Mechanical Engineering
About Mechanical Engineering Department
The Department of Mechanical Engineering was started in the year 2013. Department offers B. Tech. program in Mechanical Engineering with intake capacity of 60 students per year. The department has proficient and committed faculty members to enhance the delivery of academic program. Department has evolved a comprehensive student-centric learning approach, designed to add significant value to the learner's understanding in an integrated manner through workshops, lab sessions, assignments, training, seminars, projects and independent study.
| S.No. | Degree | Specialization/Branch | Current Intake |
|---|---|---|---|
| 1 | B. Tech | Mechanical Engineering (ME) | 60 |
Vision of Mechanical Engineering Department
- To excel both in teaching and research, by producing high competence, proficient, ethical and self-reliant female mechanical engineers for technological growth of the nation.
Mission of Mechanical Engineering Department
- M2: To emphasize on practical skills and socially relevant technology.
- M3: Most of the students, who graduate from the department, end up taking leading positions in industry, academia and government in both India and abroad.
- M1: To provide efficient mechanical engineers for global requirements by imparting quality education.
Program Specific Outcome (PSOs):-
- PSO1: Graduates of the program will acquire sound knowledge in various field of mechanical engineering to solve the multidisciplinary problems of societal need and allied industries.
- PSO2: Develop and implement new ideas on product design and development ensuring the best mechanical engineering practices with a research attitude.
- PSO3: Graduates will learn soft skills and entrepreneurship skill to acquire the sustainable position in their work environments.
Program Educational Objectives (PEOs)
- PEO1: Graduates shall be capable to apply technical and ethical knowledge in emerging areas of Mechanical Engineering for higher studies, research and handle the realistic problems.
- PEO2: Graduates shall have good communication skills, possess ethical conduct, sense of responsibility and an attitude towards research to serve the society for sustainability.
- PEO3: Graduates shall have strong foundation in academic excellence, soft skills, managerial skills, leadership qualities and understand the need for lifelong learning for a successful professional career.
Head of Department
| Qualification | Education Details | Designation |
|---|---|---|
| PhD.,M. Tech.,B. Tech. | PhD.(ME)IIT Kanpur , M. Tech.(NFM)MNIT Jaipur , B. Tech.(ME)MPUAT Udaipur | Asst.Professor |
| Phone | Mobile | |
| +91 9414931979 | jaigopalg@gmail.com; jaig_iitk@gweca.ac.in |
Faculty Details
Dr. Jai Gopal Gupta
| Qualification | Education Details | Designation |
|---|---|---|
| PhD.,M. Tech.,B. Tech. | PhD.(ME)IIT Kanpur , M. Tech.(NFM)MNIT Jaipur , B. Tech.(ME)MPUAT Udaipur | Asst.Professor |
| Phone | Mobile | |
| +91 9414931979 | jaigopalg@gmail.com; jaig_iitk@gweca.ac.in |
Mr. YASHVIN GUPTA
| Qualification | Education Details | Designation |
|---|---|---|
| M.Tech. ,B.Tech | M.Tech. (Manufacturing System Engineering)MNIT Jaipur , B.Tech(Production & Industrial Engineering)Engineering College Kota (University of Rajasthan) | Asst.Professor |
| Phone | Mobile | |
| 7737394938 | yashvingupta@gweca.ac.in |
Staff Details
Chimman Singh Rawat
| Education Details | Qualification | Designation |
|---|---|---|
| ITI,B. A. | Technician | |
| Phone | Mobile | |
| chimmanrawat@gweca.ac.in |
Rakesh Kumawat
| Education Details | Qualification | Designation |
|---|---|---|
| Phone | Mobile | |
| rakeshkumawat@gweca.ac.in |
Laboratory Details
Work Shop Practice Lab (Welding,Fitting,Machine Shop)
| Project Name | Govt. of Rajasthan |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | |
| Lab Description |
Ansys Acadmic Teaching (Software)
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Computer |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | |
| Lab Description |
Solid Works (CAD LAB)
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Computer |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | |
| Lab Description |
Computer Lab
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Computer |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | |
| Lab Description |
PRODUCATION ENGINEERING LAB
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Rakesh Kumawat |
| Description | |
| Lab Description |
KOM-DOM LAB
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | Chimman Singh Rawat |
| Description | |
