VNIT Nagpur Mechanical Department

Academics

Number of students graduated
2021 2022 2023
113 115 109

Number of current students: 110

Access placement data here.

Access the coursebook here

Access the coursebook (2025 Batch onwards) here

The Department of Mechanical Engineering is one of the oldest departments started in 1960. the department is offering a Full-time M. Tech program in Computer Aided Design and Manufacturing with an intake of 23 students. This program is started in the year 2006. The program is accredited by the NBA till 2025. Faculty members share their expertise with the students in the fields of Machine Design, computer-aided design and manufacturing, Robotics, Vibration, Product design, Industrial product development, advanced manufacturing, Finite element Methods, advanced mechanisms, etc. The laboratories for the program are equipped with state-of-the-art facilities like CNC Machine Centre, Robotics Lab, Computer-aided Manufacturing Lab, Simulation Lab, Machine Design Lab, etc. Students must complete all theory and practical courses in the first two semesters. For the third and fourth semesters, they must complete their dissertation work in various industries / National Labs / academic institutes giving them sufficient time for a comprehensive understanding of their project. Students are encouraged to undertake multi-disciplinary projects also. The dissertation work usually involves problem identification, literature survey, detailed analysis of the problem using modern techniques/software, finding solutions, analyzing results, and report submission. The students need to acquire a minimum 52 credits to get the degree. The placement of the students is above 80% in 2023-24, and 100% in 2022-23. Many Industries and Private Engineering College teachers have immensely benefited from this PG course.

Number of students graduated
202120222023
221415

Current students: 15

Access the coursebook here.

Placement information

This Post Graduate course, M. Tech in Heat Power Engineering (Full Time), was started in Mechanical Engineering department in 2002 when the Institute received NIT status. Prior to this (2002), the M. Tech in HPE was offered as a part-time program. The program is accredited by the NBA till 2028. It is aimed at equipping the students with advanced and updated knowledge in the areas of thermal engineering like Computational fluid dynamics, Multi phase flow, Gas dynamics, Heat transfer, Combustion, Renewable energy sources, Fuel cells, I C engines, Air pollution and control, Refrigeration and air conditioning, Turbo machinery, Power plant Engineering, etc. The program is structured in Four semesters where first two semesters are dedicated to theory courses along with their practicals as applicable and for last two semesters ie one full year, students can complete their dissertation work in various industries / National Labs / academic institutes giving them sufficient time for comprehensive understanding of their project. Students are encouraged to undertake multi-disciplinary projects also. The dissertation work usually involves problem identification, literature survey, detailed analysis of problem using modern techniques/software, finding solutions, analysing results and report submission. The students need to acquire minimum 52 credits to get the degree. Placement of the students is above 90% since last 3 years. Many Industries and Private Engineering College teachers have immensely benefited from this PG course.

Number of students graduated
202120222023
19104

Current students: 8

Access the coursebook here.

Placement information

To be updated soon

 

