90% Indian engineering graduates are not employable – why?

The jury is out for the year 2013, on the quality of the Indian education system. The India employability report by Aspiring Minds, a research firm, has bought out the obvious fact that the quality of the education system in India is, well, abysmal.

But it is the numbers that really dents the point home. Chennai, home to Anna University, one of the largest universities in India with about 400 colleges affiliated to it, has an employability rate of an awful 1%. Even the the state with the highest employability percentage, Delhi, is only at 13%. Bangalore, the so called ‘silicon valley of India’ is at a staggering 3.2%.

Clearly, something is horribly wrong with our technology education system. We atHackerEarth decided to pen down these problems and here’s a list of things could be wrong –

1. Outdated learning – learning basics is one thing, but learning ancient programming languages, for example, FORTRAN, and not staying in touch with the industry could be one reason why engineering students are not relevant to today’s industry.
2. Theory vs Practice – The current education system poses a chasm between theory and practice. Very little of what is learnt at college can be put into practice in everyday life. Hence, the best performers of the system, which are the kids with the best grades, actually can do very little work and need to be separately trained for it. That’s an expense that not everyone in the industry wants to take.
3. Exam culture – Learning is a continual process, and exams are a way to measure the extent of your learning. It is not the end all. Unfortunately, the CGPA or grade of a graduate is the first filter for employment, and hence students lay emphasis on only the exam and not on learning the subject. This results in weak fundamentals, and hence, industry irrelevance.
4. Lack of exposure – Given that the end goal of technical education is a placement in a college, the amount of exposure given to students about the industry is also very little. It is not until the final year of their college that they begin to understand what the industry really wants. An early exposure to industry can give students an idea of what is relevant in the industry, which they can learn in their own time.
5. Bad career matching – Over the years, the lucrative opportunities that a professional life in the technology industry has provided, has made engineering sciences the de-facto choice for graduate studies. Weather or not the student has the aptitude for the stream is not taken into account, resulting in uninterested engineering candidates, who haven’t taken to their subjects as much as they should have, making them irrelevant to the industry.

Now these are not unknown reasons. Every unemployed engineering graduate in the country knows these reasons, as they have affected his/her life directly. Now they’re playing catch up.

I believe there is quite a lot opportunities for companies like us. These problems have been prevalent for over a decade now and if they still haven’t changed, I don’t expect them to change either. But small teams like our own have been providing very good alternatives for quite a while.

The impact of companies like Khan Academy and Coursera have been phenomenal from a learning perspective. But in the Indian context, education has no meaning without a job. This is the horrible reality that plagues this country. This is a national sentiment and changing it will take at least a century or so.

While learning for learning sake and doing the job that you love to do is utopia, the first step towards it would be to find a middle ground between the ideal and reality. Keep jobs as a priority, but make people attain different goals to achieve it. Put out industry relevant problems and a job opportunity for everyone who can solve the problem within constraints.

Not only is this industry relevant, it also lays emphasis on the importance of learning the basics, as the stronger your foundations, the quicker and better you can solve these programs. You can’t mug up content for these tests; you need to know your skill very well. And the kind of problems that you get to solve is a good measure of what the industry wants.

The problem is fairly easy to solve for engineering and many like us are solving it at scale. Should you be disheartened with the India Employability Survey – Yes. But does that mean there is no hope? – No. Definitely not.

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1.5 Million Engineering Pass Outs In India Every Year, Fewer Getting Hired [Trends]

Engineering colleges have been springing up like wild mushrooms in India in the last few years. Their number has gone up from a not too modest 1,511 colleges in 2006-07 to an astoundingly high 3,345 in 2014-15. The state of Andhra Pradesh alone has more than 700 colleges.

If these figures are anything to go by, it would be easy to be led into believing that opting for a degree in engineering would be a wise career move in India. The fact, however, remains that 20-33% out of the 1.5 million engineering graduates passing out every year run the risk of not getting a job at all, points out EconomicTimes. For those who do, the entry-level salary is pathetically low, and has stagnated at that level for the last eight-nine years, though the prices of everything from groceries to vehicle fuel have shot up during the same period.

