B.Tech in Mechanical Engineering

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Overview

The Department of Mechanical Engineering at JIET (An Autonomous Institute with NAAC ‘A’ Grade, affiliated with Bikaner Technical University) is the best Mechanical Engineering Department in western Rajasthan, situated in Jodhpur. It is actively associated with grooming engineering graduates in Mechanical Engineering by nurturing them with inputs from various basic and specialized subjects involving production, industrial, thermal, and design engineering. The department was established in 2003-04 at Jodhpur region with an intake of 60 students. NBA accredited the department in April 2011 for three years. After that, it was reaccredited twice, with the NBA cumulating three consecutive accreditations with NBA in a row. The department also got the approval of the Research Centre, RTU, Kota, in 2016-17 with two approved research supervisors. A wide selection of projects, seminars, and training facilities, besides technical visits to industrial enterprises, generates enormous potential and confidence among the students enabling them to independently handle life-size problems in their engineering careers. Currently, the department is conducting a 4-year full-time undergraduate course-B. Tech. in Mechanical Engineering with an annual intake of 120, Current subjects like Production Engineering, Operation Management, CAD/CAM, Ergonomics, Robotics, Mechatronics, etc., are highlights of the curriculum, besides ongoing advancements and computational product design and development to accept and face the global competition.

Course Highlights

Course level Graduate
Duration 4 Years
Average Salary Package INR 7,00,000
Highest Salary Package INR 33,00,000
Examination Type Semester System
Program Eligibility 10+2 or equivalent with a minimum of 45% marks
Top Recruiting Organizations Infosys, TCS, Capgemini, Wipro, Accenture, Tekion,& many more

Educational Objectives

  • To build a strong foundation in Mathematics, Science, and Engineering fundamentals with soft skills.

  • To develop competency to analyze, design, innovate, and develop products regarding real-life applications.

  • To generate ethical behavior and effective communication and nurture leadership qualities for a successful professional career to develop society for a productive economy.

  • To generate a multi-disciplinary approach to develop research and lifelong learning.

M.E. Placements

Byju'S

Skolar

Skillvertex

Verzeo

Equity Pandit

Bloombrain

Pinnacle Infotech

Icici Pru Life Insurance

Masu Brakes Pvt Ltd

Infosys

Top Recruiters

Celebal Technology

UltraTech

ISRO

DRDO

IIT Jodhpur

CADC

Tata motors

NBC

All India

CEERI pilani

About Mechanical Engineering

+ VISION

+ MISSION

  • M1: To develop strong foundation in fundamentals to nurture quality education.
  • M2: To promote knowledge, skill and ethical values among students for team spirit leadership and commitment.
  • M3: To generate Entrepreneurial skills and promoting interest in higher education and research to face global challenges.
  • M4: To inculcate excellent academic environment for lifelong learning.

+ PROGRAM EDUCATIONAL OBJECTIVES (PEOs)

  • PEO I To build a strong foundation in Mathematics, Science, and Engineering fundamentals with soft skills.
  • PEO II To develop competency to analyze, design, innovate and develop products regarding real-life applications.
  • PEO III To generate ethical behavior and effective communication and nurture leadership qualities for a successful professional career to develop society for a productive economy.
  • PEO IV To generate a multi-disciplinary approach to develop research and lifelong learning.

+ PROGRAM SPECIFIC OUTCOMES (PSO)