| Lab Description |
Fluid Mechanics and Machine Lab
| Project Name | TEQIP II |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | Rakesh Kumawat |
| Description | |
| Lab Description |
Material Science Lab
| Project Name | TEQIP II |
|---|---|
| Room No | Material Science Lab |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | |
| Description | |
| Lab Description |
Thermal Engineering Lab
| Project Name | TEQIP II |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | Chimman Singh Rawat |
| Description | |
| Lab Description |
Research Details
Journal Publication Research
| Name of Paper | Journal Name | Year | Author |
|---|---|---|---|
| Potential and challenges for large-scale application of biodiesel in automotive sector | Progress in Energy and Combustion Science | 07/31/2017 | Jai Gopal Gupta |
| Spray characteristics, engine performance and emissions analysis for Karanja biodiesel and its blends | Energy | 01/15/2017 | Jai Gopal Gupta |
| Spray evolution, engine performance, emissions and combustion characterization of Karanja biodiesel fuelled common rail turbocharged direct injection transportation engine | International Journal of Engine Research | 04/14/2016 | Jai Gopal Gupta |
| Unregulated emissions and health risk potential from biodiesel (KB5, KB20) and methanol blend (M5) fuelled transportation diesel engines | Renewable Energy | 12/31/2016 | Jai Gopal Gupta |
| Particulate Emissions From Karanja Biodiesel Fueled Turbocharged CRDI Sports Utility Vehicle Engine | Journal of Energy Resources Technology | 11/01/2015 | Jai Gopal Gupta |
| Effect of process parameters on mechanical properties of investment castings produced by using expandable polystyrene pattern | International Journal of Advances in Engineering & Technology | 07/30/2011 | NIKHIL YADAV |
| Investigating the effect of varying proportions of waxes in wax mix on surface roughness and optimization by Taguchi method | Applied Mechanics and materials | 07/30/2012 | NIKHIL YADAV |
| Effect of Process Parameters on the Surface Roughness of A713 Alloy Castings produced by Investment casting process | International Journal of Emerging Technology and Advanced Engineering | 03/28/2013 | NIKHIL YADAV |
Conference Publication Research
| Name of Paper | Conference Name | Proceeding In | Venue | Faculty Name |
|---|---|---|---|---|
| Macroscopic and Microscopic Spray Characteristics of Diesel and Karanja Biodiesel Blends | SAE 2016 World Congress and Exhibition | SAE Technical Paper | Detroit, USA | Jai Gopal Gupta |
| Unregulated and Regulated Emissions from Biodiesel Fuelled CRDI SUV Engine | SAE 2015 World Congress and Exhibition | SAE Technical Paper | Detroit, Michigan, USA | Jai Gopal Gupta |
| Particulate Emissions From Karanja Biodiesel Fuelled Turbocharged CRDI SUV Engine | ASME 2014 Internal Combustion Engine Division Fall Technical Conference | American Society of Mechanical Engineers | Columbus, Indiana, USA | Jai Gopal Gupta |
| Sustainability of Rajasthan Marble Industry by using waste slurry materials. Pg 96 | 1st International Conference on Material Science and Engineering | Conference on Material Science and Engineering | NIT Jalandhar | Dharmanshu Singh Sodha |
Research Project
| Role | Project Type | Title | Fund | Faculty Name |
|---|---|---|---|---|
| National | National | INVESTIGATION OF MUSCULOSKELETAL DISORDERS AND ERGONOMIC INTERVENTIONS IN THE WORKPLACE FOR PREGNANT WOMEN | NPIU-MHRD | NIKHIL YADAV |
Student Research
Student Journal Publication Research
| Name of Paper | Journal Name | Publisher Name | Faculty Name |
|---|---|---|---|
| Potential and challenges for large-scale application of biodiesel in automotive sector | Progress in Energy and Combustion Science | Elsevier Ltd. | Jai Gopal Gupta |
| Effect of Process Parameters on the Surface Roughness of A713 Alloy Castings produced by Investment casting process | International Journal of Emerging Technology and Advanced Engineering | IJETAE | NIKHIL YADAV |
Student Conference Publication Research
| Name of Paper | Conference Name | Authore | Faculty Name |
|---|---|---|---|
| Sustainability of Rajasthan Marble Industry by using waste slurry materials. Pg 96 | 1st International Conference on Material Science and Engineering | Dharmanshu Singh Sodha, Dr J G Gupta | Dharmanshu Singh Sodha |
Student Research Project
B.Tech Research Project
| Group Name | Project Title | Year |
|---|---|---|
| Rajlakshmi Rathore | Reliable ball mill level sensor | 2021-22 |
| Simran Sharma Kiran Meena Komal Rawat | Design and fabrication of Pneumatic Auto Feed Drilling Machine | 2021-22 |
