NSIT alumni, who have survived mind-boggling rounds of interviews and numerous placement exams, and have spearheaded their way into the top notch companies, have come forward to share their experiences.
Take a lesson or two from their book. It will surely take you a long way.
The NSITonline Blog
NSITonline is now on blog !!!
Stay upto date with the latest updates on NSITonline, get to know what the team is upto, learn from their experiences...
So what are you waiting for ? Go check out the NSITonline Blog Now...
Downloads
Check Out the new improved downloads section on NSITonline.
Its got everything from syllabus to question papers to placement resources etc etc.
Make the most of NSITonline
Student Initiatives
We at NSIT learn to innovate!!!
From NASA MoonBuggy to Solar Car to creating a web presence to anything, everything.
You name it, we have done it all.
Now you did not think we only studied, did you?
PLACEMENTS AT NSIT
If you are looking for your dream job, then NSIT is the place to be.
Ranked 2nd best in India with regard to placements by DATAQUEST-IDC Survey 2008, NSIT has over 80 companies visiting the campus each year.
See it to believe it !
The NSITonline project aims to:
Project a strong web image of NSIT
Support the NSIT community to achieve professional success by providing it useful online services and resources
Provide a common platform to several distributed groups of NSITians and allow them to connect and network with each other
NSITonline Mail:
Get an official NSITonline Email ID by registering with NSITonline to send your emails. The mail service uses the popular GMAIL interface and also supports Google applications such as Google Talk, Google Docs, etc.
From gymasium to cricket and football grounds to table tennis and pool tables
From library to canteen to eateries like Nescafe and Jeeto
We have everything you will ever need on the campus itself.Why bother going outside at all !
Festivals at NSIT
A confluence of many tunes that celebrate the essence of being a part of "NSITian” community.The fests explore all your hidden talents from the depths of your head and heart and present you with an aura of “pride”and “confidence”.
With 3 festivals in an year, viz. Resonanz, Innovision and Moksha, try and take some time out for studies too.
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Welcome to NSITonline
Situated in the rapidly developing subcity of Dwarka, NSIT is spread over a sprawling 145 acre lush green campus. With excellent connectivity by road and Delhi Metro, reaching NSIT is easy. With one ofthe most enviable placements record among the engineering institutes of the country, NSIT is now the more preferred institute among the candidates who are able to successfully crack the Common Entrance Examination.
Netaji Subhas Institute of Technology (NSIT) was established by the name of Delhi Institute of Technology (DIT) in July 1983. Started with a view to churn out highly competent, intelligent and dedicated engineers, the institute has more than achieved its motto by emerging as one of the leading tech schools of the country. Unlike the clichéd saying that ‘engineers are not created but are born’, NSIT does a commendable job in training students to achieve excellence in technical research as well as a hoard of extra-curricular activities.
Within a short span of 26 years, NSIT has carved a distinctive name for itself in the field of higher technical education. We have been ranked amongst the Top 10 Technical Institutes of the country by the IDC-DataQuest Survey-2008, and features amongst the Top 20 Tech Schools in India Today, Outlook and Mint. rankings of Indian Engineering Institutes. We hold a position amongst the Top 5 Tech schools as far as Campus Recruitment is concerned.
Once you finish feasting your eyes on the line of technologically-advanced luxury cars by major car manufacturers on display at the 10th Auto Expo, you might want to turn your attention to a non-polluting version, offered by a resourceful group of students.
The admissions to NSIT will be through AIEEE from now on.85% of the seats will remain fixed for Delhi candidates and 15% for Outside Delhi candidates.The advertisement regarding this will be published in the leading newspapers of India on 27th December.
Netaji Subhas Institute of Technology (NSIT), New Delhi which consisted of the team comprising Ms. Krittika Adhikary, Mr. Sharat Nambissan K.P. and Mr. Roshan Shankar were crowned the national champions defeating NITIE Bombay, MSRIT Bangalore and Symbiosis Law College, Pune who were the other regional champions, in the national finals.