  • PSO1: Graduates get competency to understand the practical aspects of Thermal Engineering, Automobile Engineering, Power Plant Sector, and Human Comfort applications for better hygienic life, etc.
  • PSO2: Graduates get competency to understand the nature and behavior of various metals and manufacturing processes with their applications. PSO3: Graduates get competency in optimization and learn and cultivate economics in the system.
  • PSO4: Graduates get competency to understand the basic knowledge of modern machining software with their application in the industry.
  • PSO5: Graduates get proficient in demonstrating the application of various interdisciplinary subjects used in applied multi-disciplinary fields of application
  • PO1: Engineering Knowledge: Graduates will be able to apply the knowledge of Mathematics, Science, Engineering fundamentals, and soft skills to solve engineering problems.
  • PO2: b Problem analysis: The graduate will be able to identify, formulate, and review research literature to analyze complex engineering problems for substantiated/validated/justified conclusions using principles of Mathematics, Natural Sciences, and Engineering Sciences.
  • PO3: c Design/development of solutions: The graduate will be able to design solutions for engineering problems and design system components or processes that meet the specified needs of humans, the environment, and industry.
  • PO4: d Conduct investigations of complex problems: Graduates can use research-based knowledge and methods, including the design of experiments, analysis, and interpretation of data to provide practical conclusions.
  • PO5: e Modern tool usage: Graduate can create, select and apply appropriate techniques, resources, modern engineering, and advanced IT tools to solve complex engineering problems with the scope of applications.
  • PO6: f The engineer and society: Graduate can apply the contextual knowledge to assess social, health, safety, legal, and cultural issues with the consequent responsibilities relevant to the professional engineering practice.
  • PO7: g Environment and sustainability: The graduate will be able to understand the impact of professional engineering solutions for society and demonstrate knowledge of sustainable development.
  • PO8: h Ethics: Graduate will able to apply ethical principles and handle ethical norms in industry and workplaces.
  • PO9: Individual and team work: The graduate will able to function effectively as an individual and as a team member.
  • PO10: j Communication: Communicate effectively to comprehend the report and design documentation to make productive execution.
  • PO11: k Project Management and Finance: Graduate will able to understand the economics and manage finances, handle projects of national and international level.
  • PO12: l Life-Long Learning: Graduate will able to learn in the broadest context of technological changes.

+ Course Outcomes

Mechanical is an engineering discipline that involves applying physics principles for analysis, design, manufacturing, and mechanical systems maintenance. It requires a solid understanding of core concepts, including mechanics, kinematics, thermodynamics, fluid mechanics, and energy. Mechanical engineers use the core principles and other knowledge to design and analyze motor vehicles, aircraft, heating and cooling systems, watercraft, manufacturing plants, industrial equipment and machinery, robotics, medical devices and more.
The sub disciplines of mechanical engg. are:
Mechanics, having composed of statics, dynamics, mechanics of materials, fluid mechanics and continuum mechanics.
Kinematics, is a study of the motion of bodies (objects) and systems (groups of objects), while ignoring the forces that cause the motion.
Mechatronics, is an interdisciplinary branch of mechanical engineering, electrical engineering and software engineering concerned with integrating electrical and mechanical engineering to create hybrid systems.
Robotics, is the application of mechatronics to create robots, which are often used in industry to perform tasks that are dangerous, unpleasant, or repetitive.
Structural analysis, is the branch of mechanical engineering (and civil engineering) devoted to examining why objects fail. Structural failures occur in two general modes: static failure, and fatigue failure.
Thermodynamics, is an applied science used in several branches of engineering, including mechanical and chemical engineering. At its simplest, thermodynamics is the study of energy, its use and transformation through the system.
Drafting or technical drawing, is how mechanical engineers create instructions for manufacturing parts.
Thermal Engineering, Application in Power plant, Process industries.
Aerodynamics, finds application in Aerospace Industries.

Jodhpur Institute of Engineering & Technology, Jodhpur has been conferred with Autonomous Status for a period of ten (10) years from the session 2020-2021 to 2029-2030 hence as of now we are following three different course curriculum. The details of the same are as follows:

Career Opportunities

The lack of job offers to graduates has de-motivated students to choose Mechanical Engineering as a stream. But don't worry, Mechanical Engineering Jobs are nowadays available all over the nation and across the World. Jobs are increasing day by day and are offering lucrative opportunities to skilled Mechanical engineering students. With the advancement of new technology, the scope of Mechanical engineering has expanded, and the new domain includes robotics, geomechanics, nanotechnology, and computer-aided design. Many engineers opt for robotics and mechatronics, which are the combinations of Mechanical engineering streams with other streams.