Access the Coursebook here

MTech. (Production and Industrial Engineering) was launched in 2023 after revamping the curriculum of M. Tech. (Industrial Engineering) existing earlier since 1989. The new PG program is designed to keep pace with newer technologies and megatrends. The program outcomes aim to equip students with the ability to independently research, write technical reports, and demonstrate mastery over specialized areas such as industrial and production engineering beyond the bachelor’s level. The courses are designed to provide students with a comprehensive understanding of various aspects of industrial and production engineering, including material management, ergonomics, production planning, smart manufacturing and Industry 4.0, marketing research and data analytics, production system modeling and simulation, quantitative techniques, supply chain management, reliability engineering, personnel management, smart manufacturing technologies, quality assurance, advanced manufacturing processes, data analytics, optimization techniques, industrial automation, and machine condition monitoring. The program is structured into courses offered in odd and even semesters, with a total of 52 credits required for completion. The program emphasizes hands-on learning through laboratory courses and practical exercises, as well as theoretical knowledge through lectures and seminars. Students are required to complete two phases of a project, with the first phase focusing on identifying a research problem, reviewing literature, and presenting a research report, while the second phase involves carrying out a scientific investigation. For the project phase, students are provided with an opportunity to carry out their project-cum-internship at prestigious industries, like, Cummins (Pune), Siemens (Aurangabad), DRAL (Nagpur), IDOS (Mumbai), John Deere (Pune), Phillips (Pune), Bosch (Jaipur), Eaton, Bajaj Auto, AVL technologies, etc. There are a few students from M. Tech. (PIE) who benefitted from an international MoU between VNIT Nagpur and Dassault Aviation France. The course is backed up by state-of-the art laboratories and facilities, such as advanced manufacturing lab, ergonomics lab, simulation lab, Vertical Machining Center, CNC machines, non-traditional machining setups, robotics lab, product development and testing lab, etc. We have prominent software such as Tecnomatix, AnyLogic, Arena, LabView, Anysis, etc. The students of M. Tech. (PIE/IE) have been recruited by many national/ multinational companies, a few of the prominent recruiters are- PWC, ICICI Banks, DRAL, Grindwell Norton, Matter Motors, Tata AutoComp, Torani (Dubai), Jindal Power, Mahindra & Mahindra, L&T, Bajaj Auto, Federal Bank, Acuitas360, etc.

Number of students graduated
202120222023
18147

Current students: 10

Access the coursebook here.

Placement information

The biomedical engineering discipline at VNIT was established as an extension of research in mechanical engineering and has further developed by involving other departments such as electronics engineering, computer science, chemical engineering, materials engineering, and applied science & humanities. The research mainly focuses on medical device innovation and medical imaging. Class C & D devices, like customized orthopedic implants, are developed in-house and fitted in patients’ bodies with the involvement of medical professionals from medical institutes in and around Nagpur. Research in advanced areas like bio-printing and tissue engineering is also being developed for the benefit of society. Recently, an M.Tech. course in biomedical engineering was started at VNIT, and an ecosystem for start-ups in MedTech devices has been created. The ongoing projects, with a financial outlay of 4 crores, demonstrate the perfect amalgamation of engineering and medical science.

It is also proposed to form a consortium to develop organs in the lab as a solution to the problem of organ transplantation, thus achieving the goal of Vikshit Bharat 2047.

Number of students graduated
202120222023
612

Current students: 2

Access the Coursebook here.

Placements: No data yet

The Online MTech program in Computational Fluid-Thermal Sciences (CFTS) at VNIT offers a unique platform for working professionals to acquire advanced knowledge and skills in the fields of fluid dynamics and thermal sciences.

Launched in 2023, the first batch of this program included 11 students, all of whom brought with them a minimum of 6 years of industry experience. The program’s success is reflected in the enrollment for the second batch, which has already attracted 10 new admissions.

Our MTech CFTS program emphasizes practical aspects and real-world applications, ensuring that students gain hands-on experience and valuable insights into the industry. This focus makes it an ideal choice for professionals looking to enhance their expertise and advance their careers in Computational Fluid-Thermal Sciences. 

Access the Coursebook here.

Placements: No data yet

The Hybrid M. Tech program in Electric Vehicle Technology is offered jointly by VNIT and EVACAD. This program is designed to address the growing demand for skilled professionals in the EV industry. It combines rigorous academic coursework with practical training, covering key areas such as battery technology, power electronics, motor design, and EV infrastructure. Students benefit from VNIT’s state-of-the-art facilities and evACAD’s industry expertise, ensuring a comprehensive education that bridges theoretical knowledge and real-world application, preparing graduates to innovate and lead in the evolving field of electric vehicles. 

Access the Coursebook here.

