Academic Cal
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Events/ Activities | 1st Year, B.Tech. (II Sem.) |
2nd Year |
3rd Year |
4th Year |
1st |
2nd Year |
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| 1. | Commencement of regular classes |
13/02/12 |
30/01/12 |
09/01/12 | 02/01/12 | 23/01/12 |
23/01/12 | ||||
| 2. | Filling up of students feedback forms |
19/03/12 |
19/03/12 |
11/02/12 |
10/02/12 |
19/03/12 |
19/03/12 |
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| 3. | I Mid-terms Exam as per detailed time-table at JGI level | 22/03/12 to 24/03/12 | 22/03/12 to 24/03/12 |
23/02/12 to 25/02/12 |
17/02/12 to 18/02/12 |
22/03/12 to 24/03/12 |
22/03/12 to 24/03/12 | ||||
| 4. | Annual festive week |
12/03/12 to 17/03/12 | |||||||||
| 5. | Annual day & publication of KAIZEN |
16/03/2012 |
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| 6. | Showing of evaluated answer book of I mid term Exam to students in respective classes |
07/04/12 | 07/04/12 |
03/03/12 |
03/03/12 |
07/04/12 |
07/04/12 | ||||
| 7. | Date of dispatch of mark sheets of I Mid-term Exam to parents. |
09/04/12 | 09/04/12 |
05/03/12 |
05/03/12 |
09/04/12 |
09/04/12 | ||||
| 8. | Release of II News Letter of 2011-20 |
14/04/2012 | |||||||||
| 9. | Declaration of I list of attendance defaulters (to be debarred from 2nd Mid-term and/or University ) |
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01/05/12 | 11/04/12 | 11/04/12 | 27/04/12 | 27/04/12 | ||||
| 10. | II Mid-term Exam as per Time-Table at JGI level. |
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03/05/12 to 05/05/12 | 12/04/12 to 14/04/12 | 14/04/12 to 13/04/12 | 30/04/12 to 03/05/12 | 30/04/12 to 03/05/12 | ||||
| 11. | Last working day of even semesters |
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05/05/12 | 14/04/12 | 14/04/12 | 03/05/12 | 05/05/12 | ||||
| 12. | Makeup classes |
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07/05/12 to 09/05/12 | 16/04/12 to 18/04/12 | 16/04/12 to 18/04/12 | 04/05/12 to 07/05/12 | 04/05/12 to 07/05/12 | ||||
| 13. | Commencement of University practical exam. | 22/06/12 |
10/05/12 | 14/05/12 | 21/05/12 | --- |
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| 14. | Commencement of University theory exam. |
07/06/12 |
25/05/12 | 27/04/12 | 26/04/12 | 15/05/12 |
17/05/12 | ||||
| 15. | Practical training for B.Tech. & Seminar Viva-voce for MBA | --- |
--- | 23/05/12 to 30/06/12 | --- | 18/07/12 | --- |
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| 16. | VIII sem project for B.Tech. & Summer Training(Project Work) for MBA |
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--- | --- | 07/05/12 to 17/05/12 | 30/05/12 to 16/07/12 |
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Director (Acad.)
JIET Group
Registrar
Courses
Prospectus 2011 |
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| Scholarship 2011 |
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| Admission Form 2011 |
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| Fee Structure 2011 |
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| Documents required |
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JIET Universe offers professional courses in following two campuses
JIET Co ed Campus
· Jodhpur Institute of Engineering & Technology (RPET College Code : 035)
· Jodhpur Institute of Engineering & Technology-II Shift (RPET College Code : 171)
· JIET School of Management
Exclusively Girls Campus
· JIET School of Engineering & Technology for Girls (RPET College Code 055)
· JIET School of Management for Girls
· JIET College for Girls
Jodhpur Institute of Engineering & Technology (JIET)
It offers admissions in following Branches of Engineering, which are approved by AICTE, Ministry of HRD, New Delhi and affiliated with Rajasthan Technical University, Kota.