| Dimple Km. Anjana Prajapati YashikaKachhawa | Design and Fabrication of mixer machine (Ribbon miser) | 2021-22 |
| Neha Parveen Priya Kanwar Varsha Boss | Automatic Sanitizing Tunnel | 2020-21 |
| Jivisha Priyanka Manik Swati Bhartiya | Sustainable Development by using Industrial Waste like Plastics, and Sand in Manufacturing of Paving Tiles | 2020-21 |
| Vintee Sharma | Low Cost Hydraullic Power Transfer System For Small And Medium Robotics And Automation Application | 2019-20 |
| Suman meena Rashmi Malav Preeti Meena | Optimization of Abrasive Jet Machining using Taguchi method | 2019-20 |
| Ms. Garima Sharma Ms. Kirti Ms. Manisha Budhwani Ms. Monika Ms. PoojaGothwal | Sustainability of marble slurry in Marble Industry by Additive Manufacturing | 2018-19 |
| Ms. Anjali Dhawan Ms. Himani Nihaliya Ms. HimikaJagrit Ms. LipikaKashyap | Demonstration Of Gear Cutting On Conventional Milling Machine | 2018-19 |
| Manisha Kumari, Meena Khatnawalia, Ankita Rathore, Divya Sharma | Wireless Health Monitoring System | 2018 |
| Bhavika, Supriya, Minal, Chitrangana | Smart Solar Grass Cutter | 2017-18 |
| Santosh, Sonali, Shivani | Mini Conveyor using Geneva Mechanism | 2017-18 |
| Anjali, Ankita, Komal, Savita, Tabassum | Fabrication of Advance four in one Multipurpose Hybrid Agriculture Robotics | 2017-18 |
| Kirti, Garima, Manisha, Monika, Pooja | Sustainability of Marble Slurry in Marble Industry | 2017-18 |
| Purva Parashar, Sakshi Maheshwari | FEM Analysis of Shock Absorber | 2016-2017 |
| Unnati Verma, Pallavi Jakhar | Prototype of Multilevel Parking System | 2016-2017 |
| Taneesha Yadav, Surbhi Chouhan, Arunima Rai | To increase COP of Domestic Refrigerator by using water suction heat exchanger | 2016-2017 |
| Vimla & Khelanta | Arduino-Smartphone Controlled Arduino Robot Car via Bluetooth | 2016-2017 |
| Harsha Tak (13ME19) Hemlata Koushal (13ME20) Nishha Solanki (13ME32) Ritika Jain (13ME50) Sakashi Shrivastva (13ME53) Vanshika Sharma (13ME63) | Electromegnetic Braking System | 2016-17 |
| Aparna Dhadhich (13ME09) Neha Chattwani (13ME33) Poorva Bhatia (13ME38) | Comparative study of Green Corrosion Inhibitor and Conventional Inhibitor on SI Engine | 2016-17 |
| Santosh Prajapat (13ME54) Jaya Pareta (13ME22) Monika Siyal (13ME28) | Box Shifting Mechanism | 2016-17 |
| Anusha Bhatt (13ME07) Asha Meena (13ME11) Charul Chouhan (13ME16) Seema Vishnoi (13ME55) | Meta Centric Height Apparatus | 2016-17 |
| Advitiya Chaturvedi (13ME02) Anjali Chauhan (13ME05) Bhawana Singodia (13ME14) Himanshi Mishra (13ME21) Krati Siwasia (13ME24) | Reciprocating Steam Engine | 2016-17 |
| Raksha Yadav (13ME47) Ramnavmi Khokhar (13ME48) Sakshi Gupta (13ME52) Sunita Choudhary (13ME62) | Design of Air Pump | 2016-17 |
| Babita Bajiya (13ME12) Priyanka Ku. Meena (13ME42) Saloni Lekhwani (13ME45) Ravina Soni (13ME64) Afsana Mansuri (13ME65) | Design of Pitot Tube | 2016-17 |
| Chetna (13ME17) Manisha (13ME26) | Energy Generation using Speed Braker | 2016-17 |
| Niti Prabha (13ME33) Pooja Chaudhary (13ME34) Pooja Jha (13ME35) Puja Rathor (13ME42) Reshma Doolani (13ME49) | Paper Cutting Machine using Geneva Mechanism | 2016-17 |
| Shruti Sharma(13ME61) | Design of Cam and Cam follower | 2016-17 |
| Akansha Bhasker (13ME03) Anustha Meena (13ME08) Daivanshi Gupta (13ME18) Neetu Singh Meena (13ME32) | Design and Fabrication of Scissor Jack | 2016-17 |
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About Mechanical Engineering Department
The Department of Mechanical Engineering was started in the year 2013. Department offers B. Tech. program in Mechanical Engineering with intake capacity of 60 students per year. The department has proficient and committed faculty members to enhance the delivery of academic program. Department has evolved a comprehensive student-centric learning approach, designed to add significant value to the learner's understanding in an integrated manner through workshops, lab sessions, assignments, training, seminars, projects and independent study.
| S.No. | Degree | Specialization/Branch | Current Intake |
|---|---|---|---|
| 1 | B. Tech | Mechanical Engineering (ME) | 60 |
Vision of Mechanical Engineering Department
- To excel both in teaching and research, by producing high competence, proficient, ethical and self-reliant female mechanical engineers for technological growth of the nation.
Mission of Mechanical Engineering Department
- M2: To emphasize on practical skills and socially relevant technology.
- M3: Most of the students, who graduate from the department, end up taking leading positions in industry, academia and government in both India and abroad.