Placements: No data yet

1) Collaborative robots and nonlinear control
2) Machine vision, deep learning and artificial intelligence.
3) Nonlinear dynamics, Fatigue and Fracture Mechanics
4) Vibration and Machine condition monitoring
5) Composite laminates and damage identification
6) Biomedical Engineering
7) Product design, Mechanism and parallel manipulators
8) Surface engineering, Friction and Tribology
9) Crashworthiness, ballistic and cellular structure
10) Nanomaterials, CNT reinforced composites and ceramics
11) Bio Tribology, Adhesion and rupture of soft solids
12) Renewable energy (Solar/Wind/Biomass)
13) CFD, Compressible flow and Fluid dynamics
14) Combustion engineering, Supersonic and hypersonic engines
15) Multi phase flows, Fluid structure interaction.
16) I.C Engines and Alternative fuels
17) Fuel Cell, Heat and Mass transfer
18) Nuclear power engineering and safety
19) CAD/CAM and additive manufacturing
20) Industrial engineering
21) Manufacturing system simulation
22) Maintenance and reliability engineering
23) Smart manufacturing and automation
24) Ergonomics and human factor
Sr. No.Thesis TopicsName Of ScholarSupervisor (s)Date of Registration (Month Year)
1Structural Health Monitoring with Ultrasonic Guided WavesRakesh SahuN Anvesh ReddyJul-23
2Development and optimization of Hybrid BTMS for electric vehicle applicationsPreeti DhabardeR. P. SoniJul-23
3Wear and Corrosion characteristics of 3D printed 17-4 PH stainless steelG. NarsingraoRavikumar DumpalaJul-23
4Tissue EngineeringShruti ShendeR. V. UddanwadikerJul-23
5Studies on Centrifugal Slurry PumpAmay MeshramRahul TarodiyaJan-24
6Optimization of process parameters for EDM tool wear Using Response Surface MethodologyPankaj Prakash Bhise (Part Time) Nitin Kumar LautreJul-23
7Implementation of Causal Learning and Explainable AI for efficient drone navigation and orientationNEERAJ DWIVEDISHITAL SUDHAKAR CHIDDARWARJul-22
8Development of thin disc for stator core using CMT WAAMDIPAK MINRAJ HAJARENITIN KUMAR LAUTREJul-22
9Renewable fuel for diesel engineDHIRAJ SUDHAKAR DARUNDEPRAVIN D SAWARKARJul-22
10Optimization of cutting parameters in freeform milling of Inconel 718.SHREYAS RAMBHAU ITANKART V K GUPTAJul-22
11Study of impact in hybrid laminatePlate.DEEPU KUMAR SINGHGAURAV TIWARIJul-22
12AKASH SUDHAKAR JADHAVVILAS RAMDAS KALAMKARJul-22
13Synthesis and biotribological study of polymeric biocomposite materialAGRAWAL SUMIT RAJENDRATHAKRE A AJul-22
14Thermal Analysis of Electric Motor used in Electric Vehicle ApplicationsAKSHAY GAJANANRAO SHEWALKARDHOBLE A SJan-22
15Investigations on Hydrogen assisted duel fuel CI EngineKONDE SHIRISH LAXMANRAOSURYAWANSHI J GJan-22
16Synthesis , Mechanical and Tribological Characterization of a Biocompatible Polymer Substitute for Articular CartilageSWAPNIL MANI TRIPATHITHAKRE A AJan-22
17Analysis of manufacturing processes of metallic medical implant: SMART Foundry prospectiveGUNVANTA TEJRAMJI DHANUSKARKUTHE A MJan-22
18Design and fabrication for heat flux measurements for high speedflowsSUMEDH SHAMSUNDAR DONGARETRUSHAR GOHILJan-22
19Finite Element Analysis of Anatomical model of TMJ in Asymptomatic and Symptomatic SubjectsANANTA JAINUDDANWADIKAR R VJan-22