Whether it is the below-par quality of education provided by private colleges or the stagnating (if not shrinking) demand for the number of engineers, the huge number of engineering pass outs – which, incidentally, is more than the total number of engineers produced by the USA and China combined together, face a bleak future.

A large percentage of the ‘fortunate’ ones who do end up getting a job after an engineering degree take up jobs which are well below their technical qualifications, since the supply far outnumbers the demand. They do not get jobs for which they are qualified or ‘suitable’ jobs, which makes the matters worse.

“In that case, there is both unemployment and underemployment,” says E Balaji, former CEO of manpower consulting firm Randstad. “Several engineers end up working as sales executives, so there is no link between what they studied and what they do.”

All the more threatening is the fact that the two key industries which hire engineers in India- the IT and ITes and the manufacturing sector- are also hiring a lesser number of them than before.

The IT industry in India, which grew by as much as 30% up till five years back, has slowed down to a 10.2%growth rate at present. The demand for qualified professionals in the field has understandably gone down too.

The rapid growth in the number of engineering colleges can be attributed to an ecosystem built around feeding the $110 billion outsourcing market and the huge demand for engineers in the IT sector in India itself.

Sadly however, the demand for IT related jobs in India fell sharply due to non-linear growth models of IT companies and lesser number of men required to handle the same jobs as before due to a higher degree of automation.

Making matters worse is the fact that the start-up salary offered to fresh engineering pass outs is expected to stagnate at more or less the same level in the next 3- 5 years, said LiveMint last year. Entry level salary package for a software engineer which has hovered around Rs 2.75 lakh to Rs 3.25 lakh ($4,600- $5,400 per annum) since the last eight-nine years should not, therefore, hope for a turnaround or for better days.

The two biggest recruiters in the IT sector, TCS and Infosys, do not plan to hike their entry level salary for fresh recruits and they are quite clear about it.

“At the moment we are giving campus offers where we have not changed anything as far as the salary component is concerned. It (entry-level salaries) remains stagnant for a while…We are going with the same structure as we have. There is no change. And we are getting good talent,”said Ajoy Mukherjee, global head of human resources, TCS to a leading Indian daily.

TCS, however, will continue to scout the various engineering colleges in its bid to hunt for the best talent in the industry and look forward to hiring 35,000 professionals in 2014-15 as compared to 25,000 the previous year.

A worrying trend that has come to be observed is that not only students from some of the lower rung colleges, but also some of the best brains that cleared the tough entrance tests to reach the 10 exalted Indian Institutes of Technology (IITs).

As against 76% of the 1,389 IIT Mumbai pass outs getting campus placements during the 2011-12 session, only a little above 66% out of the total 1,501 could find campus placements in 2012-13, as per sources.

The situation is grimmer for Tier II and Tier III colleges. The huge disparity between start out salary for top colleges and the not so highly sought after ones, which has already been highly pronounced, is expected to widen further. While average startup salary for an IIT pass out is Rs 9-10 lakh ($15-16,000) per year, that of a second grade college pass out is barely Rs 1.80-2 lakh ($3,000-3,300) a year.

Students who come from humble economic backgrounds and whose parents had to arrange study loans to be able to give their wards a decent education and ensure a bright future are worried too.

The numbers are alarming. Most of the engineering graduates who fail to grab an employment in their respective industry, end up joining call centers or BPO units in MNCs that could be disastrous for them in the future. However, the promising and flourishing growth of the startup ecosystem in India is emerging as a rescuer for those who are hard working, but still fail to get through the stringent interview process in MNCs, said Subhendu Panigrahi – Founder & CEO, Venturesity

Engineers who used to dream of working in swanky offices, living in penthouses and driving luxury cars are now concerned about finding ‘decent’ openings as they get into their final year at college.

Not surprisingly, engineers are taking up taking up jobs for which they are not qualified. The logical Indian,a huge Facebook community which started their own website some time back, wrote about a mechanical engineer who is driving an auto rickshaw in New Delhi because he has hungry mouths to feed and a family to look after.