- M1: To provide efficient mechanical engineers for global requirements by imparting quality education.
Program Educational Objectives (PEOs)
- PEO-1: Mechanical graduates will have strong fundamental technical knowledge and are capable to develop core competency in diversified areas such as production, design, thermal and industrial engineering. PEO-2: Graduates capable of using software tools related to core and applied areas of their discipline to expand their knowledge horizon beyond books and to equip them with industrial and experimental practices. This is in addition to focus on problem solving, decision making skills, contributing to overall personality and career development. PEO-3: Graduates will have improved team building, team working and leadership skills with high regard for ethical values.
Program Specific Outcome (PSOs):-
- PSO1: Graduates of the program will acquire sound knowledge in various field of mechanical engineering to solve the multidisciplinary problems of societal need and allied industries.
- PSO2: Develop and implement new ideas on product design and development ensuring the best mechanical engineering practices with a research attitude.
- PSO3: Graduates will learn soft skills and entrepreneurship skill to acquire the sustainable position in their work environments.
Program Educational Objectives (PEOs)
- PEO1: Graduates shall be capable to apply technical and ethical knowledge in emerging areas of Mechanical Engineering for higher studies, research and handle the realistic problems.
- PEO2: Graduates shall have good communication skills, possess ethical conduct, sense of responsibility and an attitude towards research to serve the society for sustainability.
- PEO3: Graduates shall have strong foundation in academic excellence, soft skills, managerial skills, leadership qualities and understand the need for lifelong learning for a successful professional career.
HOD
Head of Department
| Qualification | Education Details | Designation |
|---|---|---|
| PhD.,M. Tech.,B. Tech. | PhD.(ME)IIT Kanpur , M. Tech.(NFM)MNIT Jaipur , B. Tech.(ME)MPUAT Udaipur | Asst.Professor |
| Phone | Mobile | |
| +91 9414931979 | jaigopalg@gmail.com; jaig_iitk@gweca.ac.in |
Faculty
Faculty Details
Dr. Jai Gopal Gupta
| Qualification | Education Details | Designation |
|---|---|---|
| PhD.,M. Tech.,B. Tech. | PhD.(ME)IIT Kanpur , M. Tech.(NFM)MNIT Jaipur , B. Tech.(ME)MPUAT Udaipur | Asst.Professor |
| Phone | Mobile | |
| +91 9414931979 | jaigopalg@gmail.com; jaig_iitk@gweca.ac.in |
Mr. YASHVIN GUPTA
| Qualification | Education Details | Designation |
|---|---|---|
| M.Tech. ,B.Tech | M.Tech. (Manufacturing System Engineering)MNIT Jaipur , B.Tech(Production & Industrial Engineering)Engineering College Kota (University of Rajasthan) | Asst.Professor |
| Phone | Mobile | |
| 7737394938 | yashvingupta@gweca.ac.in |
Staff
Staff Details
Chimman Singh Rawat
| Education Details | Qualification | Designation |
|---|---|---|
| ITI,B. A. | Technician | |
| Phone | Mobile | |
| chimmanrawat@gweca.ac.in |
Rakesh Kumawat
| Education Details | Qualification | Designation |
|---|---|---|
| Phone | Mobile | |
| rakeshkumawat@gweca.ac.in |
Laboratory
Laboratory Details
Work Shop Practice Lab (Welding,Fitting,Machine Shop)
| Project Name | Govt. of Rajasthan |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | Lab Description |
Ansys Acadmic Teaching (Software)
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Computer |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | Lab Description |
Solid Works (CAD LAB)
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Computer |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | Lab Description |
Computer Lab
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Computer |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Chimman Singh Rawat |
| Description | Lab Description |
PRODUCATION ENGINEERING LAB
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | YASHVIN GUPTA |
| Technician Name | Rakesh Kumawat |
| Description | Lab Description |
KOM-DOM LAB
| Project Name | TEQIP III |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | Chimman Singh Rawat |
| Description | Lab Description |
Fluid Mechanics and Machine Lab
| Project Name | TEQIP II |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | Rakesh Kumawat |
| Description | Lab Description |
Material Science Lab
| Project Name | TEQIP II |
|---|---|
| Room No | Material Science Lab |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | |
| Description | Lab Description |
Thermal Engineering Lab