Data is information that has been translated into a form that is more convenient to process. Data is often viewed as a lowest level of abstraction from which useful information and knowledge are derived. Experimental data refers to the data generated within the context of a scientific investigation by observation and recording. In an embedded system, data to be collected is either in the form of binary sequences of pulses, generally referred to as digital data or has continuous range of values which is called analog data.
Most research projects need data in order to answer a proposed research problem. The data that need to be acquired, and the sources of such data, must be identified as a matter of utmost importance. No amount or depth of subsequent data analysis can make up for an original lack of data quantity or quality.
Research problems and objectives (or hypotheses) need to be very carefully constructed and clearly defined, as they dictate the data that need to be obtained and analyzed in order to successfully address the objectives themselves. In addition, the quantity of data, their qualities, and how they are sampled and measured, have implications for the choice and effectiveness of the data analysis techniques used in subsequent analysis.
Data Acquisition is the process of sampling and collection of real world data that can be either processed within a specific deadline from time of collection of data or stored in a storage device and retrieved for processing later on. Alternatively, a data acquisition system may be either real time if it processes the data as it collects it or non real time if it stores the data and processes it later on. The purpose of data acquisition is to measure an electrical or physical phenomenon such as voltage, current, temperature, pressure, or sound and log the readings in a storage device.
Every data acquisition system shares a common goal of acquiring, analyzing, and presenting information.A processor based data acquisition generally involves conversion of analog data to digital data for storing in the memory. Hence, an analog to digital converter is the heart of an analog data acquiring system. PC-based data acquisition uses a combination of modular hardware to take the measurements, application software to operate the system, and a computer to store the data and process it further.
Two students at NSIT, Nehul Malhotra and Mayank Jain, specialising in Electronics and Communication, have successfully developed a fully dedicated data acquisition system having the ability to acquire data at a specified time with fine resolution and high accuracy in both time and data measurement. Their guide is a reputed faculty member of the Electronics and Communication Division, Prof. Dhananjay V. Gadre.
The system can be used to develop the V-I curves of charging of a capacitor with the help of technique known as undersampling. From the V-I curves obtained, we can find the value of capacitance. The system also has the ability to communicate with the PC. The other parts of the project also include MATLAB based support to interface the system with PC to create a user friendly environment.
The system they used is a generic PC – based data acquisition system which uses a modular hardware comprising of a digital processor. A microcontroller is a small computer on a single integrated circuit consisting internally of a relatively simple CPU, clock, timers, I/O ports, and memory. The microcontroller has been programmed in C language to collect the data at a specified time with fine resolution and high accuracy in both time and data measurement along with the ability to communicate with PC by software implemented for storage and further processing of data.
Although the system can collect any analog data available on its data input terminal but in this case, it has been made to collect the analog voltage across the capacitor during its charging with the resistance of pre-specified value. It should be noted that measurements like voltage across the capacitor during charging and discharging require utmost accuracy of time and it can’t be obtained by a multithreaded environment like OS (Windows/Linux) on a PC. Therefore, the need arises to develop a fully dedicated system to collect the data at accurate times which can then be logged into PC for further processing. Time errors arising during logging don’t matter as the actual data was collected at the exact time although it may be received by PC at some later time. Once the PC has collected all the data it can process using features like curve tracing etc. to find the value of capacitance.
The readings across a capacitor have been taken by the process of undersampling meaning that after collecting a reading at a particular time, the capacitor is discharged to ground and then charged again till specified time to collect the next reading. So, the actual time required to collect a single complete set of readings takes a lot more time than the time taken by capacitor to charge in a single go.
