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Mechanical
Engineering is a core engineering discipline. This is the most
diversified field of Engineering that influences almost all
aspects of life.
The main
constituents of the branch are Men, Machine and Material. The
branch consists of scientific analysis of these constituents.
Mechanical
engineers are always in demand for both Public and Private
sectors. All the sectors of Manufacturing, Automobile, software
and service always have a vital and huge requirement for
Mechanical Engineers. Personality attributes, Technical and
Managing skills of Mechanical Engineers make them suitable for
multi tasking and today’s global jobs demand such kind of
skills.
IIMET’s
Department of Mechanical Engineering is one of the finest
departments. The department strives for continuous improvement
in quality education through learning from “Practical to
Theory”.
The lab ,
workshops and theory courses in Mechanical Engineering develop
understanding and application of various Manufacturing
Processes, Thermal Engineering i.e. I.C. Engines, Refrigeration
and Air-conditioning, Fluid Mechanics &
Machines, Forces,
Mechanisms, Use of Computers in Manufacturing and Designing,
Control processes, Properties of Materials, Automation,
Robotics, Management Practices in Manufacturing,
Various Laboratories in Mechanical Engineering Department:
Machine Shop,
Arc & Gas Welding Shop, Fitting Shop, Foundry Shop, Strength of
Material Lab., Thermal Engineering Lab., Production Engineering
Lab., Material Science, Fluid Mechanics Lab., Dynamics of
Machines Lab.
Activities by
the Department:
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Model of
Quadrant system on first & third angle method of projection
system.
Mr. Shailendra Kasera
Book
Publication:
Research
Publications:
-
Kasera Shailendra, Goyal Ravi, “Role Of Innovation In
Entrepreneurship” International Journal of Amity Noida
-
Kasera Shailendra, Goyal Ravi, Kharbanda Akanksha, Bhavnani
Disha " Innovation –The Key for Controlling the High
Inflation" on fifth international conference at RATM Mathura
on Internationalization of business in Changed Environment
(Feb 12-14 2009)
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Kasera Shailendra, Goyal Ravi, " Hidden Faces Of
Globalization" on fifth international conference at RATM
Mathura on
Internationalization of business in Changed Environment (Feb
12-14 2009)
-
Kasera Shailendra, Sidana Simmy, Jain Rajat, “A Need Of
Energy Audit In Engineering Industry : A Case Study Of Ice
Plant”
on National Conference at Poornima Groups of College Jaipur
(Sep 15,2008)
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Kasera Shailendra, Bhatt Shivangi, Sharma Abhishek, Mathur
Aditya, “Emotional Intelligence: A Case Study” on National
Conference at Poornima Groups of Colleges Jaipur (Sep
15,2008)
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What is Engineering
Physics?
Physics is the study of the complex and basic interactions
of matter, energy, space, and time. Engineering physics combines
basic engineering classes with fundamental physics and
mathematics courses.

What do Engineering
Physicists do?
There are, generally speaking, two categories into which
physicists fall. Experimental physicists consider potentially
interesting, unknown aspects of physical systems and then
prepare experiments to study the behavior of these systems under
controlled conditions. Theoretical physicists attempt to find
the mathematical relationships that characterize the behavior of
physical systems, guided by experimental results.
Career
Opportunities
Both private industry and the government employ physicists
to do research and engineering. The electronics industry is the
largest employer of physicists, but the petroleum, chemical,
aerospace, instrument, and machinery industries hire numerous
graduates also. Private consulting and research firms,
engineering and architectural service industries, and commercial
laboratories have a need for engineering physicists too. The
federal government employs many physicists in its defense,
standards, and aeronautics divisions, as well as in national
laboratories. Additionally, the broad, thorough training
provided in the undergraduate program prepares students to
continue on to graduate school to conduct research and instruct
the next generation of physicists.
Activities by the
Department:
Following students
was participated in
“PROJECT WORK”
for Physics Laboratory in first year first semester Session
2008-09 Under the Guidance of Mr. Dheeraj Bhardwaj and with the
help of Mr. Vikram Khandelwal
:-
|
S.No.