Now, while that is a sad pointer to the grim scenario, it is pertinent to point out that only a small percentage of those who ‘pass out’ from engineering colleges do possess any skills worth the name at all. Most of them are not ‘employable’ and/ or ‘trainable’, feel the employers, a tragic reflection of the state of our training and academic institutions. The engineers produced by the huge number of private engineering colleges which have come up after the government sanction for them add up only by way of numbers, in the absence of sound infrastructure, well qualified staff and no emphasis on imparting quality education.

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Why you Choose Career in Engineering ?

Top 10 Reasons to Choose Engineering.

1.) Prestige
2.) Professionalism
3.) Flexibility and Choice
4.) Intellectual Development
5.) Entrepreneurship
6.) Challenge
7.) Creativity
8.) Discovery
9.) Helping Society
10.) Money

1.) Prestige

 Along with doctors and lawyers, engineers are professionals who have a lot of prestige. Wouldn’t your mother be proud to tell all her relatives and friends that her son or daughter is an engineer? You’ll gain a desired job image, and join a profession that supports national and global competitiveness, security, and rising living standards. Being an engineer just makes you look great!

2.) Professionalism 

Engineering programs worldwide are among the top, most-advanced educational programs. Study with top-of-the-line technology, receive great coop placements and training, and join a profession like no other. While working, you’ll benefit from not only competitive wages and prestige- being a member of an engineering society will give you access to information and technology that will help you do your work better and enjoy life. Engineering is a professional choice.

3.) Flexibility and Choice

These days, everybody’s looking for choice. Engineering offers so many choices you can have a hard time deciding on which one fits you- from electrical and mechanical to computer science or civil, the various areas of engineering are all exciting and in high demand. Engineering degrees open up a road to flexible education– you can continue to earn an MBA, and move into other great careers. Engineering is a great choice that opens up many paths for the future.

4.) Intellectual Development

 Engineering will help you grow and develop your ways of thinking. Becoming an engineer will force you to work on many transferable skills including problem-solving andcritical reasoning. In addition you’ll study a large variety of topics in school, including engineering courses but alsosciences, and even some arts and languages. Knowing more and having more useful skills will develop you as a person.

5.) Entrepreneurship

 Nobody wants to be a little bolt in a big corporate machine. Studying engineering provides you with the knowledge and skills to open up your own business and become your own boss. Engineering training exposes you to businesses and gets you more familiar with things like finance and marketing, which is important for business purposes, and transferable skills will help you run your own company. Havingtechnical knowledge will allow you to make a product andcentre a business around it (just like John Phillip Green andMalgosia Green who studied computer science and systems design engineering and founded LearnHub!)

6.) Challenge

Everyone likes a good challenge, since life would be boring otherwise. Engineering is a challenge. Throughout both yourstudies and your later career, you will be faced with problems which will require your creativity and logical analysis skills. Real world problems will be open ended with no wrong or right answer- it’ll be up to you to find a solution and stand up to it, convincing others it’s right. The engineering challenge is something to look forward to. founded LearnHub!)

7.) Creativity

 Most jobs don’t allow you to be creative. Engineering, on the other hand, lets you exercise your judgment however you want. You’ll need to be creative to come up with solutions to fascinating problems, and you’ll be able to use both concrete knowledge and your own thoughts and views when coming up with a successful original design or development. Engineering is the art of science!

8.) Discovery

 An engineering education will help you discover how the world works. You may be dealing with recent issues such aselectric cars, alternative energy sources, nuclear reactors, and more. You may end up seeking for answers on how to solve world hunger or what kinds of technology cause cancer. Engineering is interconnected with science andresearch, and it will allow you to learn and discover a world of knowledge.

9.) Helping Society

 If you’re smart, you have a responsibility to society. Don’t waste your brain power- become an engineer. From the early days of dawn engineers have worked to benefit society-developing everything from necessary forms of safety and security measures and transportation mechanisms, to devices and technologies that enrich life and make it better and more comfortable for everyone. New engineering trends may help solve issues like diseases,hunger, energy, and pollution problems. Make a difference- help us engineer a better tomorrow.

