Mechanical Engineering

Mechanical Engineering is one of the oldest branches that has prevailed since the emergence of humanity. The development of humanity was fastened with the initial applications of mechanical tools like the wheel, pulley and several other which has led to the inventions of large vehicles and heavy machinery like the airplane, ships, grinders, etc. The foundation of every device that we use today is an application of mechanical Engineering directly or indirectly.

At Marwadi University – the Best Mechanical Engineering College in Rajkot student is taken through innovative learning processes where a large number of labs have been set up equipped with the latest machinery. The only aim of the Mechanical Engineering Department is to facilitate the students with real scenarios rather than just bookish learning. Major labs and workshops offer wide opportunities for practicing and learning the concepts of mechanical engineering through a hands-on practice session for creating, integrating and maintaining the mechanical components that are responsible for driving huge machinery.

SCOPE OF
EMPLOYMENT

The mechanical engineering field is diverse, some of the most common functions related to mechanical engineering are as follows

Product design – A mechanical engineer designs anything that uses mechanical motion to develop products useful to mankind
Research and development – A mechanical engineer also discover and improves methods to human needs
Manufacturing – Mechanical engineers develop machines that process materials into products
Design machines – The design and build machines and systems of machines that improve the efficiency and yields quality products with minimum costs
System management – They also supervise and oversee the operations of large systems like power plants and more.

The expertise of a mechanical engineer is required in manufacturing industries like automobiles, aviation, etc. In recent times and due to the advent in technology, the skills of a mechanical engineer is sought in fields such as Nano-technology, biomedical engineering, energy conservation and more. According to reports, the growth in this industry it is said within the next few years, mechanical engineering will be the highest paid career option.

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EXPERT MATRIX

We have 500+ faculty that includes 100+ PH. D faculty.
Courses taught by experts and designed specifically to improve English language skills, and subject knowledge, required for a successful entrepreneurial journey.
The Academic Team comprises of accomplished scientists, researchers, innovators, and entrepreneurs. Marwadi University hosts the highest number of Ph.D faculty in Gujarat.

RESEARCH CAPABILITY AND FOCUS AREA

MEFGI has diverse research group in the area of Big Data, Artificial Intelligence, CAD/CAM, Smart Foundry, Automotive Engineering, Power Quality, and Conditioning Monitoring, Air Pollution, Water Quality, and Structural Engineering.
The labs and facilities at the university ensure our students learn by ‘doing’ things rather than just watching and listening.
Ultramodern lab in association with Bosch Rexroth, Germany is developed to impart training to students as well as faculty members, along with a joint certificate of Bosch Rexroth and Marwadi University.

360 DEGREE EDUCATION MODEL

A structured 3 tier program to ensure that students acquire necessary soft skills and professional attributes that elevate their employability index.
Hands-on experience with campus placement drives which give students exposure and insights into the industry and breed confidence.
Rigorous training programs to upgrade and innovate the teaching methodologies to help faculty stay a step ahead in the dynamic field of education.

JOB ROLES FOR A
MECHNICAL ENGINEER

The outcomes we desire are that our graduates demonstrate

An ability to apply knowledge of mathematics, science, and engineering to mechanical engineering problems

An ability to design and conduct experiments, as well as to analyze and interpret data

An ability to design systems, components, or processes to meet desired needs

An ability to function on multi-disciplinary teams

An ability to identify, formulate, and solve engineering problems

An understanding of professional and ethical responsibility

An ability to communicate effectively with written, oral, and visual means

The broad education necessary to understand the impact of engineering solutions in a global and societal context

A recognition of the need for and an ability to engage in life-long learning

A knowledge of contemporary issues

An ability to use modern engineering techniques, skills, and computing tools necessary for engineering practice

An ability to work professionally in either thermal or mechanical systems areas.

Eligibility Criteria

12th in Science with minimum 45%

Appeared in GUJCET and registered under ACPC

STUDENT
OUTCOME

The mechanical engineering field is diverse, some of the most common functions related to mechanical engineering are as follows:

Product design – A mechanical engineer designs anything that uses mechanical motion to develop products useful to mankind

Research and development – A mechanical engineer also discover and improves methods to human needs

Manufacturing – Mechanical engineers develop machines that process materials into products

Design machines – The design and build machines and systems of machines that improve the efficiency and yields quality products with minimum costs

System management – They also supervise and oversee the operations of large systems like power plants and more.