a)
| B. Tech (4 Year Degree Programme) | Total Intake* |
| Electronics & Communication Engineering (ECE) | 120 + 60(II Shift) |
| Computer Engineering (CE) | 120 + 60 (II Shift) |
| Information Technology (IT) | 60 |
| Electrical Engineering (EE) | 60+60 (II Shift) |
| Mechanical Engineering (ME) | 120 + 60 (II Shift) |
| Civil | 60 |
| Total | 780 |
*5% additional intake granted against Tuition Fee Waiver Scheme
b)
| M. Tech (2 Year PG Programme) | Total Intake |
| Digital Communications | 18 |
| Computer Engineering | 18 |
| Thermal Engineering | 18 |
| Power Systems | 18 |
| Total | 72 |
: ADMISSION PROCEDURE :
JIET School of Management (JIETSOM)
It offers 2 years Full-Time Master Degrees in Business Administration in following branches which are approved by AICTE, Ministry of HRD, New Delhi and Affiliated with Rajasthan Technical University, Kota.
| Areas of Specialization | No. of Seats |
| Marketing | 60 |
| Finance | (in all) |
| Human Resource |
: ADMISSION PROCEDURE :
JIET School of Engineering & Technology for Girls (JIETSETG)
It offers admissions in following Branches of Engineering, which are approved by AICTE, Ministry of HRD, New Delhi and affiliated with Rajasthan Technical University,Kota.
| B. Tech (4 Year Degree Programme) | Total Intake* |
| Electronics & Communication Engineering (ECE) | 120 |
| Computer Engineering (CE) | 120 |
| Information Technology (IT) | 120 |
| Electrical & Electronics Engineering (EEE) | 120 |
| Total | 480 |
*5% additional intake granted against Tuition Fee Waiver Scheme
| MBA - Areas of Specialization | No. of Seats |
| Marketing | 60 |
| Finance | (in all) |
| Human Resource |
JIET School of Management for Girls (JIETSOMG)
It offers 2 years Full-Time Master Degrees in Business Administration in following branches which are approved by AICTE, Ministry of HRD, New Delhi and Affiliated with Rajasthan Technical University, Kota
| Areas of Specialization | No. of Seats |
| Marketing | 120 |
| Finance | (in all) |
| Human Resource |
: ADMISSION PROCEDURE :
Eligibility for admission in B.Tech. :
(a) A student who has passed 10+2 (Phy., Maths) with atleast 50% Marks in optional subjects is eligible to apply for engineering. Admissions on 70% seats are routed through RPET, 15% through AIEEE (for outside Rajasthan candidates only) and 15% through Management Quota as per the guidelines of Rajasthan Technical University.
(b) Lateral Entry to II Year B. Tech.: Lateral admission to II year B. Tech. is offered to Diploma / B.Sc. (Maths) holder on 20% of intake capacity in each branch as per guidelines of Govt. of Rajasthan.
Eligibility for admission into M.Tech. :
Students passed in gradate program in subject concerned with at least 55% and having valid GATE score are eligible to apply. The admissions will be made strictly on merit basis as per guidelines provided by RTU, Kota.
| For More Details Feel Free to Call | ||
| Name of Person | Contact No. | Email address |
| Rakesh Kothari | 91-98292-14770 | rakesh.kothari@jietjodhpur.com |
| Mukesh Mathur | 91-98292-14772 | mukesh.mathur@jietjodhpur.com |
Syllabus
Syllabus for Under Graduate Programmes
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BRANCH
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SESSION
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SCHEME
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SYLLABUS
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| B.Tech First Year |
2009-10
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| Civil Engineering |
CURRENT
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| Computer Engineering (III-IV SEM) |
2009-10
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| Computer Engineering (V-VIII SEM) |
2009-10
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| Computer Engineering (V-VI SEM) |
2010-11
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| Computer Engineering (VII-VIII SEM) |
2011-12
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| Electronics and Communication Engg. |
CURRENT
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| Electrical Engineering |
CURRENT
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| Electrical and Electronics Engineering |
CURRENT
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| Information Technology (III-VIII SEM) |
2008-09
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| Information Technology (III-IV SEM) |
2009-10
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| Information Technology (V-VIII SEM) |
2009-10
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| Information Technology (V-VI SEM) |
2010-11
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| Information Technology (VII-VIII SEM) |
2011-12
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| Mechanical Engineering |
CURRENT
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BRANCH
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SCHEME
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SYLLABUS
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| Computer Science | ||
| Digital Communications |
View/Download
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| Power Systems | ||
| Thermal Engineering | ||
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BRANCH
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SCHEME/SYLLABUS
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| MBA |
Faculty
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The Life Line of JIET Co-ed Campus | ||||||||||||||||||||||||||||||||||||||||
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The Life Line of JIET Girls Campus | ||||||||||||||||||||||||||||||||||||||||
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The Core Strength |
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The JIET Group of Institutions is fortunate to work under the mentorship & supervision of Prof. M. L. Mathur, Former Vice Chancellor, JNV University, Jodhpur. After an academic experience of 48 years, he is now the Chairman of JIET Advisory Board. Under his guidance, the JIET Group has flourished and carved a niche of itself. | ||||||||||||||||||||||||||||||||||||||||
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PJ-Proskep
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| web solution by Trueline Technologies Pvt ltd. |
Projects
Research and Development Cell :
The JIETians are expected to work upon research projects and assignments of direct relevance to the industry, acting as a conduit between JIET Universe and the external world to facilitate technology transfer and support to convert graduates into commercially viable propositions.