10.) Money

 This is always one of the top reasons to study anything. It’s important to know that engineers are among the top-paidprofessions world-wide. It’s well known that if you want money, engineering is one of the best ways to go. And since money is so important in our world, especially in theseeconomic times, this is one factor you should be considering carefully.

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Textile industry in India

The textile industry in India traditionally, after agriculture, is the only industry that has generated huge employment for both skilled and unskilled labor in textiles. The textile industry continues to be the second largest employment generating sector in India. It offers direct employment to over 35 million in the country. The share of textiles in total exports was 11.04% during April–July 2010, as per the Ministry of Textiles. During 2009-2010, Indian textiles industry was pegged at US$55 billion, 64% of which services domestic demand. In 2010, there were 2,500 textile weaving factories and 4,135 textile finishing factories in all of India. According to AT Kearney’s ‘Retail Apparel Index’, India is ranked as the fourth most promising market for apparel retailers in 2009.

India is first in global jute production and shares 63% of global textile and garment market. India is 2nd in global textile manufacturing and also 2nd in silk and cotton production. 100% FDI is allowed via automatic route in textile sector. Rieter, Trutzschler, Soktas, Zambiati, Bilsar, Monti, CMT, E-land, Nissinbo, Marks & Spencer, Zara, Promod, Benetton,Levi’s are the some of foreign textile companies invested or working in India.

History

The archaeological surveys and studies have found that the people of Harrapan civilization knew weaving and the spinning of cotton four thousand years ago. Reference to weaving and spinning materials is found in the Vedic Literature. There was textile trade in India during the early centuries. A block printed and resist-dyed fabrics, whose origin is from Gujarat is found in tombs of Fostat, Egypt. This proves that Indian export of cotton textiles to the Egypt or the Nile Civilization in medieval times were to a large extent. Large quantity of north Indian silk were traded through the silk route in China to the western countries. The Indian silk were often exchanged with the western countries for their spices in the barter system. During the late 17th and 18th century there were large export of the Indian cotton to the western countries to meet the need of the European industries during industrial revolution. Consequently, there was development of nationalist movement like the famous Swadeshi movement which was headed by the Aurobindo Ghosh.

Production

India is the second largest producer of fibre in the world and the major fibre produced is cotton. Other fibres produced in India include silk, jute, wool, and man-made fibers. 60% of the Indian textile Industry is cotton based. The strong domestic demand and the revival of the Economic markets by 2009 has led to huge growth of the Indian textile industry. In December 2010, the domestic cotton price was up by 50% as compared to the December 2009 prices. The causes behind high cotton price are due to the floods in Pakistan and China.India projected a high production of textile (325 lakh bales for 2010 -11). There has been increase in India's share of global textile trading to seven percent in five years. The rising prices are the major concern of the domestic producers of the country.

• Man Made Fibers: These includes manufacturing of clothes using fiber or filament synthetic yarns. It is produced in the large power loom factories. They account for the largest sector of the textile production in India.This sector has a share of 62% of the India's total production and provides employment to about 4.8 million people.
• The Cotton Sector: It is the second most developed sector in the Indian Textile industries. It provides employment to huge amount of people but its productions and employment is seasonal depending upon the seasonal nature of the production.
• The Handloom Sector: It is well developed and is mainly dependent on the SHGs for their funds. Its market share is 13%.^[7] of the total cloth produced in India.
• The Woolen Sector: India is the 7th largest producer. of the wool in the world. India also produces 1.8% of the world's total wool.
• The Jute Sector: The jute or the golden fiber in India is mainly produced in the Eastern states of India like Assam and West Bengal. India is the largest producer of jute in the world.
• The Sericulture and Silk Sector: India is the 2nd largest producer of silk in the world. India produces 18% of the world's total silk. Mulberry, Eri, Tasar, and Muga are the main types of silk produced in the country. It is a labor-intensive sector.