Google Summer of Code (GSoC) is a global program that offers student developers stipends to write code for various open source software projects. Google works with several open source, free software, and technology-related groups to identify and fund several projects over a three month period. Since its inception in 2005, the program has brought together nearly 3300 students and more than 5,000 mentors & co-mentors from nearly 100 countries worldwide, all for the love of code. Through Google Summer of Code, accepted student applicants are paired with a mentor or mentors from the participating projects, thus gaining exposure to real-world software development scenarios and the opportunity for employment in areas related to their academic pursuits. In turn, the participating projects are able to more easily identify and bring in new developers. Best of all, more source code is created and released for the use and benefit of all.
The program invites students who meet their eligibility criteria to post applications that detail the software-coding project they wish to perform. These applications are then evaluated by the corresponding mentoring organization. Every participating organization must provide mentors for each of the project ideas received, if the organization is of the opinion that the project would benefit from them. The mentors then rank the applications and submit the ranked list to Google. Google then decides how many projects each organization gets, and selects the top-n applications for that organization, where n is the number of projects assigned to them.
Tux4Kids is a volunteer project dedicated to creating fun and educational software for children. The project was started by Sam Hart over ten years ago and currently maintains and develops three software programs. The programs take their name from Tux, the Linux mascot. Tux Paint, led by Bill Kendrick, is an award-winning and widely used artistic graphics program. Tux Paint is enjoyable for everyone from the youngest children capable of using computers up through adults. Tux Math (originally written by Bill Kendrick, now led by David Bruce and Tim Holy) is a video game-style math drill program. It covers basic math operations up through topics such as negative numbers, factoring, and order-of-operations exercises. Tux Typing (originally written by Sam Hart, now led by David Bruce) offers word typing practice in the setting of two video game-type activities, as well as phrase and sentence typing for older students. They are developed natively on Linux and are included in all major desktop distributions, as well as non-Linux Free Software collections such as the FreeBSD Ports Collection and the MacPorts project for OS-X. Builds are also available for Microsoft Windows and BeOS. The aim is to avoid specific platform dependencies so the programs can be made available as widely as possible, including the computing environments that children are most likely to actually encounter in schools.
Akash Gangil is a student at NSIT who did a project called TuxMath under the Google Summer of Code 09 program with the organisation Tux4kids. He was among the 1000 students who were selected after a highly competitive application procedure in 2009.TuxMath is an arcade game that helps kids practice their math facts. This project aims to provide multiplayer facility over network (LAN) to the game.
The project enabled the prospect of competitive and collaborative playing mode in the game . Since TuxMath is being extensively used in some of the primary US schools. Moreover , this implementation also provided a basic framework which could be duplicated in TuxType ,a typing tutor program of Tux4Kids.
Shown below are snapshots of the game play and lessons.
As an engineering student, this project was a great learning experience for Akash as it gave him a deeper insight into the software development process in the open source communities. Also, he learnt how collaboration is achieved between developers spread over various time zones through version control systems (svn), IRC and mailing lists.
Akash Gangil can be reached at akashg1611@gmail.com if you require more information.
In iris recognition system, accurate iris segmentation and localisation from eye image is the foremost important step. In this project, a robust and efficient method of iris segmentation is proposed.
Iris recognition systems have widespread applications including their use as a security system at airports, banks, vault entrances, study of various effects on irises of twins, as a segmentation method in other applications, etc. Its purpose is real-time, high confidence recognition of a person's identity by mathematical analysis of the random patterns that are visible within the iris of an eye from some distance. Because the iris is a protected internal organ whose random texture is complex, unique, and very stable throughout life, it can serve as a kind of living passport or password that one need not remember but can always present.
Because the randomness of iris patterns has very high dimensionality, recognition decisions are made with confidence levels high enough to support rapid and reliable exhaustive searches through national-sized databases.
This project has been done by Aman Bindal, Akhil Goyal and Ankuj Gupta, students of the Computer Science Division, graduating in the year 2010.
This project has been shaped under the guidance of Prof. Anand Gupta, an esteemed Graphics lecturer in the Computer Science division.
