Testing and Debugging	8
39			Handling Errors and Exceptions	8

All participants received e- certificate of participation on 31 May 2020 @ 5 PM after confirmation of all activities like attendace, feedback and quiz.

Comments from participants: Thank you to all Organizing team of FDP on Python for providing us very nice platform to learn a new language. Special Thank you to Dr. Bhoomkar  and Prof. Hiwase for giving very nice guidelines during FDP and Dr. S. V. Gawali HOD Mech for arranging Python FDP in association with IIT Bombay.

We would like to thank all participants for your participation and cooperation for successful completion of this One week FDP on ‘Python 3.4.3’ by PVGCOET, Pune-09 in association with IIT Bombay Spoken-Tutorial. Hope you got your certificate. It's humble request to all to kindly download PDF copy of your certificate.

Thank you all participants once again for your overwhelming response.

Result Analysis

Year	Overall Passing %
	SE	TE	BE
2018-19	72 %	81.77 %	90.11 %
2017-18	64.62 %	78.10 %	92.52 %
2016-17	69.59 %	79.02 %	92.3 6 %
2015-16	53.64 %	55.40 %	80.23 %

Our Pride Toppers for Academic Year 2018-19

Rank	S.E. Mechanical	T.E. Mechanical	B.E. Mechanical
1	Naik Shivam Satyanarayan (9.48)	Pawar Mayur Sandipan (9.61)	Yadav Rushikesh Ravindra (9.39)
2	Mahajan Nilesh Goraknath (9.26)	Pawar Ganesh Shrirang (9.41)	Contractor Murtuza Shabbir ( 9.35)
3	Kshirsagar Pratik Subhash (9.18)	Kodulkar Abhishek Shriram (9.11)	Bamane Omkar Mahendra (9.26)

Our Pride Toppers for Academic Year 2017-18

Rank	S.E. Mechanical	T.E. Mechanical	B.E. Mechanical
1	Pawar Ganesh Shrirang (9.44)	Contractor Murtuza Shabbir (9.48)	Bansarolekar Piyush Pradeep (82.26%)
2	Kale Kunal Shirish (9.34)	Bamane Omkar Mahendra (9.46)	Bhagwat Vishwesh Milind (81.8 %)
3	Nemane Shubham Sanjay (9.04)	Sammanwar Tapish Prashant (9.28)	Deo Akash Shree (81.46 %)

Our Pride Toppers for Academic Year 2016-17

Rank	S.E. Mechanical	T.E. Mechanical	B.E. Mechanical
1	Kale Amit Sahebrao (9.36)	Kelkar Gauri Hemant (79.72 %)	Tikore Abhijit Laxman (82%)
2	Suryawanshi Sourabh Vijay (9.34)	Charwad Kunal Anil (78.73 %)	Holgal Dnyaneshwar Dadaso (78.93%)
3	Yadav Rushikesh Ravindra (9.34)	Deo Akash Shree (77.46 %)	Bhagwat Shubham Ashok (78.46%)

Our Pride Toppers for Academic Year 2015-16

Rank	S.E. Mechanical	T.E. Mechanical	B.E. Mechanical
1	Kelkar Gauri Hemant (81.6 %)	Tikore Abhijit Laxman (80.2 %)	Badkas Shubham Anil (77.93 %)
2	Charwad Kunal Anil (77.86 %)	Holgal Dnyaneshwar Dadaso (78.06 %)	Aditya Krishnaswamy (77.86 %)
3	Parulekar Akhilesh Shyam (78.73 %)	Bhagwat Shubham Ashok (76.53%)	Kale Juilee Vinayak (77.66 %)

Memorandum Of Understanding

• MOU is signed between PVGCOET and Dassault System, France for development of the Product Innovation Lab to encourage students to undertake projects in the advance technologies and product development
  
• MOU is signed between Mechanical Engineering Department and Accurate Gauging Pvt. Ltd. For establishment of the “Centre of Excellence” in the field of Metrology and Quality control. The MQC Lab is equipped with state-of-the-art metrological instruments and training programs for students are arranged.
  

The Training Program on 'Advances in Metrology: CMM Programming and Applications' with hands on experience on Advanced CMM machine is successfully conducted for TE mechanical students of PVG'S COE&T, Pune.

The Training Program is held at Accurate Gauging Pvt. Ltd, Pune on 23rd and 24th Sept. 2019.

The paid workshop is organised and conducted as a part of MOU signed between PVG'S COE&T and Accurate Gauging Pvt. Ltd.

Prof. Dr. M. M. Bhoomkar accompany 52 students for paid training programme.

Innovation Practices

4 bar Mechanism Schematic
Bionic Arm 4 bar Mechanism Schematic
Bionic Arm Finger
Bionic Arm Slider Crank Mechanism
Bionic arm with both Mechanisms
Compound Gear Box
Compounding Gears
Internal Gears
Oldham's Coupling

Metrology and Quality Control

• Comparator
• Gear metrology
• Interferometry
• Laser metrology
• Measurementv of Surface Finish
• Screw thread metrology

Mechatronics

• Unit II
• Unit III
• Unit V
• Unit VI

Theory of Machines

• Theory-of-Machines

Hydraulics and Pneumatics

• lecture-1
• Lecture-2
• Lecture-3
• Pneumatic lecture

Distinguished Alumni

Enterpreneur Alumni

Alumni Meet Photographs

ACTIVITIES DURING COVID ’19

The novel coronavirus (COVID-19) has infected lakhs of people in more than 100 countries around the world and India is also a victim of it. Several schools and colleges across the country have lock down to prevent the spread of this disease till now.

With the number of people affected by COVID-19 on the rise, we at PVG’s COET, Pune have made all arrangements to create awareness and prevent our students and faculties from not being affected by this deadly virus.

In this pandemic situation, the efforts of department of mechanical engineering are directed towards conducting online lectures, self-development initiatives such as COURSERA certification courses, evaluating seminar/project online, conducting online test /quiz to evaluate students’ knowledge.

• ONLINE LECTURES: During this pandemic situation we conducted the online teaching through various modes like use of PPT, use of Blackboard , use of PDF notes as per availabilities of material with staff  in recorded form Total no of lectures = 200+
  
  
• KNOCKDOWN THE LOCKDOWN Digital learning through TCSiON Number of students benefited are 127
• COURSERA Certification courses: offered for students. Number of students benefited = 250+
• FDP organised: online “One Week Faculty Development Programme on Python 3.4.3” in association with Spoken Tutorial, Indian Institute of Technology, Bombay. FDP Scheduled between 25.05.2020 to 30.05.2020 and no of responses = 600+
• Online Test/Quiz: for 400+ students
• Online seminar: Evaluation for T.E. students
• Online Project: Evaluation for B.E. students.

Online Project Evaluation for B.E. students

• Online discussion on BE project “Analysis of Pressure drop-in two-phase flow” sponsored by Thermax Ltd. Covid-19 Lockdown period. Guide: Prof.Dr. N. G. Jaiswal
  
  
• Mentor meeting conducted during lockdown by the faculties
  
  
• Parent Meet conducted during lockdown by Dr. S. V. Gawali
  
  
• Our Mechanical Students Developed Automatic Hand Sanitiser