| Project Name | TEQIP II |
|---|---|
| Room No | Mechanical Engineeri |
| Incharge Name | Dr. Jai Gopal Gupta |
| Technician Name | Chimman Singh Rawat |
| Description | Lab Description |
Equipment
Equipment Details
| S. No | Name | Laboratory Name |
|---|---|---|
| 1. | Bench Vice | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 2. | D. C. Arc welding set 300AMP | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 3. | Hand Drill Machine | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 4. | Hand Grinder | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 5. | Circuler Saw Machine | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 6. | Cut of Machine | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 7. | Bench Drill Machine | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 8. | Bench Grinder | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 9. | Welding Machine 150AMP | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 10. | Flat File 8" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 11. | Flat File 12" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 12. | Hacksaw Frame | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 13. | Welding Screen | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 14. | Tong | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 15. | Steel Scale 12" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 16. | Compressor Set 150 LBS/1 HP | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 17. | Gas Cutter | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 18. | Regulator Set (C2H2 +O2) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 19. | Gas Welding Torch | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 20. | Gun Spray | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 21. | Chain Saw | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 22. | Band saw machine 9" with motor 1HP (kirloskar) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 23. | Table circular saw 12" with motor 1HP (kirloskar) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 24. | Plane jack hand 8" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 25. | plane jack hand 14" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 26. | Mallet wooden | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 27. | Double ended grinder with wheel | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 28. | Milling machine with electric motor 2HP (kirloskar) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 29. | caliper out side 6" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 30. | caliper out side 8" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 31. | Caliper in Side 6" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 32. | Caliper in Side 8" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 33. | Vernier caliper 300MM | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 34. | Marking Block | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 35. | Height Gauge | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 36. | Vernier Bevel Protectors | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 37. | Dial Gaug with Megnetic Stand | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 38. | Ball Peen hammer 2LB, 1.5LB, 1LB,0.5LB | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 39. | Cross peen hammer 2LB,1.5LB,1LB,0.5LB | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 40. | Sprit level 6" | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 41. | Anvil 100KG | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 42. | Swage Block 100KG | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 43. | Blower 1HP | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 44. | Blower 2HP | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 45. | Blower 5HP | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 46. | Spot Welding Machine 8KVA | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 47. | Gas Welding Cylinder (oxigen, C2H2) 7CUM | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 48. | Chuck for lathe machine | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 49. | Lathe M/c complete with 1HP 3PH electric motor (Kiriosker) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 50. | Shaping (Shaper) M/c complet with 1HP, 3PH electric motor(Kirlosker) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 51. | Drilling Machine complet with 2HP, 3PH, elecgtric motor (Kirlosker) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 52. | Power hacksaw M/c complet with electric motor 1HP,3PH (Kirlosker) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 53. | Wood working turnning lathe with motor 1HP, 3PH, (Kirlosker) | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 54. | A/c -D/C Transformer Rectifire 3 PH Complete set | Work Shop Practice Lab (Welding,Fitting,Machine Shop) |