The following are the projects of session 2010-11
| Department of Mechanical Engineering | ||
| No | Image | Description |
| 1) |  |
Title :
Biogas Plant
Brief Description :
Gas is produced by bio waste which is used as domestic fuel
Name of Students :
1) Aniruddh 2) Avinash 3) Prashant 4) Rishi Name of Guide :
(1) Prof. M. R. Baid (Prof. & Head) & (2) Er. Rakesh Narawat (Lecturer) |
| 2) |  |
Title :
Sag - Way
Brief Description :
24-Volt Battery operated Vehicle for one person to maneuver in a small Industry or other premises.
Name of Students :
1) Ershaad Ali 2) Kailash Kumar 3) Mithilesh Dadhich 4) Harshvardhan Singh Name of Guide :
Er. Ashwani Mathur (Asso. Prof. & Dy. Head) |
| 3) |  |
Title :
Pedal Powered Hacksaw Machine
Brief Description :
Metal cutting can be facilitated by operating the spring controlled hacksaw by pedal power.
Name of Students :
1) Aanchal Dayal 2) Gourav Verma 3) Jitendra Singh 4) Mukesh Sagar 5) Prakash Chawla Name of Guide :
Er. Deepak Mehra (Sr. Lecturer) |
| 4) |  |
Title :
Syringe Actuated Robotic Arm
Brief Description :
Based on the principle of hydraulics - a syringe actuated arm, which can move about 4 - Axis.
Name of Students :
1) Praveen Kumar 2) Praveen Rathi 3) Rajendra singh 4) Motilal Joshi Name of Guide :
(1) Er. Ashwani Mathur (Asso. Prof. & Dy. Head) & (2) Er. Rakesh Narawat (Lecturer) |
| 5) |  |
Title :
Solar Water Heater with Gas Backup
Brief Description :
Using the non conventional source of energy, i.e. Heat Energy of Sun, water is heated for domestic use. A gas back up is provided for cloudy days.
Name of Students :
1) Deepak Sharma 2) Deepak Singh 3) Jitendra Suthar 4) Kalpit Jangid 5) Mahendra Singh Chundawat 6) Mahendra Singh Khichi 7) Manish Parihar 8) Mohd. Sakib Hussain Name of Guide :
Er. Manish Bafna (Asso. Prof. & Proctor) |
| Department of Electrical Engineering | ||
| No | Image | Description |
| 1) |  |
Title :
Automatic Toll tax System
Brief Description :
Automatic toll tax collector is basically a project in which with the help of proximity sensor and relay we are designing a circuit so that toll tax is collected automatically by inserting the coin. No manual support is needed. Automatic toll tax collector is distinguishing the feature of truck and car by collecting different - different tax from them.
It reduces the time for paying the toll tax and at the same time it reduces the requirement of man-power for the toll-tax collection.
Name of Students :
1) Komal Bhandari 2) Kuldeep Singh 3) Kuldeep Bohara 4) Mahima Bhati Name of Guide :
Prof. Vinit Mehta |
| 2) |  |
Title :
Green bee
Brief Description :
The objective of this project is to design a simple, easy to install, microcontroller-based circuit to monitor and record the values of temperature, humidity, soil moisture and sunlight of the natural environment that are continuously modified and controlled in order optimize them to achieve maximum plant growth and yield. The controller used is a low power, cost efficient chip manufactured by ATMEL having 8K bytes of on-chip flash memory. It communicates with the various sensor modules in real-time in order to control the light, aeration and drainage process efficiently inside a greenhouse by actuating a cooler, fogger, dripper and lights respectively according to the necessary condition of the crops. An integrated Liquid crystal display (LCD) is also used for real time display of data acquired from the various sensors and the status of the various devices.
