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University Institute of Engineering and Technology PU UIET, Chandigarh, Chandigarh
University Institute of Engineering and Technology PU UIET, Chandigarh, Chandigarh
Address: Plot / Street / Area
Panjab University Campus
Chandigarh (District Chandigarh)
University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh is a recognised institute / college. University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh was established on / in 2004.
Principal of University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh is Professor B.S. Sohi.
University Institute of Engineering and Technology PU UIET is situated in Chandigarh of Chandigarh state (Province) in India. This data has been provided by www.punjabcolleges.com. Chandigarh comes under Chandigarh Tehsil, Chandigarh District.
Fax # of University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh is 0172 2547986.
email ID(s) is
Website of University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh is http://uiet.puchd.ac.in/.
Contact Details of University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh are : Address : Sector -25, Panjab University, Chandigarh
Director: Prof. Renu Vig email@example.com, 0172-2541242, 0172-2534995 (She is also PIO under Right to Information Act)
Phone : 91 172 2534995, 2541242
other email IDs: firstname.lastname@example.org
Training and Placement Cell: Dr. Gurdeep Singh, Phone +91 172 2784983
CoursesNumber of seats in University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh is 240.
University Institute of Engineering and Technology PU UIET, Chandigarh Chandigarh runs course(s) in Computer Science, Engineering stream(s).
Approval details: University Institute of Engineering and Technology PU UIET is affiliated with Panjab University, Chandigarh (Chandigarh)
Profile of University Institute of Engineering and Technology PU UIETMeasuring up to high standards of Panjab University, the institute has set quality standards in technical education. The highly qualified faculty and dedicated staff is the backbone of institute. Well equipped laboratories provide practical industrial exposure to the students. State of art computer facilities, independent broad band internet connectivity provide ample scope for students to learn round the clock. Wi-Fi has reduced locational dependence of the students. In fact, students with laptops avail the facility in the institute as well as in the hostels. With the updation/revision of syllabi in interaction with academia and industry, more practical activities have been made computer based.
Institute has good liaison with industry. Bharti group of industries has set up a Bharti Chair in Telecommunication & IT to boost research in Telecommunication. The institute is member of Campus Connect programme of Infosys Technologies Ltd., Bangalore. The programme supports Faculty training in industry, project guidance to students, curricula inputs, industry perspective of teaching-learning and expert lecture inputs. UIET has many more MOUs and interactions with the industry and academia like IBM, Sun Microsystem, IMTECH etc.
UIET will contribute to the industrial development, economic growth and social needs of the country by providing a cadre of engineers, equipped with the latest technology in professional engineering education with focus on the contemporary technologies through quality Research and Development.
* To produce professionally competent students for the career in engineering and technology by providing value-based quality education.
* To provide the readily acceptable quality trained manpower to meet the requirements of the National and International industry in the emerging areas of engineering and technology as well as for research and design.
* To develop strong collaboration with academic and research institutes as well as industry in the country and abroad.
* To provide world level consultancy to generate wealth through services and new product design.
Title: Development of Software Protection Tool.
Chief Investigator: Prof. B.S. Sohi
Co-Investigator: Prof. Renu Vig
Drawing Body: Department of Information Technology (DIT), Govt. of India
Aim and Scope of the Project:
The fundamental of software protection is to retain the integrity of software licensing in which only the licensee or authorized user is allowed to use the software. Software license agreements and the use of serial numbers are widely deployed. These approaches only provide weak enforcement. These software protection approaches cananot effectiviely protect software against piracy. Under this project, hardware and software assisted protection techniques will be developed. The methods developed will be based on the following technologies.
* Software for encryption.
* Hardware for decryption.
Hardware and software based tool will provide protection from
* Malicious attack
* Unauthorized modifications
Title: Modeling and Simulation of Nanoscale MOSFETs at Room Temperature (RT) and of Classical MOSFETs at Liquid Nitrogen Temperature (LNT).
Chief Investigator: Prof. D.N. Singh
Co-Investigator: Prof. B.S. Sohi
Investigators: Ms. Sharmelee Thangjam, Ms. Veenu Mangat
Drawing Body: Department of Information Technology (DIT), Govt. of India
Aim and Scope of the Project
* Literature survey and understanding with regard to characteristics of quantum mechanical modeling of MOSFET devices.
* Development of Quantum Mechanical Model for Nanoscale MOSFETs based on fundamental understanding and development of LNT models for classical MOSFETs.
* Development of Algorithms and Simulators.
* Computation of characteristics of Nanoscale MOSFETs and extraction of model parameters.
* Analysis and documentation.