• Cotton textiles

  In the early years, the cotton textile industry was concentrated in the cotton growing belt of Maharashtra and Gujarat. Availability of raw materials, market, transport, labour, moist climate and other factors which contributed to localisation. In the early twentieth century, this industry played a huge role in Bombay's economy but soon declined after Independance.^[8] While spinning continues to be centralised in Maharashtra, Gujarat and Tamil Nadu, weaving is highly decentralised. As of 30 September 2013, there are 1962 cotton textile mills in the country^[9] out of which about 80% are in the private sector and the rest in the public and cooperative sector. Apart from these, there are several thousand small factories with four to ten looms.
  India exports yarn to Japan,United States, United Kingdom, Russia, France, Nepal, Singapore, Sri Lanka and other countries. India has the second largest installed capacity of spindles in the world, with 43.13 million spindles (30 March 2011)after China. Although India has a large share in world trade of cotton yarn, its trade in garments is only 4% of the world's total. This is due to the incompetency of local spinning and weaving mills to process yarn . There exist some large factories, but most of the production is fragmented in small units, which cater to the local market. This mismatch is a major drawback for the industry. As a result, many of the spinners export yarn while apparel/garment manufacturers have to import fabric. Power supply is erratic and machinery is outdated that needs to be upgraded. Other problems include low output of labour and stiff competition with the synthetic fibre industry.

• Jute textiles

  India is the largest producer of raw jute and jute goods and the second largest exporter after Bangladesh. There were about 80 jute mills in India in 2010-11, most of which are located in West Bengal, mainly along the banks of the Hooghly River, in a narrow belt (98 km long and 3 km wide). factors responsible for their location in the Hooghly basin are: inexpensive water transport, good network of railways, roadways and waterways to facilitate movement of raw material to mills, abundant water supply, cheap labour from neighbouring states.
  In 2010-2011 the jute industry was supporting 0.37 million workers directly and another 400,000 small and marginal farmers who were engaged in the cultivation of jute.
  Challenges faced by the industry include stiff competition in the international market from synthetic substitutes and from other countries such as Bangladesh, Brazil, Philippines, Egypt and Thailand. However, the internal demand has been on the rise due to Government policy of mandatory use of jute packaging. To stimulate demand, the products need to be diversified. In 2005, the National Jute Policy was formulated with the objective of improving quality, increasing productivity an enhancing the yield of the crop.
  The main markets for jute are the United States, Canada, Russia, United Kingdom and Australia.

• Ministry of textiles and organizations

  Government of India passed the National Textile Policy in 2000. The major functions of the ministry of textiles are formulating policy and coordination of man-made fiber, cotton, jute, silk, wool industries, decentralization of power loom sector, promotion of exports, planning & economic analysis, finance and promoting use of information technology. The advisory boards for the ministry include All India Handlooms Board, All India Handicrafts Board, All India Power looms Board, Advisory Committee under Handlooms Reservation of Articles for Production and Co-ordination Council of Textiles Research Association. There are several public sector units and textile research associations across the country.

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Textile Engineering

Each country has its diverse culture and traditions. A country is unique because of its people, who have different ways of clothing and living. Varied styles of dressing by people have resulted in improving the scope of Textile Engineering. Fashion is an extensive domain, which is directly affecting the textile trade. Consequently, Textile Industry has become one of the booming industries, and the companies are engaged in catering to the needs of international & domestic markets.

Textile Engineering: An Overview

Textile Engineering is about designing and controlling all aspects of fiber, textile & apparel processes, products, and machinery. It includes research & development, manufacturing and merchandising.  Textile Engineering combines the principles of engineering with specific knowledge of textile equipment and processes. This knowledge is then implemented for the processing and production of all kinds of textile fabric & yarns from textile fibres. Career paths in this domain include process engineering, R&D, production control, technical sales, quality control and corporate management.

Core Subjects of Textile Engineering

Textile Engineering is inclusive ofTextile Chemistry, Textile Engineering, Textile Production and Textile Technology. Have a look at the core subjects of Textile Engineering-

Textile Fibre	Yarn Formation
Fabric Formation	Chemical Processing of Textiles
Textile Testing & Instruments	Processing at Textile Lab
Computer Applications in Textiles	Design & Structure of Fabric
Information Technology in Textile	Design & Structure of Fabric

Why Opt Textile Engineering?