|
Name
of students |
Branch |
Topic
of Project |
Remarks |
|
1. |
Nidhi
Gupta
&
Nirman Kathuria |
Computer
|
Dial-
up Capacitance Box |
Submitted |
|
2. |
Rohita Gupta
&
Avani
Sharma |
Computer |
FM
Transmitter |
Submitted |
|
3. |
Rahul
Gupta |
Computer |
Jolly
Photometer |
Submitted |
|
4. |
Himani Jain |
Computer |
Standard Capacitance Box |
Submitted |
|
5. |
Ragini Gupta
&
Apoorva Mathur |
Computer |
Battery Eliminator |
Submitted |
|
6. |
Chandrika Singh |
Computer |
Volume level meter |
Submitted |
Following students
was participated in
“TECHNICAL PRESENTATION”
for Physics Laboratory in first year first semester Session
2008-09 Under the Guidance of Mr. Dheeraj Bhardwaj and with the
help of Mr. Vikram Khandelwal
:-
|
S.No. |
Name
of students
|
Branch
|
Topic
of Presentation |
Remarks |
|
1. |
Pallavi k. Purohit |
Computer
|
Conversation of Galvanometer in Ammeter
|
Presented |
|
2. |
Prashant Sharma
&
Nitesh Saxena |
Computer
|
Conversation of Galvanometer in Voltmeter |
Presented |
|
3. |
Garima Gaur
&
Himanshu Ghiya |
Computer
|
Polarimeter |
Presented |
|
4. |
Trapti Singhal
&
Shah
Jaymine |
Computer
|
Sextant |
Presented |
|
5. |
Vidhi
Agarwal
&
Anu
Indoria |
Computer
|
Michelson Interferometer |
Presented |
|
6. |
Ragini Gupta
&
Apoorva Mathur |
Computer
|
Newton’s Ring |
Presented |
|
7. |
Archana Sharma
&
Anushree |
Computer
|
LASER |
Presented |
|
8. |
Shubi
Jain |
Computer
|
Sextant |
Presented |
Faculty
DHEERAJ
BHJARDWAJ
[M. Sc.,
Ph.D. (Pursuing)]
AREA OF
INTEREST: - Microwave
Electronics, Microstrip Antenna, and Wireless Communication.
BIO SKETCH:-
Mr. Dheeraj Bhardwaj is doing research in the area of Wireless
communication at University of Rajasthan from last six years.
He received his Master’s degree in Physics from University of
Rajasthan, Jaipur.
His research
topic is “Design and development of Microstrip Antenna for New
Generation Wireless Systems”. His work aims to invent Compact
Broad Band Dual Frequency Microstrip antennas. He have been
designed / Fabricated around more then Ten numbers of Microstrip
Antennas for Wireless Communication like WiMax , WLAN, WiFi,
Blue tooth etc.
He has
published various papers in the national and international
journals of repute like IET Microwaves, Antennas and
Propagation,
international journals of Microwaves, Optoelectronics
and Electromagnetic Applications and Indian Journal of
Radio and Space Physics. He was presented more then ELEVEN
RESEARCH PAPERS in various national/ international conferences,
seminars and symposia. Over all he has published more then
TWENTY RESEARCH PAPERS.
TEACHING
EXPERIENCE:-
Nine years
teaching experience of I year B.E/ B.Tech. Classes
including one year in MNIT Jaipur.
BOOKS
PUBLISHED:-
Dheeraj
Bhardwaj,Vijay Sharma,
Anil Pathak, Mukesh Sharma, “Engineering Physics”, Neelkanth
Publishers (P) Ltd.,India,2007. A taxt book for B.Tec. Ist
Year Students according to RTU Syllabus.
RESEARCH
AND DEVELOPMENT EXPERIENCE:-
Worked in the
broad area of microwaves and antennas. More specifically, worked
on the Followings: -
1.Broadband
Microstrip Antennas (MSA) - Proposed and developed several new
broadband
2.
Dual-frequency MSA - Worked on several Dual-frequency MSA.
3.Compact
Microstrip Antennas - Developed compact MSA configurations by
Variations in geometries of square, circular, and elliptical
MSA.
4.Microstrip
Antennas - Developed MSA for new generation wireless systems
based on WIMAX, WLAN, BLUETOOTH, Wi –Fi, Applications.
PROFESSIONAL MEMBERSHIPS:-
-
Life Member of Indian Physics Assocition [I.P.A.]
-
Life Member of Rajasthan Physics Assocition [R.P.A.]
Latest Papers
in Journal/ Conference Proceedings of International and National
Conference/
Symposium/Seminars
1.
Dheeraj
Bhardwaj,
Komal Sharma, D. Bhatnagar, V.K.
Saxena, S. Sancheti and B. Soni “Broadband Parasitically
Coupled Semi-elliptical Ring Antenna Surrounding Circular Patch
Antenna”, [Communicated].
2. Dheeraj
Bhardwaj, D. Bhatnagar and S. Sancheti
“Design Patch Antenna with a Notch on FR4 Substrate”,
Journal of IET Microw.
Antennas Propag., Vol. 2, No. 8, pp. 880–885, 2008.
3. Dheeraj
Bhardwaj, D. Bhatnagar,S. Sancheti and Brijesh Soni, “Radiations
from double notched square patch antenna on FR4 substrate”Journal
of Microwaves, Optoelectronics and Electromagnetic Applications,
Vol. 7, No.2, December 2008.
4.Dheeraj
Bhardwaj,
Komal Sharma, D.Bhatnagar and S.Sancheti
“Radiations from Elliptical patch Microstrip Antenna with
and without Circular Slot”,National Conference on Advances in
communication technology in cyber Age.17th May 2009,
Jaipur.
5.Brijraj
Sharma, , D. Bhardwaj,
Vijay Sharma, K.B. Sharma, V.K. Saxena, J.S. Saini and D.
Bhatnagar
“Broadband
dual frequency pentagonal microstrip antenna for wireless
communication systems”,
International Conference on Recent advancements in microwave
theory & applications, November 21-24,2008, Jaipur.
6.