This make the proposed system to be an economical, portable and a low maintenance solution for greenhouse application, especially in rural areas and for small scale agriculturists.
Name of Students :
1) Manisha Lalla 2) Manish Kumar 3) Manohar Gehlot 4) Manish vaishnav Name of Guide :
Prof. Vinit Mehta |
| 3) |  |
Title :
Prepaid Energy Meter
Brief Description :
A scheme of Electricity billing system called “PREPAID ENERGY METER” can facilitate in improved cash flow management in energy utilities and can reduces problem associated with billing consumer living in isolated area and reduces deployment of manpower for taking meter readings. Every consumer can buy a memory card (is nothing but an EEPROM IC) with a password stored inside it using a MC program. The memory card is available at various ranges (ie. Rs 50, Rs 100, Rs 200 etc…). in project the name for memory card is smart card. When the consumer insert a smart card into the card reader which is connected in “prepaid energy meter with tariff indicator” kit. Then the card reader will read the stored information and delete the information from the EEPROM IC (smart card) using the MC program. So that the smart card cannot be reused by other. Suppose if a consumer buy a card for Rs.50/- he/she can insert this amount through the card reader so that prepaid energy meter with tariff indicator kit will be activated. According to the power consumption the amount will be reduced. When the amount is over, the relay will automatically shutdown the whole system.
Name of Students :
1) Sumit Nihalchandani 2) Sukrit Kumar 3) Ruchka Parihar 4) Ravi Shankar Kumar 5) Suman Kamboj Name of Guide :
Prof. Harish Khyani |
| 4) |  |
Title :
Solar Car
Brief Description :
Solar car are powered by the sun’s energy. The main component of a solar car is its solar array, which collect the energy from the sun and convert it into usable electrical energy. The solar cells collect a portion of the sun’s energy and store it into the batteries of the solar car. Before that happens, power trackers converts the energy collected from the solar array to the proper system voltage, so that the batteries and the motor can use it. After the energy is stored in the batteries, it is available for use by the motor & motor controller to drive the car. The motor controller adjusts the amount of energy that flows to the motor to correspond to the throttle. The motor uses the energy to drive the wheels.
Name of Students :
1) Priyanka Bajaj 2) Ritika Choudhary 3) Palak Singhal 4) Prashant Jha Name of Guide :
Prof. Kusum Agarwal |
| 5) |  |
Title :
Sensor Based Traffic Light System
Brief Description :
The main object of this study was to design and implement a suitable algorithm and its
simulation for an intelligent traffic signal simulator. The system developed is able to sense the presence or absence of vehicles within certain range by setting the appropriate duration for the traffic signals to react accordingly. By Employing mathematical functions to calculate the appropriate timing for the green signal to illuminate, the system can help to solve the problem of traffic congestion. The simulation of the algorithm of the traffic signal system was done using MATLAB software. Hardware simulation tests were successfully performed on the algorithm implemented into a controller. The new timing scheme that was implemented promises an improvement in the current traffic light system and this system is feasible, affordable and ready to be implemented especially during peak hours. A countdown timer interfacing according to the traffic system using Lab VIEW software was also created.
Name of Students :
1) BIVOR KUMAR 2) ASHISH SHARMA 3) MANISH SHARMA 4) BHANU PRATAP SINGH Name of Guide :
Prof. Harish Khyani |
| Department of Electronics & Communication Engineering | ||
| No | Image | Description |
| 1) |  |
Title :
Loucetios [Maxm use of natural light]
Brief Description :
...
Name of Students :
1) Ashish Mishra 2) Bhajanlal 2) Dilip Kumar Name of Guide :
(1) Prof.Piyush Vyas |
| 2) | |
Title :
Wireless Heart Beat Counter
Brief Description :
......
Name of Students :
1) Abhijit Roy 2) Abhi Maheswari 3) Akshay P.Jain Name of Guide :
Prof.K.K.Arora |
| 3) | |
Title :
Design & smulation
Brief Description :
...............
Name of Students :
1) Praveen Kumar Name of Guide :
Prof. Ranjana Trivedi |
| 4) | |
Title :
Water resource management
Brief Description :
..........