| 55. | Ansys Acadmic teaching mechnical & CFD(25 tasks) tecs items code 2680109 HSN/SAC-9973(AMC) | Ansys Acadmic Teaching (Software) |
| 56. | Soham impex all geared head lathe machine | PRODUCATION ENGINEERING LAB |
| 57. | Soham impex radial drilling machine | PRODUCATION ENGINEERING LAB |
| 58. | Soham impex shaping machine | PRODUCATION ENGINEERING LAB |
| 59. | Soham impex slotting machine | PRODUCATION ENGINEERING LAB |
| 60. | Soham impex universal geared head milling machine | PRODUCATION ENGINEERING LAB |
| 61. | Solidworks academics license (60 user) with 2 year AMC | Solid Works (CAD LAB) |
| 62. | HP desktop computer system core i5 - 8500/8GB/1TB/DVDRW/nvidia GT710 graphics/21.5" IPS LED/win 10 pro academic/MS office std 2019/3year warranty CPU s/no. 4CE9381VT1,2,3,4,5,6,7,8,9,B,C,D,F,G,H,J,K,L | Computer Lab |
| 63. | SICO air brake actual working | KOM-DOM LAB |
| 64. | SICO band and block brake | KOM-DOM LAB |
| 65. | SICO band brake | KOM-DOM LAB |
| 66. | SICO brake double shoe brake | KOM-DOM LAB |
| 67. | SICO brake single shoe brake or block brake | KOM-DOM LAB |
| 68. | SICO cam analysis apparatus | KOM-DOM LAB |
| 69. | SICO cam and follower | KOM-DOM LAB |
| 70. | SICO centrifugal clutch | KOM-DOM LAB |
| 71. | SICO clow clutch | KOM-DOM LAB |
| 72. | SICO cone clutch | KOM-DOM LAB |
| 73. | SICO crank and slotted lever mechanism apparatus(position veolocity and acceleration analysis of slider crank mechanism metallic model mounted on the board provided with a graduated scale | KOM-DOM LAB |
| 74. | SICO crank and slotted lever mechanism apparatus | KOM-DOM LAB |
| 75. | SICO disc brake | KOM-DOM LAB |
| 76. | SICO disc brake actual working | KOM-DOM LAB |
| 77. | SICO dynamics of machine (DOM)lab motorised gyroscope apparatus | KOM-DOM LAB |
| 78. | SICO dynamometer | KOM-DOM LAB |
| 79. | SICO dynamometer : prony brake dynamometer | KOM-DOM LAB |
| 80. | SICO elliptical trammel | KOM-DOM LAB |
| 81. | SICO epicyclic gear box (sun and planet type) | KOM-DOM LAB |
| 82. | SICO governor apparatus | KOM-DOM LAB |
| 83. | SICO hydraulic brake | KOM-DOM LAB |
| 84. | SICO hydraulic brake unit (four brake drum ) | KOM-DOM LAB |
| 85. | SICO hydraulic brake unit (two brake drum ) | KOM-DOM LAB |
| 86. | SICO internal expanding shoe brake | KOM-DOM LAB |
| 87. | SICO inversion of four bar mechanism | KOM-DOM LAB |
| 88. | SICO journal bearing apparatus | KOM-DOM LAB |
| 89. | SICO mechanical brake | KOM-DOM LAB |
| 90. | SICO model of crank & slotted lever mechanism | KOM-DOM LAB |
| 91. | SICO moment of inertia of flywheel | KOM-DOM LAB |
| 92. | SICO moment of inertia of flywheel (wheel 25 cm dia)SICO moment of inertia of flywheel (wheel 25 cm dia) | KOM-DOM LAB |
| 93. | SICO multi plate clutch | KOM-DOM LAB |
| 94. | SICO oldham cupling | KOM-DOM LAB |
| 95. | SICO power brake actual working | KOM-DOM LAB |
| 96. | SICO scotch yoke mechanism | KOM-DOM LAB |
| 97. | SICO sectionised 4/5 speed gear box | KOM-DOM LAB |
| 98. | SICO single plate clutch | KOM-DOM LAB |
| 99. | SICO static and dynamic blance machine | KOM-DOM LAB |
| 100. | DIP COATING UNIT | Material Science Lab |
| 101. | HEAT TREATMENT FURNACE | Material Science Lab |
| 102. | HYDRAULIC PRESS UNIT | Material Science Lab |
| 103. | KEITHLEY ELECTROMETER | Material Science Lab |
| 104. | SOLAR SIMULATOR | Material Science Lab |
| 105. | SPIN COATING UNIT | Material Science Lab |
| 106. | ULTRA SONICATOR | Material Science Lab |
| 107. | UV-VIS SPEETROPHOTMETER (1) | Material Science Lab |
| 108. | VACUUM COATING MACHINE | Material Science Lab |
| 109. | WEIGHING MACHINES | Material Science Lab |
| 110. | CALIBRATION AND FLOW RATE DETERMINATION USING VENTURIMETER ORIFICEMETER AND NOZZLEMETER | Fluid Mechanics and Machine Lab |
| 111. | CALIBRATION OF CONTRACTED RECTANGULAR NOTCH AND /TRIANGULAR NOTCH AND DETERMINATION FLOW RATE | Fluid Mechanics and Machine Lab |
| 112. | DETERMINATION OF CD, CV ,CC FOR GIVEN ORIFICE | Fluid Mechanics and Machine Lab |
| 113. | DETERMINATION OF COEFFICIENT FOR MINER LOSSES IN PIPE | Fluid Mechanics and Machine Lab |
| 114. | DETERMINATION OF HEAD LOSSES IN GIVEN LENGTH OF PIPE(01) | Fluid Mechanics and Machine Lab |
| 115. | DETERMINATION OF METACENTRIC HIGHT OF GIVEN BODY | Fluid Mechanics and Machine Lab |