Pratibha
Sekra, , D. Bhardwaj,
Vijay Sharma, V.K.Saxena, J.S. Saini and D.Bhatnagar
“Dual
frequency circular patch antenna with slits for modern
communication systems”,
International Conference on Recent advancements in microwave
theory & applications, November 21-24,2008, Jaipur.
7.Manoj Dubey,
Dheeraj Bhardwaj,
V.K. Saxena, J.S. Saini, Rajesh Jain and D.Bhatnagar
“Rectangular
patch antenna with a rectangular notch for dual frequency &
improved bandwidth performance”,
International Conference on Recent advancements in microwave
theory & applications, November 21-24,2008, Jaipur.
8.Dheeraj
Bhardwaj,
Komal, D.Bhatnagar and S.Sancheti
“Square
patch microstrip antenna with single notch having an air gap”,
International Conference on Recent advancements in microwave
theory & applications, November 21-24,2008, Jaipur.
9.Dheeraj
Bhardwaj,
V. Bhardwaj, Komal, D.Bhatnagar and S. Sancheti
“Radiation
performance of an elliptical patch antenna with a circular slot
for modern communication systems”,
Proceeding of International Conference on Recent advancements in
microwave theory & applications, November 21-24,2008, Jaipur.
10.Dheeraj
Bhardwaj,D. Bhatnagar and S. Sancheti, Design and
Development of M-shaped Dual Frequency Microstrip Antenna for
Modern Communication Systems, IETE 39th Mid term
Symposium on Recent advancements in Broadband Systems, April
12-13,2008, Jaipur.
11.Garima, Pratibha
Sekra, D. Bhardwaj, D. Bhatnagar, V.K. Saxena and J.S.
Saini “Computer aided design of rectangular microstrip
antenna”ICRS-Feb. 2008, Jodhpur.
12.Dheeraj
Bhardwaj, D. Bhatnagar and S. Sancheti “Circular patch
antenna with elliptical slot for WLAN / Wi-MAX applications”
ICRS-2008, Jodhpur.
DR. DEVENDRA KUMAR SINGHAL
[Ph.D., M. Sc., NET (JRF)]
AREA OF INTEREST:
Thermal physics, Heat transfer through porous samples, Thermal
engineering and Food & Agricultural science.
BIO SKETCH:
Dr D. K. Singhal received his Ph.D. in Thermal Physics from
University of Rajasthan, Jaipur after his Master’s degree in
Physics from Deptt. of Physics, University of Rajasthan, Jaipur
and qualified NET(JRF) from CSIR, New Delhi. His research work
aims to describe the study of heat transfer through porous food
samples by determination of thermophysical properties (effective
thermal conductivity, effective thermal diffusivity, effective
heat storage coefficient and specific heat). He has published
various papers in the national and international journals of
repute and many conferences. Dr. Singhal has attended lots of
national/ international conferences, seminars and symposia to
enrich his research aptitude. He has also reviewed a research
paper from Indian Journal of Pure and Applied Physics.
LIST OF PUBLICATIONS
-
Usha Singh, D. K. Singhal & A.K. Singh. “Experimental
and Theoretical Study of Determination of Effective Thermal
Diffusivity of some Fruits with Temperature”. International
Asian Journal of Agricultural Research 2(9) 2007, 795-803.
-
Usha Singh, D. K. Singhal & D. R. Chaudhary.
“Theoretical Model for Heat Storage Coefficient of Fruits as
a Two Phase System” International Asian Journal of
Agricultural Research 2(1) 2008, 15-24.
-
D. K. Singhal and Usha Singh. “Experimental
determination of effective thermal diffusivity of some
perishable produce as a function of temperature by transient
method”. Ind. J. of Pure & Appl. Phys. 46 2008,862-865.
-
Usha Singh, Sandeep Kumar & D K Singhal. “Prediction
of the thermal conductivity of two phase system with
porosity dependent grain size”. Journal of Rajasthan
academy of Physical Sciences 6(3) 2007, 237-250.
-
D. K. Singhal and Usha Singh. “Effect of temperature
of thermal conductivity of some cucurbits grown in India”.
National Academy of Sciences India, Vol. 76, A, Part III,
2006.253-255.
-
D. K. Singhal, Sandeep Kumar and Usha Singh.
“Theoretical analysis of temperature dependent effective
thermal conductivity of cucurbits as a three phase system”.
Proceeding of 3rd International Conference on
Solar Radiation and Day Lighting (SOLARIS-2007) Feb. 7-9,
2007, New Delhi, India, 289-297.
-
Usha Singh, Sandeep Kumar D. K. Singhal. “Effective
thermal conductivity of a two phase porous system using
elliptical- cylinder inclusions”. Proceeding of 3rd
International Conference on Solar Radiation and Day
Lighting (SOLARIS-2007) Feb. 7-9, 2007, New Delhi, India,
307-314.
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Rajesh Kumar, D. K. Singhal, Sandep Kumar and Usha
Singh. “Determination of porosity of old Jaipur city by
Monte-Carlo method”.Proceeding of 3rd
International Conference on Solar Radiation and Day Lighting
(SOLARIS-2007) Feb. 7-9, 2007, New Delhi, India, 325-330.
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