Textile Industry is a growing domain and aspirants interested in making a mark in the field of fashion can go for Textile Engineering. This course ensures a bright career for the students; reason being the demand and supply of textiles will never diminish. As a result, the scope of Textile Engineering has expanded and it has given rise to a number of job prospects in India and abroad.

Textile domain requires a lot of research & creativity, and students can come up with unique ideas using their creativity, innovation and scientific knowledge. Using their skills and talent, Textile Engineers can reach new heights of success by getting recruited by top textile plants & companies, and they can even open their own new venture.

Role of Textile Engineers

• Textile Engineers need to be updated with the latest trends and innovations. Theywork with different man-made and natural textiles, leather, fur, plastics and metals. They develop textiles for different purposes such as furnishings, clothing, etc.
• They provide technical advices to designing, marketing, purchasing and production staff. They are responsible for creating products in compliance with the given specification.
• Textile Engineers are involved in textile harvesting, which includes production, processing (applying engineering principles and theories). They work with fibres, fabrics and other textile materials in order to improve current textile products and bring out new ones.
• A Textile Engineer has to learn the current trends & requirements of people, and work in compliance with that. He / she designs and controls different aspects of fiber, textile, apparel processes and machinery by dealing with the applications of engineering & scientific principles.
• They produce samples, amend designs, evaluate, identify and select fabrics from suppliers. They make sure that the final product meets set specifications in terms of colour fastness and durability.
• How to pursue Textile Engineering?
  One has to pass higher secondary board exam from a recognized board in India with Science- Mathematics, Physics and Chemistry to pursue B.Tech in Textile Engineering. This is the minimum eligibility criteria.

Duration of UG degree in Textile Engineering: 4 Years, Full Time

Scope & Opportunities of Textile Engineering

In India, there are thousands of textile mills. The 2 major textile sectors are- Handloom Sector and Mechanized Sector. Owing to their booming growth potential and increased production, a number of varied job opportunities have emerged for those trained in this domain.

There is a growing need for better production procedures in the mechanized sector as this is a vital part of the Indian economy. Textile Engineering is highly demanded as there is always a great need of better fire resistant materials, absorbent fabric for medical use, weather resistant packaging materials, and much more.

 Students having degree of Textile Engineering have multiple job opportunities. They can get involved in textile chemistry that deals with bringing out different kinds of fabrics with certain properties. A Textile Engineer working in quality department monitors the production processes to ensure required product quality. So, there are different kinds of opportunities after getting a degree in Textile Engineering.

Job Profiles

Students having knowledge of textile chemistry find career opportunities in dyeing, finishing, R&D, technical services, product development, quality control, polymer science, etc. Textile Engineers have a wider choice to work, and greater variety of jobs opportunities in India as well as in foreign countries. Students having degree in Textile Engineering have following options-

• Process Engineer
• Quality control supervisor
• Operations Trainee
• Process Improvement Engineer
• Technical salesperson
• Medical textiles engineer

By combining the principles of engineering with specialized knowledge of textile equipment and processes, Textile Engineers bring out a wide variety of textile fabrics and yarns from textile fibers. Aspirants having skills like critical thinking, complex problem solving and quality control analysis can go very far and become successful in the Textile Industry.

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COMEDK UGET Online Application 2016

COMEDK UGET Online Application 2016 – Registration for Filling COMEDK UGET 2016 Application Form Online

Consortium of Medical Engineering Dental Colleges of Karnataka Under Graduate Engineering Test Registration for Filling Online Application Form is Available. All Students who are aspiring for Admission to B.E. / B.Tech Engineering, MBBS Medical, B.Arch Architecture and BDS Dental Programs in colleges in Karnataka through COMEDK 2016 Entrance Test has to Register Online to Fill COMEDK UGET 2016 Online Application Form. COMEDK Authorities has enabled the Students to use the Online Application Form Filling Portal to Print / Download COMEDK UGET 2016 Application Form Online.

In Order to Complete the COMEDK UGET 2016 Application Process, Students has to Read COMEDK UGET 2016 InformationBrochure which contains of Details like COMEDK UGET 2016 Online Application Processing, Instructions for Filling COMEDK UGET 2016 Online Application Form and Step by Step Procedure for Completing the COMEDK UGET 2016 Application Processing Online.