| 116. | DETERMINATION OF THE REYNOLD NUMBER FOR LAMINAR TURBULENT AND TRANSIENT FLOW IN PIPE(01) | Fluid Mechanics and Machine Lab |
| 117. | DETERMINATION OF VELOCITY OF WATER BY PITOT TUBE(01) | Fluid Mechanics and Machine Lab |
| 118. | TO STUDY THE BOUNDARY LAYER VELOCITY PROFILE OVER A FLAT PLATE AND TO DETERMINE THE BOUNDARY(01) | Fluid Mechanics and Machine Lab |
| 119. | VERIFICATION OF BERNOULLI ( AS PER SPECIFICATION) (01) | Fluid Mechanics and Machine Lab |
| 120. | FRANCIS TURBINE TEST RIG | Fluid Mechanics and Machine Lab |
| 121. | KAPLAN TURBINE TEST RIG (01) | Fluid Mechanics and Machine Lab |
| 122. | PELTON WHEEL TURBINE TEST RIG (01) | Fluid Mechanics and Machine Lab |
| 123. | TWO STAGE AIR COMPRESSOR TEST RIG | Thermal Engineering Lab |
| 124. | FOUR STROKE SINGLE CYLINDER DISEL ENGINE TEST RIG WITH ELECTRICAL DYNAMOMETER (1) | Thermal Engineering Lab |
| 125. | ACTUAL CUT SECTION WORKING MODEL OF FOUR STROKE FOUR CYLINDER PETROL ENGINE (1) | Thermal Engineering Lab |
| 126. | ACTUAL CUT SECTION WORKING MODEL OF FOUR STROKE FOUR CYLINDER DIESEL ENGINE (1) | Thermal Engineering Lab |
| 127. | ACTUAL CUT SECTION WORKING MODEL OF TWO STROKE SINGLE CYLINDER PETROL (1) | Thermal Engineering Lab |
| 128. | ACTUAL CUT SECTION WORKING MODEL OF FOUR STROKE SINGEL CYLINDER PETROL ENGINE | Thermal Engineering Lab |
| 129. | ACTUAL CUT SECTION WORKING MODEL OF FOUR STROKE SINGEL CYLINDER PETROL ENGINE | Thermal Engineering Lab |
Academics
Academics Details
Feedback Form
Feedback Form
Research Details
Research Details
Journal Publication Research
| Name of Paper | Journal Name | Year | Author |
|---|---|---|---|
| Potential and challenges for large-scale application of biodiesel in automotive sector | Progress in Energy and Combustion Science | 07/31/2017 | Jai Gopal Gupta |
| Spray characteristics, engine performance and emissions analysis for Karanja biodiesel and its blends | Energy | 01/15/2017 | Jai Gopal Gupta |
| Spray evolution, engine performance, emissions and combustion characterization of Karanja biodiesel fuelled common rail turbocharged direct injection transportation engine | International Journal of Engine Research | 04/14/2016 | Jai Gopal Gupta |
| Unregulated emissions and health risk potential from biodiesel (KB5, KB20) and methanol blend (M5) fuelled transportation diesel engines | Renewable Energy | 12/31/2016 | Jai Gopal Gupta |
| Particulate Emissions From Karanja Biodiesel Fueled Turbocharged CRDI Sports Utility Vehicle Engine | Journal of Energy Resources Technology | 11/01/2015 | Jai Gopal Gupta |
| Effect of process parameters on mechanical properties of investment castings produced by using expandable polystyrene pattern | International Journal of Advances in Engineering & Technology | 07/30/2011 | NIKHIL YADAV |
| Investigating the effect of varying proportions of waxes in wax mix on surface roughness and optimization by Taguchi method | Applied Mechanics and materials | 07/30/2012 | NIKHIL YADAV |
| Effect of Process Parameters on the Surface Roughness of A713 Alloy Castings produced by Investment casting process | International Journal of Emerging Technology and Advanced Engineering | 03/28/2013 | NIKHIL YADAV |
Conference Publication Research
| Name of Paper | Conference Name | Proceeding In | Venue | Faculty Name |
|---|---|---|---|---|
| Macroscopic and Microscopic Spray Characteristics of Diesel and Karanja Biodiesel Blends | SAE 2016 World Congress and Exhibition | SAE Technical Paper | Detroit, USA | Jai Gopal Gupta |
| Unregulated and Regulated Emissions from Biodiesel Fuelled CRDI SUV Engine | SAE 2015 World Congress and Exhibition | SAE Technical Paper | Detroit, Michigan, USA | Jai Gopal Gupta |
| Particulate Emissions From Karanja Biodiesel Fuelled Turbocharged CRDI SUV Engine | ASME 2014 Internal Combustion Engine Division Fall Technical Conference | American Society of Mechanical Engineers | Columbus, Indiana, USA | Jai Gopal Gupta |
| Sustainability of Rajasthan Marble Industry by using waste slurry materials. Pg 96 | 1st International Conference on Material Science and Engineering | Conference on Material Science and Engineering | NIT Jalandhar | Dharmanshu Singh Sodha |
Research Project
| Role | Project Type | Title | Fund | Faculty Name |
|---|---|---|---|---|
| National | National | INVESTIGATION OF MUSCULOSKELETAL DISORDERS AND ERGONOMIC INTERVENTIONS IN THE WORKPLACE FOR PREGNANT WOMEN | NPIU-MHRD | NIKHIL YADAV |
Student Research
Student Journal Publication Research
| Name of Paper | Journal Name | Publisher Name | Faculty Name |