Department Best Practices 

  • Industry co-teaching

  • Exposure to open-source tools

  • Innovative teaching-learning pedagogy

  • Project-based learning

  • Skill enhancement via technical clubs

  • International teaching and research collaborations

  • Access to e-resources and research databases

  • Enhancing self-learning attitude via experiential learning  

  • Advanced ICT tools for effectual knowledge transfer 

Prominent Faculty of Mechanical Engineering

ME Laboratories:

  • CNC and Automation Lab

  • Fluid Mechanics Lab

  • Thermal and IC Engines Lab

  • Mechanics of Solid Lab

  • Workshop Manufacturing Practices

  • Production Engineering Lab

  • Innovation Lab

Testimonials

  • ATUL MAWAR

    Not only education but life skills are also what JIET has instilled in us. Wherever we go, we will definitely pave a path very different from others because of the nurturing we have received at this esteemed College.

    ATUL MAWAR

    (Mechanical Engineering)

    Somi Conveyer Beltings Ltd (Manager)

  • HIMMAT SINGH CHAUHAN

    I am glad and grateful to be a part of JIET Universe, which has provided me an opportunity to start my professional career as a Sr. Engineer in RSPL LIMITED.

    HIMMAT SINGH CHAUHAN

    (Mechanical Engineering)

    RSPL LIMITED (Sr. ENGINEER)

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Blogs

FAQs

1. Why JIET For B.Tech In Mechanical Engineering?
  • Apart from imparting knowledge and creating intellectually active minds, JIET helps to nourish the value of ethics and morality within the students. It aims towards overall personality development that can help them impact the world for the better.
  • Best recruiters are willing to hire learned and ethically upright individuals from JIET like Infosys, TCS, Capgemini, Wipro, Accenture, Tekion,& many more.
  • This 4 year-long course of Mechanical Engineering is made exciting through in-hand training in laboratories to gain competency in machining software and industrial application.
  • All the necessary elements of learning in the field of B.Tech in Mechanical Engineering are levied at JIET. Students here get proficient in inculcating disciplinary knowledge in the multidisciplinary field of application in a broader perspective.
2. Why Choose Mechanical Engineering? ?
  • Mechanical is an engineering discipline that provides you with various degrees of learning and analytical knowledge. It involves applying Physics principles for analysis, design, manufacturing, and mechanical systems maintenance.
  • Mechanical engineers can use the core principles and acquired knowledge to design and analyze various bodies like motor vehicles, heating and cooling mechanisms, crafts for air and water, manufacturing plants, industrial equipment and machinery, robotics, medical devices, and more.
  • Kinematics, robotics, aerodynamics, and structural analysis are some of the core disciplines that are an integral part of mechanical engineering. Excellence in gaining knowledge in this subfield can further accentuate the quality of work produced by the students
  • Using knowledge of technical drawing one gets to instruct the mechanical functioning of machinery. All this is currently an expanding field that requires trained and learned engineers.
  • Processing and resolving a complex problem to provide a detailed and analyzed report would be at your disposal through the polished knowledge that is gained in the years of learning.
3. What subjects are addressed in the curriculum of Mechanical Engineering?
4. What are the different types of software used by Mechanical Engineers?
  • Solid Modelling Software: UG NXCAD, AutoCad, SolidWorks, CATIA, ProE/ Creo, etc.
  • Simulation and Analysis: ANSYS, COMSOL, HyperMesh, etc.
  • Programming Language: C++, JAVA, PYTHON, etc.
  • MATLAB.
5. What are the opportunities for students passing out with specialisation in Mechanical Engineering?
6. What is the future of mechanical engineering in India?
7. What is the average salary of mechanical engineers in India?
  1. B. Tech - 25-30K per month and ~50K after an experience of 4+ years
  2. M.Tech - 50-60K per month and ~80K after an experience of 4+ years
8. What are the top companies for Mechanical Engineering freshers in India?
9. Am I suited to a career in mechanical engineering?
10. What research opportunities are available in the department?