The expertise of a mechanical engineer is required in manufacturing industries like automobiles, aviation, etc. In recent times and due to the advent in technology, the skills of a mechanical engineer is sought in fields such as Nano-technology, biomedical engineering, energy conservation and more. According to reports, the growth in this industry it is said within the next few years, mechanical engineering will be the highest paid career option. JOB ROLES FOR A

MECHANICAL ENGINEER

Automotive engineer

Biomedical engineer

Consulting

Heating, ventilation, and air conditioning (HVAC) engineer

Nuclear engineer

Robotics engineer

Teaching

Mechanical engineers can find employment at virtually any institute where innovation takes place. They commonly work in the government, research, industry, military, teaching, management or consulting sectors. Industries/Companies who hire mechanical engineers

Automobile and auto part manufacturers

Aerospace industry Various Government sector undertakings

Aviation companies

Steel plants

Thermal plants and gas turbine manufacturers

Air conditioning and refrigeration industry

Shipping industry Engineering consultancies

Armed forces

Computer
Labs

Marwadi University is creating professionals and innovators for the future through exclusively sourced equipment available only at other top universities of India.

With reference to the Final assessment of Marwadi University Civil Engineering Material Testing laboratory in the disciplines of Mechanical Testing conducted by National Accreditation Board for Laboratories (NABL) in June 2017, NABL has evaluated the assessment report and decided grant of accreditation in accordance with ISO/IEC 17025:2005 in the disciplines of Mechanical Testing as per the scope and authorized signatories recommended by the assessment team. With this accreditation, Marwadi University becomes the 1st university in Gujarat, to have a NABL accredited Civil Engineering Material Testing Laboratory which is very few in the country

Fluid Mechanics & Fluid Power Engineering
Dynamics of Machines & Heat Transfer
Automation lab with VMC, Hydraulic Trainer, Pneumatic Trainer etc.
Metallurgy
Drawing Hall With approx 300 Drawing tables
CNC Turning Centre
Refrigeration and Air-Conditioning
Automobile-I.C. Engine
Theory of Machine
Workshop with 24 Lath machines, Shaping, Milling, Drilling etc.

Welcome to the
Department of Mechanical Engineering!

The Faculty of Mechanical Engineering is committed to fostering engineering talents for the industry and the community. We have a good mix of top-notch researchers from a wide array of engineering interests. Many of them are world-class researchers and innovators who conduct impactful research projects in various interdisciplinary clusters. Our curriculum is specially designed to cover emerging areas such as big data, artificial intelligence (A.I.), FinTech, advanced robotics, sustainable infrastructure, and bio-nano materials.

To ensure continued growth, our focus is always on three major pillars: developing successful students, maintaining research excellence, and contributing to economic output and development.

Through investment in campus resources, a focus on entrepreneurial ventures, a strong connection with industry partners, and a drive to innovate, the University has been very successful at advancing our three pillars; and giving out a strong return on investment to the country and the world at large. Together with the opportunities in India, it is the best of times for engineering to play a more central role. It is our responsibility to provide solutions to global challenges and nurture leaders to embrace the advantages of technology advancement for the benefit of humankind and the planet.

Discover a world of opportunities with Marwadi University!
-H.O.D Mechanical Engineering

VIEW MORE FACULTY MAMBERS

Teaching Scheme

Semester I

B. Tech. Year I, Sem I							Evaluation Scheme
Subject Code	Subject Name	Category	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject Code	Subject Name	Category	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01MA1101	Differential and Integral Calculus	BS-UC	4	2	0	5	50	30	20	25	25	150
01CI0101	Elements of Civil Engineering	ES-UC	3	0	2	4	50	30	20	25	25	150
01ME0101	Elements of Mechanical Engineering	ES-UC	3	0	2	4	50	30	20	25	25	150
01SL0102 / 01SL0103	Reading & Writing for Technology / Speaking & Presentation Skills	GN-UE	2	0	0	2	0	30	20	25	25	100
01GS0101 / 01GS0102	Physics / Chemistry	BS-UC	3	0	2	4	50	30	20	25	25	150
01EN0101	Basics of Environmental Studies	ES-UC	2	0	0	2	50	30	20	0	0	100
01CR0102	Value Education	GN-UC	2	0	0	2	50	30	20	0	0	100
	Total	27	19	2	6	23	300	210	140	125	125	900