Many algorithms have been suggested for segmenting of iris but most lack either of these features: speed, accuracy, bounding the iris with circle only, etc. This project aims at designing an algorithm to overcome these limitations.
The algorithm proposed by this project achieved speeds that were about ten times faster than the existing methods. Moreover, exact bounding of iris can be determined resulting in iris recognition systems that are more robust against fake-iris-based spoofing attempts. Furthermore, a high accuracy was achieved.
Their paper was published in the 2009 IEEE International Conference on Image Processing (ICIP) and in the 2009 International Journal of Critical Infrastructure Protection (IJCIP).
Aman Bindal can be contacted at tbfaction.aman@gmail.com
Dynamic scene management is a process by which changes in a dynamic scene, such as a video, can be handled using data structures. Its everyday applications are widespread - right from streaming online videos to rendering good animation graphics.
Tracking, monitoring and management of moving objects become increasingly important in modern geospatial application. An important example of such applications is monitoring and management of a dynamic scene captured by a network of videos or sensors for ensuring for example the security of the people during a public event, or for leading emergency or rescue teams in real environment.
At present the most important things on scene rendering in computer graphics are fidelity and efficiency. In order to achieve these goals, a considerable number of applications require a data structure like a tree to manage the entire scene. Searching the scene means to traversal the tree and moving objects in the scene means to recreate the tree, which are very costly but unavoidable process.
This project basically seeks to make this process faster, while maintaining the quality of the output graphics. Possible applications for this algorithm would be in fast graphics, such as in arcade and online gaming.
Finally, it discuss other potentials and limitations of the proposed model and suggest some new research avenues regarding the improvement of the proposed model.
This project has been shaped by Vaishnavi Sundararajan and Saurav Malviya of Instrumentation and Control Department of NSIT, graduating in the year 2010. This has been achieved under the guidance of Prof. Anand Gupta, an esteemed Graphics lecturer in the Computer Science Division.
This project, as they both agree, is the longest running and most interesting project of their undergraduate studies so far. This project involves the management of dynamic scenes in three dimensions using tree data structures called octrees. Octrees are most often used to partition a three dimensional space by recursively subdividing it into eight octants.
This project aims at improving the existing resource-hungry methods of dynamic scene management in three dimensions. The previously existing method involved resizing of the nodes of an octree, while this project completely avoided or minimised it, thus achieving greater efficiency. The algorithm developed proved to be much faster than the existing ones (for certain scene configurations, as much as 25% faster).
They even developed a research paper on the same, which was published at the IEEE International Multitopic Conference 2008.
After having published this paper, they came up with a more general method which could handle a greater variety of scenes than their previous algorithm, while maintaining the same time complexity. This method is the focus of the transaction which is currently under review at the IEEE Image Processing Society.
As far as real world applications are concerned, this method can be used for any situation involving changes. Possible applications of this project are face isolation and face following.
Vaishanvi S. can be contacted at vaishnavi.89@gmail.com.
You will need a resume if you are looking for an internship and applying for the intern jobs. And remember your resume will be one of the deciding factor for getting a call for internship.
A well made resume, which identifies your goals, academic background, skills, experience (if any), and activities, is just as critical for the internship search as it will be for your job search after you complete your education. A resume or CV which is for internship may not be very different from the one that you will use for a job application - both in intent and content. However, you may include some information for the internship resume which you may not in your final resume for the job search.
Employers are demanding more & more they rank internships as the second most important quality in a candidate behind communication skills when interviewing.
The more internships, the more it will help you better prepare for the demands of a workplace. You have to bring something else to stay competitive. This is critical if you don't want to find yourself in the interview waiting area sitting next to a person from a more elite school than yours
Founders of NSITonline have been footing the bill to support NSITonline since three years. We now request you to support us in ensuring the sustainability of the NSITonline project . For the same, it is our humble appeal to you to kindly contribute anything you can so as to help us keep and maintain the site which is used by all of us directly or indirectly.