Department of Mechanical Engineering


To be a global knowledge hub in mechanical engineering education, research, entrepreneurship, and industry outreach services


Impart quality education and training to nurture globally competitive mechanical engineers. They provide vital state-of-the-art research facilities to create, interpret, apply, and disseminate knowledge. Develop linkages with world-class educational institutions and R & D organizations for excellence in teaching, research, and consultancy services.


B.Tech. in Mechanical Engineering is a comprehensive degree program. This discipline is designed to provide the analytical and experimental skills required for a wide variety of careers in Mechanical Engineering and also in other multi-disciplinary areas like Materials Engineering, Production Engineering, Industrial Engineering, Biomedical Engineering, Environmental pollution control, Computer sciences, Robotics, and Management. The goal of the Mechanical Engineering curriculum is to create a flexible undergraduate with educational experience in analysis, design, mathematics, modeling, computing, manufacturing, and maintenance of mechanical systems. This broad and flexible programme involves the production and usage of heat and mechanical power for the design, production, and operation of machines and tools. The Department offers academic programmes at two levels, i.e., Bachelor of Technology and Diploma in Mechanical Engineering. It also provides a wide range of disciplinary electives and covers the majority of modern technologies. Furthermore, it has highly dedicated, competent, and well-experienced faculty members. The department also has state-of-art laboratories to provide hands-on experience and support in research activities.

Mechanical engineering

Programme Educational Objectives (PEOs)

The Bachelor of Mechanical Engineering curriculum is intended to provide graduates with the knowledge, skills, and attitude needed to succeed in their careers.

PEO1: Acquire fundamental knowledge in the fields of design and manufacturing of various mechanical additives in order to meet challenges in the product design and manufacturing industries.

PEO 2:To enable the recognition and examination of issues related to thermal engineering structures and industrial engineering problems of fashion industries.

PEO3:The use of modern computer software programme equipment to solve mechanical engineering problems, explains their solutions and communicate.


Message By Head

Mr. Joravar Singh Shekhawat

HOD, Mechanical Engineering

Mechanical engineering is one of the oldest and broadest engineering disciplines and plays a significant role in enhancing safety, economic vitality, enjoyment, and overall quality of life throughout the world. A prerequisite for development is growing, and that is directly related to the production or output of a country. If production is done via a sustainable path, it can maintain the sustainability of development.

A warm and green greeting from the Department of Mechanical Engineering at Pratap University, Jaipur. The university has been simply unstoppable in its progress as it has been actively involved in various activities that have brought to light the hidden talents of the university students and staff. Mechanical engineering is a professional core engineering discipline that deals with the design, production, and maintenance of any product in any industry. Every student and employee would take pride in his or her department and university.

Our department has a team of highly qualified and experienced faculty and good infrastructural and lab facilities. We are striving hard continuously to improve the quality of education and to maintain its position of leadership in engineering and technology. We always work with the motto "Nothing can be achieved without genuine effort." The core values of the department help the students develop their overall personality and make them worthy of competing and working at a global level. Our faculty are continuously attending various training programs, publishing research papers and books, and filing patents. Many are pursuing research. Our department has been conducting seminars and conferences to keep the faculty and students abreast of the latest developments in the field of technical education. We are happy to share that many students are pursuing higher studies in leading universities in India and abroad. I am certain that our students will prove to be invaluable assets to an organization. We need mechanical engineers to build the nation.

Program Outcomes

PO1 Procurement of fundamental Knowledge identified with different surges of Mechanical Engineering viz. pattern, Manufacturing, Thermal, and Industrial Engineering.
PO2 An ability to be familiar with and analyze enterprise-associated actual existence issues and resolves the use of engineering capabilities and more than a few Mathematical modeling techniques
PO3 Able to graph the primary mechanical elements and mechanical structures with the use of structures method and different optimization techniques
PO4 Acquire enough expertise in fundamental sciences and engineering financial system ideas to remedy complicated industrial troubles associated with Mechanical sciences which include carrier industries
PO5 A capability to follow the superior Computer Aided Design and evaluation software to discover modern options for the complicated plan troubles associated with product, manner, and engineering graph for additional implementation.
PO6 An aptitude to analyze the effect of superior applied sciences on the industrial increase and residing requirements of society. Much of the creativity in the world is attributed to engineer and an engineer is supposed to preserve abreast of the superior applied sciences and assimilate the identical for serving the mankind of the world..
PO7 An ability to make use of assets like men, machines, and substances correctly to produce nice merchandise which is surroundings friendly, at minimal whole cost.
PO8 A dedication to gather and contain human values and moral fee whilst discharging the obligations enjoyable the social tasks thinking about the client as the most essential entity.
PO9 Competence to take up an assignment for my part as nicely as work in groups to promote gadget integration and synergy in small and massive scale projects.
PO10 A proficient ample to talk with the human beings in the enterprise and in a position to work for the employer as an engineer. Acquires/Possess gentle competencies and computation capabilities to promote interaction with people and organizations and the usage of all types of conversation for all spherical improvement of the organization.
PO11 Acquires Managerial talent and Knowledge to manipulate the sources like men, equipment, and finance, as properly as taking high-quality selections involving brief and lengthy-time period dreams and objectives.
PO12 Learning fundamentals of a range of manufacturing strategies required to manufacture mechanical factors and updating the understanding lifelong to live on in the aggressive world with superior educational capabilities and enrichment of the expertise to promote greater knowledge & Research.