Semester II

B. Tech. Year I, Sem II							Evaluation Scheme
Subject Code	Subject Name	Category	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject Code	Subject Name	Category	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01MA1151	Matrix algebra and vector calculus	BS-UC	4	2	0	5	50	30	20	25	25	150
01CE0101	Computer Programming	ES-UC	3	0	2	4	50	30	20	25	25	150
01ME0102	Engineering Graphics	ES-UC	4	0	4	6	50	30	20	25	25	150
01EE0103	Basic Electrical and Electronics Engineering	ES-UC	3	0	2	4	50	30	20	25	25	150
01ME0104	Mechanical Workshop	ES-UC	0	0	2	1	0	0	0	0	50	50
01PE0101	Physical Education/Sports/Yoga	NCC	0	0	2	0	0	0	0	0	0	0

	Total	28	14	2	12	20	200	120	80	100	150	650

Semester III

B. Tech. Year II, Semester III							Evaluation Scheme
Subject code	Subject Name	CBCS	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject code	Subject Name	CBCS	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01ME0305	Fundamental of Machine Design	ES-PC	4		2	5	50	30	20	25	25	150
01MA0301	Applied differential equations	BS-UC	4	2	–	5	50	30	20	25	25	150
01ME1301	Fluid Mechanics	ES-PC	3	—	2	4	50	30	20	25	25	150
01ME0302	Kinematics of Machines	ES-PC	4		2	5	50	30	20	25	25	150
01ME1303	Manufacturing Processes I	ES-PC	3	–	2	4	50	30	20	25	25	150
01CR0302	Professional Ethics	GN-UC	1	–	–	1	0	0	0	50	50	100
01ME0304	Design Thinking and Problem Solving Skills	EE	0	–	2	1	0	0	0	25	25	50
	Total	31	19	2	10	25	250	150	100	200	200	900

Semester IV

B. Tech. Year II, Semester IV							Evaluation Scheme
Subject code	Subject Name	CBCS	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject code	Subject Name	CBCS	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01MA0271	Numerical Analysis	BS-IE	4	2	–	5	50	30	20	25	25	150
01ME1401	Machine Design & Industrial Drafting	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME1402	Manufacturing Processes II	ES-PC	3	–	2	4	50	30	20	25	25	150
01ME1403	Material Science and Metallurgy	ES-PC	3	–	2	4	50	30	20	25	25	150
01ME0404	Engineering Thermodynamics	ES-PC	4	2	–	5	50	30	20	25	25	150
01ME0405	Human Centric Design Approach	EE	0	–	2	1	0	0	0	25	25	50
	Total	30	18	4	8	24	250	150	100	150	150	800

Semester V

B. Tech. Year III, Semester V							Evaluation Scheme
Subject code	Subject Name	CBCS	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject code	Subject Name	CBCS	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01ME0501	Dynamics of Machine-I	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME0502	Fluid Power Engineering	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME0503	Machine Design-1	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME0504	Metrology	ES-PC	3	–	2	4	50	30	20	25	25	150
01ME050*	Programme Elective I	ES-PE	3	–	2	4	50	30	20	25	25	150
01CR0501	Business Benchmark	HS-UC	1	0	0	1	0	0	0	50	50	100
01ME0508	REVERSE ENGINEERING	EE	0	–	2	1	0	0	0	25	25	50
	Total	30	19	0	12	25	250	150	100	200	200	900

Programme Elective – I

*Programme Elective 1	Power Plant Engineering	Design for Manufacturing	Computer Graphics
Subject code	01ME0505	01ME0507	01ME0506

Semester VI

B. Tech. Year III, Semester VI								Evaluation Scheme
Subject code	Subject Name	CBCS	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject code	Subject Name	CBCS	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01ME0601	Dynamics of Machine –II	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME0602	Heat and Mass Transfer	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME0603	Machine Design-II	ES-PC	4	–	2	5	50	30	20	25	25	150
01ME0604	Operation Research	GN-UE	3	2	0	4	50	30	20	25	25	150
01ME060*	Programme Elective II	ES-PE	3	–	2	4	50	30	20	25	25	150
01ME0610	Design Engineering & Project Management	EE	0	–	2	1	–	–	–	25	25	50
	Total	30	18	2	10	24	250	150	100	150	150	800