Name of Students :
1) Swati jain 2) Sachin paramar Name of Guide :
Prof.O.P.Vyas |
| 5) | |
Title :
Green House Controller
Brief Description :
.................
Name of Students :
1) Shyam kishor Name of Guide :
Prof.K.K.Arora |
| Department of Electronics & Communication Engineering (SETG) | ||
| No | Image | Description |
| 1) | |
Title :
Electronic Stethoscope
Brief Description :
Electronic Stethoscope: Stethoscopes are not only useful for Doctors but home mechanisms , externunators , spying etc. Standard stethoscopes provide no amplification which limits their use. This circuit uses OP-AMPS to greatly amplify a standard stethoscope and includes a LPF to remove background noise.
Name of Students :
1) Ananya Gehlot 2) Heena Joshi 3) Jyoti Lodha Name of Guide :
Prof. Prashant Thanvi (Guide) |
| 2) | |
Title :
Solar Tracking System
Brief Description :
Solar Tracking System: The main objective of the solar tracking system is to generate the energy with use of silicon Solar Panel in sunlight. This project will keep the solar panel in the direction of maximum intensity of sunlight so that the panels can operate at their maximum efficiency.
Name of Students :
1) Neha Sharma 2) Divya Sudan 3) Nandini Shekhawat Name of Guide :
Prof. Lata Vaishnav (Guide) |
| 3) | |
Title :
Microcontroller based moving message display
Brief Description :
Microcontroller based moving message display: This project is based upon the Microcontroller 89C51 and decoder (74LS138) . The message can be displayed in moving pattern with the desired delay between different characters.
Name of Students :
1) Tinu saran 2) Sonali Bhati Name of Guide :
Hemant Purohit |
| 4) | |
Title :
MMC based WAV player
Brief Description :
MMC based WAV player: A Digital Audio Player (DAP) is a consumer electronic device that stores , organizes and plays digital audio files . Often digital players are sold as MP3 players , even if they support other file format . Electronic devices which do not support MP3 format generally uses WAV files. This project is a simple WAV player with the help of MMC card connected to Atmel MEGA 32 along with AVR microcontroller.
Name of Students :
1) Neelam Mehta 2) Neha Mishra Name of Guide :
Prof. Abhishek Karwa |
| 5) | |
Title :
Data Acquisition and logging system(for temperature sensing)
Brief Description :
Data Acquisition and logging system(for temperature sensing): This project is especially useful in industries where temperature has to be continuously monitored . It can also be of use in power plants where high temperature can lead to serious consequences.
Name of Students :
1) Rupa Maity 2) Suman Sharma 3) Sneha Sankhala Name of Guide :
Prof. Prashant Thanvi (Guide) |
| Department of Computer Science and Engineering | ||
| No | Image | Description |
| 1) | |
Title :
E-Cops
Brief Description :
Web based ERP System (Practically implemented by Jodhpur Police)
Name of Students :
1) Ankur verma 2) Anuj Agarwal 3) Amit Kumar 4) Ajay dadheech Name of Guide :
(1) Er. Jai Prakash Jyani & (2) Dr. Sugandha Singh |
| 2) | |
Title :MPOS (Operating System)
Brief Description :
System Programming (Great effort to create their own operating system).
Name of Students :
1) Moolchand 2) Pankaj Vishnoi Name of Guide :
(2) Er. Ashutosh Vyas |
| 3) | |
Title :
Work to Workers
Brief Description :
Web Application (Web application with clear specification to provides job to the persons).
Name of Students :
1) Shravan 2) Shika Trpathi 3) Neha Maheshwari 4) Priya Bhandari Name of Guide :
Dr. Sugandha Singh |
| 4) | |
Title :
Cisco Network Tracker and Monitoring System
Brief Description :
Network Application (The scenario of the project is completely on analysis of network of Cisco.
Name of Students :
1) Hemant Shekhawat Name of Guide :
Dr. Sugandha Singh |
| 5) | |
Title :
Data Compression
Brief Description :
Compression Techniques (This is based on algorithmic programming including analysis of algorithms).
Name of Students :
1) Vishal Suthar 2) Rishabh Rathi 3) Sudhanshu Borawar Name of Guide :
Er. Vishnu Gehlot |
Research & Seminar