Step by Step Procedure for Completing COMEDK UGET 2016 Online Application Process :- 

1. New Candidates Registration for COMEDK UGET 2016 Test
2. COMEDK UGET 2016 Online Application Form Filling
   • Filling Personal Details
   • Filling Contact Details
   • Filling Academic / Qualifying Exam Details
3. Uploading Photo, Signature, Unique ID Proofs and Certificates of Deceleration
4. COMEDK UGET 2016 Application Fee Payment

Steps for Completing COMEDK UGET 2016 Application Process Online :-

Step 1 – COMEDK UGET 2016 Online Registration :- 

Students who wishes to Fill COMEDK UGET 2016 Entrance Test has to Register Online using the COMEDK UGET Online ApplicationProcessing System OAPS.

Students who aspires to Register Online for COMEDK UGET 2016 Entrance Test has to Fill Name of Applicant, Date Of Birth, Email ID, Confirm email ID, Mobile Number, Confirm Mobile Number, Select Applicant ID Proof, and Applicant ID Proof Number and enter the Data shown in image

Press Submit Button

After Completing Registration a Page with COMEDK UGET 2016 Application Sequence Number, Applicant Name, Date of Birth, ID Proof Details, Mobile Number and Email ID Displayed on Screen Print it for Reference and COMEDK UGET 2016 User ID and COMEDK UGET 2016 Login Password will be send to Applicant Mail Address and Notification Regarding COMEDK UGET 2016 Registration will be send to applicants Email ID Via Mail and SMS to Applicant Mobile Number.

Step 2 COMEDK UGET 2016 Online Application Form Filling Instructions :- 

After Completing the COMEDK UGET Online Registration Process 2016 Students has to Use the Applicant Login Portal to Login to Fill COMEDK UGET 2016 Online Application Form.

Enter COMEDK UGET Login ID 2016 and COMEDK UGET Login Password 2016

Pres on Edit COMEDK UGET 2016 Application Link

Filling Personal Details in COMEDK UGET 2016 Application Form :- 

After Successful Login Students has to Enter the COMEDK UGET 2016 Applicants Personal Details, firstly Students has to Select the Stream Applying for, Enter Applicant Mother Name, Father Name, Nationality, Gender, Parents Unique ID Details.

Filling Contact Details in COMEDK UGET 2016 Application Form :- 

After Filling Personal Details Students has Fill Applicant Contact Details for Communication, In this Step the Details like Mobile Number, email ID will appear automatically Sudents has to Enter other Details like Address with Door Number, Select State, District. City and Pin code Number.

In Addition to Avove Details Students has to select the Nativity of Karnataka OR NOT, Religious Status and Category as shown below

Filling Academic Details in COMEDK UGET 2016 Online Application Form :- 

In This Step Students has to Select the Qualifying Examination, Status of Qualifying Examination, Board of Qualifying Exam, Name of Institute Studied, 10th Class Roll Number, Weather appeared for COMEDK in previous year, Place of Institute Studied and Select Other Entrance Exams applied for.

Step 3 : Uploading Photos, Signature, Unique ID Proofs and Other Documents :- 

Upload Photo and Signature of Applicant :-

For photo uploading the following procedure shall be adopted:

• Photograph must be a recent (not more than three months) colour with light background
• The same image / photo should be used for all the subsequent processes such as in the Test Admission Ticket and the one used at time of counselling
• The photograph should have a full face view looking into the camera directly. The main features of the face must not be covered by hair of the head, any cloth or any shadow. Forehead, Eyes, Nose and Chin should be clearly visible
• The photograph should be in .JPEG image format
• The Scan image should be less than 80 kb and should be of 30 X 45 dimension.

For signature uploading the following procedure shall be adhered to:

For upload of candidate signature, the signature must be done by the candidate himself/herself in a white paper with a black pen.