Career Opportunities :

Mechanical engineers play a role in various sectors such as product and process industries, automobiles, heavy engineering, oil and gas, transportation, etc. They pursue many job profiles covering shop floor, quality, design, analysis, R & D, sales, and marketing.


B.Tech  Mechanical Engineering - 4 years
B.Tech (Lateral Entry)  3 Years
Diploma (Mechanical Engineering)  3 Years
Diploma (Mechanical Engineering) Lateral  2 Years


Your Future Scope With ME

India is to capture the top 3 most competitive manufacturing nano-positions by 2030. The future prospects of Mechanical Engineering are considered quite bright in various fields such as Automotive (car chassis to future eco-friendly designs), Aerospace (airplanes to drone technologies and spacecraft), Computers and electronics (disk drives, printers, cooling systems, semiconductor tools), micro-electromechanical systems (sensors, actuators, micro-power generation), Energy conversion (gas turbines, wind turbines, solar energy, fuel cells), Environmental control (HVAC, air-conditioning, refrigeration, compressors), Automation (robots, data, and image acquisition, recognition) and Manufacturing (machining, machine tools, prototyping, micro-fabrication)


The students have undertaken technically challenging high-impact design projects like a Hybrid car, solar car, GoKart& CNG Bike, 3d Printer, CNC lathe etc.

  • Inhouse lathe machine, milling machine, shaper machine, water turbine, and drilling machine
  • Industry Tie-ups with stellar organizations as JBM Group, forbeeremployabilit
  • Technical Events such as exhibitions, robo-wars, and technical quizzes are a regular affair
  • In-house summer training program in CAD lab from second year onwards.
  • Industrial Tours to Century Papers, JBM Industries, Mahindra, Parle, Goa Shipyard, and many more


Mechanical Engineering Laboratories are well-equipped with modern facilities, and specialized software and provide state-of-the-art facilities for teaching and advanced research. They include-

  • Basics of Mechanical & Civil Engineering Lab
  • Mechanics Lab
  • Workshop Lab
  • Engineering Drawing Lab
  • Fluid Mechanics and Machinery Fluid Lab
  • Material Science Lab
  • Thermal Engineering Lab
  • Machine Design Lab
  • Measurement and Metrology Lab
  • Manufacturing Technology Lab
  • Heat and Mass Transfer Lab
  • Refrigeration and Air Conditioning Lab
  • Theory of Machine Lab
  • Strength of Materials Lab
  • Internal Combustion Engine Lab
  • Automobile Lab
  • Computer-Aided Drafting Lab
  • Computer-Aided Design and Computer-Aided Manufacturing Lab

1. Basics of Mechanical & Civil Engg. Lab
Basic Civil and Mechanical Engineering laboratory has conventional machine which are capable of producing intricate featured parts and components. The highlight of the basic Mechanical Engineering laboratory includes auxiliary components of I.C engine, working model of two stroke and four stroke cycle engines and sand casting equipments.

2.Mechanics Lab
Our wide gamut of Mechanics Lab Equipment’s comes in handy for demonstration and understanding of various theories of mechanical engineering. These ergonomically designed lab equipment’s are required for comprehension of principles of shear force, mechanical friction and dry friction. We would like to introduce ourselves as a growth oriented manufacturer and exporter of superior quality Mechanics Lab Equipment’s. These are also used to conduct various tests like fatigue, torsion and impact of various machinery. In addition to that, this lab equipment have key role in measuring vibration, deformation, stability, analysis of stress and strain of various industrial equipment.

3. Workshop Lab
We have the state of the art facilities in workshop lab having machine shop, Engine Lathe, Center Lathe, Carpentry shop, Fitting shop,Foundry, Fabrication shop,Welding Shop. Students have the facility to complete their projects in the workshop for vehicle manufacturing and assembling of parts.