20Friction and Wear of Rubber at High SpeedSHIV NANDAN CHOURASIAARUNKUMAR VASHISTHA SINGHJan-22
21Investigations In Proton Exchange Membrane Fuel CellsKAUSTUBH PRAKASH KOTHEKARTHOMBRE S BJan-22
22Experimental Investigation and Performance Optimization of Photocatalytic Fuel CellMANISHA FANDETHOMBRE S BJan-22
23Comprehensive performance assessment of solar PV systems in industrial applicationsSAKET BIHARI SHARAN PANDEYSUKANTA ROGAJan-21
24Ballistic Performance of Aramid Composite Structures: Experimental and Numerical InvestigationRATHOD SAURABH RAVIDASDr. Gaurav TiwariJul-19
25Dynamic and Fracture Analysis of Functionally graded materialGANGUWAR SUMITDr. V. M. NistaneJul-19
26Wire Arc Additive ManufacturingAMIT KUMAR MOTWANIPURI Y MJul-19
27Performance Evaluation of Cold Metal Transfer Wire and Arc Additive Manufacturing with NanofillersANAND KUMAR KNITIN KUMAR LAUTREJan-19
28Joining thin sheets of CRNO Electrical steel using microwave energyANKUSH D BHISHNURKARNITIN KUMAR LAUTREJan-21
29Study on effect of external thermal insulation on performance of refrigerated vehicleUMATE TUSHAR BHOJRAJPRAVIN D SAWARKARJan-21
30A study on tribological and corrosion characteristics of ballburnished ZE41 magnesium alloySUBRAT KUMAR BARALRAVIKUMAR DUMPALAJan-21
31To develop AI based solver for Magneto-hydro dynamic fluid flowABHISHEK CHOUDHARYTRUSHAR GOHILJan-21
32Gait Analysis of Stair Ascend and DescendLUSHANK SHAMBHARKARDHANANJAY A JOLHEJan-21
333D Printing of customised scaffold for improved osteogenesesBHUPESH DIWAKAR SARODEKUTHE A MJan-21
34Robotic Intelligent Welding System For GMAWSONWANE SATISH GHANSHAMSHITAL SUDHAKAR CHIDDARWARJan-21
35Study of ballistic performance of Zirconia toughened aluminaANDRASKAR NIKHIL DIWAKARGAURAV TIWARIJan-21
36Fault Diagnosis Of Switched Reluctance MotorBEHARA SANTOSH SAGARPRASAD VIJAY KANEJan-21
37Thermal Management of Solar Photovoltaic Systems using Phase Change Materials and WaterSOMESHWAR SHESHRAO BHAKREPRAVIN D SAWARKARJan-19
38Experimental And Computational Analysis Of Impact Of Stove Materials On The Overall Performance Of Hybrid Draft Biomass CookstoveSURAJ SHAMRAO GHIWEVILAS RAMDAS KALAMKARJan-19
39Analyse the Robot assisted WAAM PROCESSAMOL PRALHADRAO MOREPURI Y MJan-23
40SWAPNIL CHOWDHARYP.V. KANEJan-24
Sr. noNameYear of awardSupervisor
1Hari Prasad Chintha2023Dr. Chatterjee A
2Daronde Subodhkumar Bharat2023Dr. Kuthe A M
3Himanshu Singh2023Dr. Puri Y M
4Deepali Mathur2023Dr. Nistane V M
5Chaitanya Gullipalli2023Dr. T V K Gupta
6Kaware Kiram Rameshrao2023Dr. Kotambkar M S
7Sandeep Rathor2023Dr. Uddanwadikar R V
8Gundewar Swapnil Kishorrao2023Dr. Prasad Vijay Kane
9Pawan Kumar Soni2023Dr. Arunkumar Vashistha Singh
10Aniruddha Ajay Kane2023Dr. R K Peetala
11Bhushan Kumar Dharmik2022Dr. Nitin Kumar Lautre
12Vandita Thantharate Shahu2022Dr. Thombre S B
13Khaire Nikhil Bhimrao2022Dr. Gaurav Tiwari
14Mali Rahul Appasaheb2022Dr. T V K Gupta
15Makireei Diwarkar2022Dr. Ghuge V D
16Anil Madhukarrao Onkar2022Dr. Atul Andhare
17Nikhil Vinayak Thawari2022Dr. T V K Gupta
18Hemendra Patle2021Dr. Ravikumar Dumpala
19Ashutosh Dinanath Bagde2021Dr. Kuthe A M
20Vivek Patel2021Dr. Gaurav Tiwari
21Karwade Amit Sanjay2021Dr. Thombre S B

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