Title: Polycystin-1 and Nuclear Factor of Activated T Antigen (NFAT) interacting partners in Reno-Cardiac functioning in Autosomal Dominant Polycystice Kidney Disease
Investigator: Dr. Sanjeev Puri
Drawing Body: Department of Biotechnology (DBT) New Delhi, Govt. of India.
Aim and Scope of the Project:
This project involves delineating the molecular mechanisms that bring out the polycystin-1 and NFAt interactions to understand the pathaophysiolofy associated with polycystic kidney disease. Cell and molecular biology techniques will be used to understand this molecualr cross talk. At the completion of the project the identity of the molecule(s) and the signaling pathaway ensued in the process may be identified for therapeutic interventions in polycystic kidney disease
Title: Low Power DSP Lab.
Chief Investigator: Prof. B.S. Sohi
Co-Investigator: Ms. Sharmelee Thangjam
Drawing Body: All India Council for Technical Education (AICTE), Govt. of India
Message of Director Prof. Renu Vig
University Institute of Engineering & Technology was established in 2002 as a department of Panjab University with the objective of creating leading Research and Development facilities in the field of Engineering and Technology. UIET has grown at a very fast pace with the number of students increasing from 300 to 650 every year in the past seven years. Admissions to UIET take place on the basis of merit of AIEEE on all India basis.
Different branches have well equipped laboratories with modern facilities where undergraduate as well as postgraduate students perform experiments to gain practical knowledge which is a very important aspect of engineering education. During vacations, training programs are conducted by faculty for students in specialized areas such as Embedded systems, Digital System, Design etc.
To strengthen industry institute interaction, MOU has been signed with different industry and programs are conducted for students which are designed by the industry. Seminars are organized regularly in collaboration with experts from industry so that students are trained to be absorbed by the industry. It is our endeavour at UIET to create and establish leading R & D facilities. A number of sponsored projects are being carried out by various faculty members from organizations such as AICTE, DIT, DST etc. Students and faculty at UIET have tremendous potential and I am sure UIET will be one of the best institutes in India soon.
Library occupies a place of pride in UIET and is an essential component of the institute's outstanding research and education mission. It provides a safe, comfortable and friendly environment that enables learning and advancement of knowledge. To facilitate creation of new knowledge through acquisition, organization and dissemination of knowledge resources and providing for value added services is mission of library.
Besides housing a fairly large collection of books on engineering, science, technology and humanities, Library has developed an excellent collection of journals and non-book material. All students, faculty members and employees of the Institute are entitled to make use of the Library facilities on taking membership. It is fully air conditioned and has seating capacity of 150 students.
Labs & Workshops
Biotechnology General Equipment
Deep Freezer , Microwave Oven, Hot Air Oven, Precision Balance, Water bath with Temperature regulation, Water Bath with shaker, Bench top incubator cum orbital shaker, Hot Plate, Students Microscopes, Laminar Air Flow, Gel dryer with vacuum pump, Filter Photo Colorimeter, UV-VIS Spectrophotometer.
Chemical Reaction Engineering
Isothermal Batch Reactor, Isothermal Semi Batch Reactor, Adiabatic Batch Reactor, RTD studies in CSTR, RTD studies in packed bed reactor.
Other Important Equipment of Biotechnology
Bioreactor; inverted tissue culture microscope with contrast, Air jacketed CO2 Incubator, Oil vacuum pressure pump, Thermal Cycler (PCR machine),Elisa Reader, Ligation Bath, Dry Bath, Gel documentation System, Water Purification System, protein Purification System, Ultrasonicator, PH meter, Vortex Mixture, Magnetic Stirrer, Autoclave, Fraction Collector:
Biotech Department has also following specialized labs
Recombinant DNA Lab Animal Cell /Tissue Culture Lab, Microbiology Lab, Downstream Processing Lab, Transport Phenomenon Lab, Biochemistry Lab. UIET has 12 spacious Computer Labs each equipped with latest workstation and peripherals. Peripherals include Laser printers, scanners, external DVD writers etc forthe use of students.
There are a number of software which the students use namely: Windows Server 2003/2000, Windows XP, SQL Server 2005/2000, MS Office XP, Red Hat Linux, Trubo C++, Visual Studio 2008/2005/2002, Sun Solaris OS, Adobe Photoshop, Macromedia products, UNIX(SCO), Oracle 10g, Mathematica 5, Keil RTOS & DSP based Design: MATLAB Signal Processing tollkit, Rational Rose (Network Liscence), A large number of open source software. The institute has also subscribed to the Microsoft Academic Alliance which comprises of around 40 Microsoft Software Packages/Development tools.