4. Engineering Drawing Lab
Engineering drawing is a two dimensional representation of three dimensional objects. In general, it provides necessary information about the shape, size, surface quality, material, manufacturing process, etc., of the object. It is the graphic language from which a trained person can visualize objects.

5.  Fluid Mechanics and Machinery Fluid Lab
Fluid Mechanics lab has the equipment needed to impart practical knowledge to the students in the essential area of Mechanical Engineering. Hydraulic Impulse and Reaction type Turbine, Centrifugal and reciprocating pumps and Flow measuring equipment are some of the example of the equipment in this lab.

6. Material Science Lab
Muffle Furnace, Inverted Metallographic, Microscope, Abrasive Cutoff Machine and PC/ Set up, ultra sonic machine for microstructure determination are some examples of typical updated equipment available in the lab to cater the knowledge of material properties.

7. Thermal Engineering Lab
In this laboratory, students will have the opportunity to study the working principle of IC engines (both SI and CI engines), performance and characteristics in terms of heat balancing, economical speed variations, air fuel ratio influence on the engine to reinforce classroom theory by having the student perform required tests, analyze subsequent data, and present the results in a professionally prepared report.
The machines and equipment used to determine experimental data include cut models of 4stroke diesel engine, 2stroke petrol engine, 4stroke and two stroke petrol engines with required specifications, Multi cylinder SI engine, Single cylinder Diesel engine for performance and speed test which is suitable to tests on variable compression ratios.

8.  Machine Design Lab
To demonstrate the concepts discussed in Design of Machine Elements, Mechanical Vibrations & Dynamics of Machines courses. And also visualize and understand the development of stresses in structural members and experimental determination of stresses in members utilizing the optical method of reflected photo-elasticity.

9.  Measurement and Metrology Lab
The laboratory is currently equipped for dimensional metrology instruments such as calipers, gauges and instrumentation to inspect various features e.g. linear, geometric form (roundness, flatness), geometric interrelationship (parallelism, squareness, concentricity, angular), and surface finish measurements. It is also equipped with a wide assortment of plug, ring, and snap gauges. These facilities are available for both teaching and research.

10. Manufacturing Technology Lab
This lab focuses on developing the students’ skills towards metal cutting activities, through introducing different metal cutting machines and processes. It also develops the skill of the students towards process planning, machine and process selection. The lab also focuses on machining difficult-to-cut materials using nontraditional machining processes. Also visualize and understand the various operations that can be performed in lathe, shaper, drilling, milling machines etc. and to equip with the practical knowledge required in the core industries.

11. Heat and Mass Transfer Lab
The experiments in the heat transfer laboratory help the students to understand all the 3 modes of heat transfer, namely conduction, convection and radiation practically. These experiments also pave way for inculcating certain innovative skills in the students making them to use the above experimental setups as starting point to take up higher level experimental studies in Heat Transfer.

12. Refrigeration and Air Conditioning Lab
RAC (Refrigeration & Air Conditioning) is one of the most important contributions of Mechanical Engineering to the present day civilization. The lab has state of the art facilities for providing the hand-on experience to the students. Knowledge of domestic refrigerators and its various components, concepts of cooling and heating systems.

13. Theory of Machine Lab
The lab has various models to demonstrate the important concepts of Kinematics of machines. Besides these, equipment necessary for providing practical understanding of the important concepts of balancing of machine parts, vibration in machine, parts, flywheel and gear drives are studied in it.

14.Strength of Materials Lab
Testing of materials for their strength under the action of external loads is studied in this lab. Knowledge of strength of Metals and nonmetals is essentials before its use in any structure and designing.

15. Internal Combustion Engine Lab
The lab has up-to-date equipment for conducting experiments in the course of internal combustion Engines. Mechanical and Automobile Engineering students are exposed essential practical aspects of the engine parts of automotive vehicles.

16. Automobile Lab
The lab has updated equipment needed for imparting practical insights in the study of Automobile Engineering. Various elements like transmission, suspension, chassis etc. are dealt with.

17. Computer Aided Drafting Lab
Computer Aided Drafting is taught using common software like AutoCAD, Creo etc. used by 1st year B.Tech. (All branches) &B.Tech. (Mechanical) in general. Here, students love to spend hours together practicing these high end software in air-conditioned computer labs.

18. Computer Aided Design and Computer Aided Manufacturing Lab.
Introduce the concepts of computer-aided design and manufacturing (CAD/CAM) usingcontemporarysolid modeling software. Subject include feature-based solid, assembly and mechanism design,dimensioning and detailed drawings for documentation, and tool path generation for computer-aided manufacturing