Program Elective – II

Programme Elective 2	IC Engines & Automobiles	Design of Material Handling Equipments	Advance Manufacturing processes
Subject code	01ME0605	01ME0606	01ME0607

Semester VII

B. Tech. Year IV, Semester VII							Evaluation Scheme
Subject code	Subject Name	CBCS	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject code	Subject Name	CBCS	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01ME0701	Finite Elements Method	E.S. -P.C.	4	–	2	5	50	30	20	25	25	150
01ME0702	Project-1	ES-P.C	–	–	12	6	—	—	0	100	100	200
01ME0703	Rapid Casting :I	E.S. -P.C.	2	–	4	4	50	30	20	25	25	150
01ME07**	Prog.Elec.3	ES-P.E	4	–	2	5	50	30	20	25	25	150
01ME07**	Prog.Elec.4	ES-P.E	4	–	2	5	50	30	20	25	25	150
	Total	36	14		22	25	200	120	80	200	150	800

Elective Groups

Elective Group 3			Elective Group 4
Thermal – Fluid Engineering		Automation Engineering
01ME0731	Ref. & Air conditioning	01ME0741	Pneumatic and Hydraulic control
01ME0732	Renewable Energy Engineering	01ME0742	Sensorics
01ME0721	Computer Aided Process Management	01ME0711	Advanced Machine Design
01ME0722	Data Mining and Analysis

Semester VIII

B. Tech. Year IV, Semester VIII							Evaluation Scheme
Subject code	Subject Name	CBCS	Teaching Scheme (Hours)			Credits	Theory Marks			Tutorial/ Practical Marks		Total Marks
Subject code	Subject Name	CBCS	Theory	Tutorial	Practical	Credits	ESE(E)	IA	CSE	Viva (V)	Term work (TW)	Total Marks
01ME0801	Production Technology	E.S. -P.C.	4	–	2	5	50	30	20	25	25	150
01ME0802	Project-II	ES-PC	–	–	12	6	—	—	0	100	100	200
01ME0803	Rapid Casting :II	E.S. -P.C.	2	–	4	4	50	30	20	25	25	150
01ME08**	Prog.Elec.5	ES-P.E	4	–	2	5	50	30	20	25	25	150
01ME08**	Prog.Elec.6	ES-P.E	4	–	2	5	50	30	20	25	25	150
	Total	36	14	0	22	25	200	120	80	200	200	800

Elective Groups

Elective Group 1			Elective Group 2
Design Engineering			Smart Manufacturing
01ME0811	Design of Pressure vessels	01ME0821	Computer Integrated Mfg.
01ME0812	Machine Tool Design	01ME0822	IOT for Manufacturing
01ME0831	Steam and Gas Turbine	01ME0841	Robotics & FMS
01ME0832	Computational Fluid Dynamics	01ME0842	Artificial Intelligence

Placement
Stories

PLACEMENT IN SWIGGY AS OPERATIONAL MANAGER FOR ENTIRE WEST REGION.
Every year, we have around 150+ renowned companies visiting Marwadi University for campus recruitment. The education and training that we receive at Marwadi University give us an edge in the market. We are so well trained by our Learning and development department and Placement cell who work hand-in-hand, equipping us with all 21^st-century skills. I was recruited in campus interview and currently, I am placed in Bangalore for my internship training. Thanks to Marwadi University, I have begun very well – and as they say, ‘Well begun is half done’, right?

DHRUMIL KOTAK – MBA, MARKETING – 2019

PLACEMENT IN ZOMATO AS REGIONAL MANAGER - 2019.
I joined Marwadi University in 2015. From that day my journey to grow and thrive began. My faculty has played a pivotal role in carving my destiny. Our ‘Learning and Development Department’ trained us with 21^st-century soft skills – a must in today’s jobmarket. Thank you, Noor Ali Sir, you made our language classes stimulating. Through our Marwadi Placement Department I started my career as a subordinate in Zomato – but thanks to the skills I learned at Marwadi – within 21 days I was promoted to the post of a regional manager in ‘Zomato’. And my package is a whopping 6 lakh+. Thank you, MU and the placement cell, – who helped me at every juncture.