Internet access is through leased line with a bandwidth of Mbps in 1:1 ratio. The institute building is also equipped with a Wi-Fi connectivity.
Electric Machinery Lab
The lab is well equipped with a number of Synchronous generators, DC machines, Induction machines, three phase Auto transformers, single phase transformers and synchronoscopes. Experiments are done to study open circuit and short circuit characteristics, speed torque characteristics, parallel operations etc. Designing of transformers and rotating machines is also taught using special designing software.
Power System Lab
The study on power systems is done by simulating power systems using Power World Simulator in computer lab. Important experiments include determination of line parameters, study of symmetrical and unsymmetrical faults, sequence impedance, relay coordination, distribution systems etc.
Line Circuit Analysis LabThe lab helps students support and develop theoretical concepts such as Nodal and Mesh analysis, Millmanâ€™s theorem, two port networks etc.
Students are encouraged to develop circuits in Circuits maker or carry out simulations of complex circuits in PSpice. The other labs are control Engineering Lab, Virtual Instrumentation & Energy Auditing lab and
Microcontroller & PLC Lab.
Digital Microprocessor, Microcontroller and logic Design Lab
This lab has Digital Bread Board IC Trainers, Microprocessor Training Kits with 8085 and 8086. Microprocessor Interface cards i.e DMA,ADC, DAC, EPROM Programmer and EPROM Eraser, Logic Analyser, PCB Design & Fabrication set.
Communicaiont Engineering Lab
The lab has Function Generator, Spectrum Analyser, DSP/SSB AM Transmitter and Receiver Trainer, Frequency Modulation and Demodulation Trainer, CDMA Trainer, PAM-PPM-PWM Modulation Trainer.
Mobile and Satellite Communication Lab
The Lab has Mobile Phone Trainers, G.S.M & G.P.S Trainers, Satellite Trainer which includes Transmitter, Transponder and Receiver sets. Spectrum Analyser, wireless spectrum analyser, GSM evaluation set (3.3GHz), ISDN trainer set.
Optical Communication Lab
The lab has Fibre Optic Trainers with different wave lengths of Fibres, Fibre Optic Laser Trainer, Spectrum Analyser of 3.3 GHz.
Embedded System Design Lab
The lab has Xilinx ISE, Virtex IV Boards, Embedded Development Kit (Version 6.3i Software), Model Sim.
Digital Signal Processing Lab
The lab has ADSP 21160 Based DSP Board, 2181 Based DSP Board, ADSP-BF533 Blackfin Development Board.
The lab has klystron Base Microwave Test benches, Microwave Power Meter, VSWR Meter.
The Mechanical Engineering department has excellent has excellent labs in the fields of Fundamentals of Mechanical Engg. Theory of Machines, Measurement and Control, Mechanics of Materials, Thermodynamics, Mechatronics.
These labs have latest equipment like Microhardness tester, Pneumatic and Hydraulic Trainers, IC Engine test rigs, Festo Pneumatic Kit, Niyo Hydraulic kit and Computerised Universal Testing machine.
The department has a seperate wing of Workshop which includes Machine shop, Fitting shop, carpentry shop, welding shop smithy/forging shop and foundry shop. The workshop has latest equipemnt.
The admission to the B.E. Courses are made on the basis of merit of AIEEE conducted by the C.B.S.E every year. The student must fulfill the following conditions for taking admission to B.E. Courses
* Has qualified in the AIEEE, conducted by the C.B.S.E.
* has passed 10+2 or its equivalent examination with at least 60% marks in aggregate (55% marks in case of S.C./S.T./Physically Challenged), conducted by a recognized Board/University/Council
Admission against Foreign Nationals/PIO/NRI seats:
Candidates desirous of seeking admission against Foreign Nationals/PIO/NRI seats for B.E. courses, who are present in India, will compete amongst themselves for the seats reserved for them by appearing in the AIEEE. Those living abroad will be required to produce the test score of Scholastic Aptitude Test II (SAT II) with permissible combination of subjects, conducted by the Educational Testing Service, Princeton, U.S.A. (In case one of the subjects is Mathematics, it would be Mathematics IIC). Foreign Nationals/PIO/NRI shall have to comply with the requirements of Govt. of India, if any, as well as those of Panjab University, Chandigarh as prescribed by them from time to time.
Extracurricular activities form an important part in the overall personality development of the students. UIET realizes the importance of extracurricular activities and encourages the students to actively participate in them. The UTECHNO society is a society formed to encourage extracurricular activities among the students. This society is registered with the university. The following are some of the committees which work under the umbrella of UTECHNO:
Academic and Literary: To Conduct debates, Quiz and paper reading session.