• These images will be referred at later stages of admission process.
• Dimensions should be 35 x 80 mm
• Maximum file size should be 80 kb.
• The image should be of .jpg or .jpeg format

Upload Unique ID Proof of Applicant :-

Students has to upload any one of the Following Unique ID proof Scanned Images

• It Should be in JPG / JPEG Format and Size should not Exceed 150 KB
• Passport (first & last pages only of unexpired passport) / Aadhar card / E-Aadhar Card / Voter ID / PAN card / Driving License / School / College Photo ID/Certificate with seal and signature of Head of Institution Last Studied(Format in Annexure IV).

upload scanned Signature copy of Father/Guardian :-

For upload of signature of Father/Guardian, the signature must be done by the Father/Guardian himself in a white paper with black pen.

• These images will be referred at later stages of admission process.
• Dimensions should be 35 x 80 mm
• Maximum file size should be 80 kb.
• The image should be of .jpg or .jpeg format

upload scanned Certificate of Declaration by Head of the Institution Last studied :-

Students has to upload scanned Certificate of Declaration by Head of the Institution Last studied

It Should be in JPG / JPEG Format and Size should not Exceed 150 KB

Finally the candidate has to take the signature of the Principal or Head Master of the College / Institution where he/she last studied (2nd PUC or 12th Standard) along with seal of the institution or college and date, in the separate format provided for, so as to get confirmation of his/her candidature and upload the same. Format available in brochure in annexure-IV section. The photo affixed in the format should be the same as the one that the candidate has uploaded in application form.

Step 4 COMEDK UGET 2016 Application Fee Payment :- 

COMEDK UGET 2016 Application Fee of Rs. 1200/- (For PCM / PCB) and Rs. 1500 (For PCMB) can be Paid in any one of the Following ways. Students must note that the COMEDK UGET 2016 Application Fee will not be refunded due to any reason.

there are two Modes of Fee Payment

• COMEDK UGET 2016 Application Fee Online Payment
• COMEDK UGET 2016 Application Fee Offline Payment 

COMEDK UGET 2016 Application Fee Online Payment using Credit card/Debit Card/Net Banking :-

Students who wishes to Pay COMEDK UGET Exam Fee using Vredit Card / Debit Card / Net Banking can use Online Payment Option by which Students can Pay the application fee online through Net Banking, Credit Card and Debit Card. You will be directed to Citrus payment portal after clicking on submit button to complete the payment process.

COMEDK UGET 2016 Application Fee Offline Payment using Bank Challan :- 

Offline Payment can be made through Bank Challan at any branch of Axis Bank. You can view the nearest Axis Bank Branch and follow the below Procedure

• Select Offline (Challan based) Payment option.
• Enter Captcha and Submit the application (Ensure to check entered details before submission )
• On Application view page, there will be a Tab “Challan”
• Click on the Challan Tab and Download the Pre-printed Challan
• Take Print out of the Challan
• Make the Application fees payment in authorized Axis bank branches.
• Re-Log in to the Application Portal.
• Upload the Signed/Sealed Challan scanned copy.
• Enter the Signed/Sealed Challan details.
• Select the test city preference.

After Comleting the COMEDK UGET 2016 Application Process Students has to Submit the Filling COMEDK UGET 2016 Online Application Form for Reference.

COMEDK UGET 2016 Application Process Important Dates :-

COMEDK UGET 2016 Events	Day	Date
COMEDK UGET 2016 Online Application Registration Starts from	Monday	08.02.2016
COMEDK UGET 2016 Online Application Available for Registered Students is	Monday	08.02.2016
COMEDK UGET 2016 Mock Test to be made available Online from	Saturday	20.02.2016
Last Date for Offline Payment of COMEDK UGET 2016 Application Fee is	Thursday	31.03.2016
Last Date for Online Payment of COMEDK UGET 2016 Application Fee is	Monday	04.04.2016
Last Date for Submission of Completed COMEDK UGET 2016 Application is	Monday	04.04.2016
COMEDK UGET 2016 Test Admission Tickets (TAT) Download Starts from	Saturday	30.04.2016
Last Date to Print COMEDK UGET 2016 Test Admission Tickets (TAT) is	Saturday	07.05.2016
COMEDK UGET 2016 Entrance Test to be held on	Sunday	08.05.2016

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