|---|---|---|---|
| Potential and challenges for large-scale application of biodiesel in automotive sector | Progress in Energy and Combustion Science | Elsevier Ltd. | Jai Gopal Gupta |
| Effect of Process Parameters on the Surface Roughness of A713 Alloy Castings produced by Investment casting process | International Journal of Emerging Technology and Advanced Engineering | IJETAE | NIKHIL YADAV |
Student Conference Publication Research
| Name of Paper | Conference Name | Authore | Faculty Name |
|---|---|---|---|
| Sustainability of Rajasthan Marble Industry by using waste slurry materials. Pg 96 | 1st International Conference on Material Science and Engineering | Dharmanshu Singh Sodha, Dr J G Gupta | Dharmanshu Singh Sodha |
Student Research Project
B.Tech Research Project
| Group Name | Project Title | Year |
|---|---|---|
| Rajlakshmi Rathore | Reliable ball mill level sensor | 2021-22 |
| Simran Sharma Kiran Meena Komal Rawat | Design and fabrication of Pneumatic Auto Feed Drilling Machine | 2021-22 |
| Dimple Km. Anjana Prajapati YashikaKachhawa | Design and Fabrication of mixer machine (Ribbon miser) | 2021-22 |
| Neha Parveen Priya Kanwar Varsha Boss | Automatic Sanitizing Tunnel | 2020-21 |
| Jivisha Priyanka Manik Swati Bhartiya | Sustainable Development by using Industrial Waste like Plastics, and Sand in Manufacturing of Paving Tiles | 2020-21 |
| Vintee Sharma | Low Cost Hydraullic Power Transfer System For Small And Medium Robotics And Automation Application | 2019-20 |
| Suman meena Rashmi Malav Preeti Meena | Optimization of Abrasive Jet Machining using Taguchi method | 2019-20 |
| Ms. Garima Sharma Ms. Kirti Ms. Manisha Budhwani Ms. Monika Ms. PoojaGothwal | Sustainability of marble slurry in Marble Industry by Additive Manufacturing | 2018-19 |
| Ms. Anjali Dhawan Ms. Himani Nihaliya Ms. HimikaJagrit Ms. LipikaKashyap | Demonstration Of Gear Cutting On Conventional Milling Machine | 2018-19 |
| Manisha Kumari, Meena Khatnawalia, Ankita Rathore, Divya Sharma | Wireless Health Monitoring System | 2018 |
| Bhavika, Supriya, Minal, Chitrangana | Smart Solar Grass Cutter | 2017-18 |
| Santosh, Sonali, Shivani | Mini Conveyor using Geneva Mechanism | 2017-18 |
| Anjali, Ankita, Komal, Savita, Tabassum | Fabrication of Advance four in one Multipurpose Hybrid Agriculture Robotics | 2017-18 |
| Kirti, Garima, Manisha, Monika, Pooja | Sustainability of Marble Slurry in Marble Industry | 2017-18 |
| Purva Parashar, Sakshi Maheshwari | FEM Analysis of Shock Absorber | 2016-2017 |
| Unnati Verma, Pallavi Jakhar | Prototype of Multilevel Parking System | 2016-2017 |
| Taneesha Yadav, Surbhi Chouhan, Arunima Rai | To increase COP of Domestic Refrigerator by using water suction heat exchanger | 2016-2017 |
| Vimla & Khelanta | Arduino-Smartphone Controlled Arduino Robot Car via Bluetooth | 2016-2017 |
| Harsha Tak (13ME19) Hemlata Koushal (13ME20) Nishha Solanki (13ME32) Ritika Jain (13ME50) Sakashi Shrivastva (13ME53) Vanshika Sharma (13ME63) | Electromegnetic Braking System | 2016-17 |
| Aparna Dhadhich (13ME09) Neha Chattwani (13ME33) Poorva Bhatia (13ME38) | Comparative study of Green Corrosion Inhibitor and Conventional Inhibitor on SI Engine | 2016-17 |
| Santosh Prajapat (13ME54) Jaya Pareta (13ME22) Monika Siyal (13ME28) | Box Shifting Mechanism | 2016-17 |
| Anusha Bhatt (13ME07) Asha Meena (13ME11) Charul Chouhan (13ME16) Seema Vishnoi (13ME55) | Meta Centric Height Apparatus | 2016-17 |
| Advitiya Chaturvedi (13ME02) Anjali Chauhan (13ME05) Bhawana Singodia (13ME14) Himanshi Mishra (13ME21) Krati Siwasia (13ME24) | Reciprocating Steam Engine | 2016-17 |
| Raksha Yadav (13ME47) Ramnavmi Khokhar (13ME48) Sakshi Gupta (13ME52) Sunita Choudhary (13ME62) | Design of Air Pump | 2016-17 |
| Babita Bajiya (13ME12) Priyanka Ku. Meena (13ME42) Saloni Lekhwani (13ME45) Ravina Soni (13ME64) Afsana Mansuri (13ME65) | Design of Pitot Tube | 2016-17 |
| Chetna (13ME17) Manisha (13ME26) | Energy Generation using Speed Braker | 2016-17 |
| Niti Prabha (13ME33) Pooja Chaudhary (13ME34) Pooja Jha (13ME35) Puja Rathor (13ME42) Reshma Doolani (13ME49) | Paper Cutting Machine using Geneva Mechanism | 2016-17 |
| Shruti Sharma(13ME61) | Design of Cam and Cam follower | 2016-17 |
| Akansha Bhasker (13ME03) Anustha Meena (13ME08) Daivanshi Gupta (13ME18) Neetu Singh Meena (13ME32) | Design and Fabrication of Scissor Jack | 2016-17 |
Events and Activities
Events And Activities
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Time Table
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