Magazine: To bring out the magazine of the institute
Sports: To conduct inter-department and intra- department sports
Cultural: To encourage dramatics, photography etc.
Public Relation & Tours: to arrange for educational tours, blood donation camps etc.
Hospitality: To look after hospitality of guests during functions.
Technical: To arrange technical activities.
'QUIET': This magazine gives a platform to the students to express their thoughts on various issues. The students also express their thoughts through a colorful wall magazine called 'SPECTRUM'.
Sports: Students of UIET are actively involved in sports and have brought laurels to Panjab University . Students have represented the university in All India Inter University Championships and have bagged to positons.
BAJA SAE ASIA 2010:
The aim is to design a rugged off road vehicle capable of negotiating the rough tracks without damageThe vehicle has been ergonomically designed for driver comfort. The leg space in this small vehicle matches with the luxury cars. Electrically adjustable steering gives the drivers of varying body structure and size. The seat has been made adjustable (feature unavailable in most of ATVâ€™s). The body work has been done using aluminium sheets. It has been done keeping the mass production in mind. The body is divided into segments for easy replacement in case of dents.
The other important feature is the single unit engine and drive system. The whole assembly can be separated from the chassis by opening just 8 bolts for any kind of repair.
RADIUS Server Implementation Based on AAA
RADIUS server is based on AAA principle. It implements the Authentication, authorization and accounting using existing LDAP or any other protocols for access control. Main aim of implementing the RADIUS server with existing server system is to extend the scalability to compliance the large number of users within the organization using multiple directories for managing access rights and combining the management of LAN and WLAN network in one system.
Work done so far:
* Domain server is implemented on which RADIUS server works.
* Configurations of Domain server for using LDAP as Access protocol
* Installed and configured tekRadius on Windows Server 2008.
* Installed and configured SQL server to manage database with tekRadius
* Configured network switch with tekRadius to forward the request to server.
* Configured tekRadius to provide response for requests.
* Implementation of multiple request response.
* Creating the certificates and policies.
* Enhancing of scalability of existing network.
* Merging the Identity engine with Radius server to provide authentication.
* Abhijeet Singh Ghotra (UE6302)
* Govind Kumar (UE6324)
* Sumit Kalra (UE6364)
VoIP telephony refers to communications services â€” voice, facsimile, and/or voice-messaging applications â€” that are transported via the Internet, rather than the public switched telephone network (PSTN). The basic steps involved in originating an Internet telephone call are conversion of the analog voice signal to digital format and compression/translation of the signal into Internet protocol (IP) packets for transmission over the Internet; the process is reversed at the receiving end. VoIP telephony enables us to establish voice communication from one computer to another computer.Calls can be made from PSTN line to a computer and vice versa.
1) Server software
2) Client software(Soft phones)
1) VoIP Gateways
2) PSTN line
3) Headphones and mikes
Implementation and scope:-
Project was divided in two phases:-
1)Communication over existing LAN(Local Area Network)
2)Communication between PSTN line and computers
First phase was successfully implemented in UIET.Now, one is able to communicate from a computer to another computer present on LAN anywhere in UIET. In second phase,we are working on developing a system in which connection can be established between PSTN line and computers using VoIP gateways.This will enable us to make calls from a PSTN line to a computer present on LAN and vice versa.
ine Bulettin Board
The proposed Online Bulletin Board will help to keep all the students of U.I.E.T. informed of all the news updates without relying on static notices. Hence providing a single platform where all the relevant news can be accessed by just a click of the mouse. The whole System will be divided into a no. of domains based on different engineering streams, institute-recognised student groups and a general notice section. Each of these domains will be administered by an ADMIN who will have the full-fledged rights with regards to managing resources respective to his/her domain.
Responses for Administrator
ADMINs will be provided with login-ids and passwords to access their respective domains. When an Administrator will login into the Online Bulletin Board system, the system will check for validity of the password and if itâ€™s valid the ADMIN will be directed to an online page from where he can access database and will be able to modify, view, add, delete and all other functions that can be performed on the database.
UIET has a full fledged Placement Cell Headed by Dr. Manu Sharma. The Placement committee is formed for each graduating batch and students of Biotech, Computer Science, Electrical & Electronics, Electronics & Communication, IT and Mechanical Engineering represent their branch. The students are selected in the Placement Committee through a Interview. The placement committee is responsible for contacting various reputed companies and for communicating to them the information about UIET. The committee is also responsible for arranging various personality and communication skills workshops. This is to sharpen the skills of the students. Mock Written tests, Interviews and Group Discussions are held to simulate the actual Placement sessions. The students of UIET are placed with the following reputed companies.
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