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MBA

MBA I sem Regular Supple - 2009- 2010 

MBA I Sem  Supple-2007-08and2008-09





MBA III Sem Regular  -2009- 2010

MCA

MCA I Sem  Reg Sup -2009 -- 2010

MCA II Sem Sup 

MCAIIISemSupple-2006 2007 2008

MCAVSemRegSupp-2006-072007-082008-09

TAYANA SOFTWARE( BPL)-Bangalore

Recruitment Drive on 19th OCTOBER 2012

Venue: GATES Institute of Technology, Gooty, Ananthapur (Dist) -AP

Eligibility:

·  2012 /11 Batch - B.E. / B.Tech /MCA Candidates

·  B.Tech  (CS, IT, ECE ,EEE Branches Only) & MCA

·  65% or above in B.E / B.Tech, MCA

·  60% or above in 10^th, 12^th and Degree

Selection Process:

o    Aptitude Test- Test-1

o   Subject Test(C Language, Electrical, Electronics & Communication) –Test -2

o    Group Discussion

o    Technical Round: Bangalore office   

o    HR interviews & Offer Letter-Bangalore office

Salary:

·         2.5 LPA plus & 50k/per. performance bonus,( 3 lks pa)

·         Joining IMMEDIATELY  

·         Work Location: BANGALORE

Apply :
http://www.placements.gatesit.org/

Job Description:

SOFTWARE ENGINEER

· Candidates hired in the Organization would be part of the Design and Development Team.

 Language primarily worked on

 Perl, PLSQL (DB), Java script, Java, C, C++, PLSQL and markup languages (HTML, XML, XHTML). Platform worked on Linux, using Apache and Oracle/ MySQL.

All the candidates should bring the following to test venue:

·  Two copies of RESUME

·  Hall Ticket

·  Two sets of photocopies of your mark lists

·  Three copies of passport size photographs

·  Examination fees -100/-

·  College ID/Any other Photo ID

Confirmation / Hall Ticket:

·  Confirm only if you are eligible and 100% sure to attend the test.

·  Limited number (300) of students would be permitted on first cum first serve basis.

·  Shortlisted candidate details will be listed in www.gatesit.org website on 17^th of Oct 2012.

Collection of websites that provide the information for jobs according

Few years ago it was quite difficult for qualified and eligible candidates to find their dream jobs. But Today Internet has solved the problem of suitable Job Searching for Job Seekers. Internet is a huge collection of websites that provide the information for jobs according to your Qualification as well as your Interests. It is very simple to find the latest prominent information for your dream jobs on these popular websites. Some websites like privatejobshub.blogspot.in, Timesjobs.com, Shine.com has become very popular among Job Seekers. Here are we are providing you the important description for those sites which are very helpful for Job Seekers.

Naukri (www.naukri.com): naukri.com is also very popular to find latest jobs. It helps to find jobs  not only for Job Seekers but also to Employers. Candidates willing for jobs may find the relevant information easily because of its easy to use Interface.

Monster India (www.monsterindia.com): monsterindia.com is also very useful website for Job Seekers. Seekers may easily find their jobs as according to location, areas and Industries.

Shine (www.shine.com) : shine.com provides jobs details  in various companies and industries. It also helps to get the constancies services and helps to make an effective Resume by an expert.

Times Jobs (www.timesJobs.com): Times jobs also helps to find the jobs according to our interests and qualification.

Govtjobsdaily (www.govtjobsdaily.com): This site provides database of 10^th/12^th jobs and for also B.Tech/ B.E, MCA.

Jobstreet (www.jobstreet.co.in) :  Lists of All jobs of different categories in Marketing, Accounts, Software etc.  are available here.

Careerbuilder (www.careerbuilder.co.in): Jobs for Freshers and Experienced candidates are listed here.

Freshersworld/ Vfreshers: This site is very useful for Freshers to find latest jobs In IT, Marketing,Defence  in both Government and  Private sectors. 
Bixee:  Bixee  is very popular  as Asia’s largest hybrid Job website for Job Seekers.

Privates jobs Hub (www.privatejobshub.blogspot.in): This website has become one of the best sites which provide the all relevant information of Private Jobs as well as Latest Government Jobs.  It gives the time to time notification of best jobs in India.  Like Research jobs, Teaching Jobs, Engineering Jobs, Medical Jobs, Software Jobs, Sales, Marketing  and many more jobs in various Government Departments and Organizations.

Table 1: Examination cities and contact details of the zonal GATE offices

IR & Placements GATES institute of Technology :: Gooty By R.P Reddy

GATE, IES & PSU’s Information brouchur

Graduate Aptitude Test in Engineering (GATE)

General Information

Graduate  Aptitude  Test  in  Engineering    (GATE)  is  an  all  India  examination administered and  conducted jointly by the Indian Institute of Science and seven Indian Institutes of Technology on  behalf of the National Coordination Board - GATE, Department of  Higher Education,  Ministry of  Human Resource Development (MHRD), Government of India. The GATE committee, which comprises of representatives from the administering institutes, is  the sole authority for regulating the examination and declaring the results.

1.1. Zonal Administering Institutes

GATE is conducted through the constitution of eight zones. The zones and the corresponding  administering institutes are:

Zone 1 - Indian Institute of Science Bengaluru

Zone 2 - Indian Institute of Technology Bombay

Zone 3 - Indian Institute of Technology Delhi

Zone 4 - Indian Institute of Technology Guwahati

Zone 5 - Indian Institute of Technology Kanpur

Zone 6 - Indian Institute of Technology Kharagpur

Zone 7 - Indian Institute of Technology Madras

Zone 8 - Indian Institute of Technology Roorkee

The examination cities and the contact  details  of  the  zonal  administering institutes  are  given in

Table 1.

The overall coordination and responsibility of conducting GATE 2012 lies with Indian Institute  of Technology Delhi, designated as the Organizing Institute for GATE 2012.

1.2. Eligibility for GATE

The following categories of candidates ONLY are eligible to appear for GATE:

a) Bachelor’s degree holders in Engineering/Technology/ Architecture (4 years after 10+2) and  those who are in the final year of such programmes.

b) Bachelor's degree holders in Engineering/Technology/Architecture (Post-B.Sc./Post-Diploma)  and those who are in the final year of such programmes.

c) Master’s degree holders in any branch of Science/Mathematics/ Statistics/Computer Applications or equivalent and those who are in the final year of such programmes.

d) Candidates in the second or higher year of the Four-year Integrated Master’s degree programme (Post-B.Sc.) in Engineering/Technology.

e) Candidates in the fourth or higher year of Five-year Integrated Master’s degree programme or Dual Degree programme in Engineering/Technology.

f) Candidates with qualifications obtained through examinations conducted by professional societies recognized by UPSC/AICTE (e.g. AMIE by Institute of Engineers (India); AMICE by Institute of Civil Engineers (India)) as equivalent to B.E./B.Tech. Those who have completed section A or equivalent of such professional courses are also eligible.

1.3. GATE Qualification

Admission to postgraduate programmes with MHRD and some other Government scholarships/assistantships in engineering colleges/institutes is open to those who qualify in GATE examination. Candidates with Bachelor’s degree in Engineering/Technology/ Architecture or Master’s degree in any branch of Science/Mathematics/Statistics/Computer Applications, who qualify in GATE examination are eligible for admission to Master’s degree programmes in Engineering/Technology/ Architecture as well as for Doctoral programmes in relevant branches of Science with MHRD or other Government scholarships/assistantships. To avail the scholarship, the candidate must secure admission to such a postgraduate programme, as per the prevailing procedure of the admitting institution. However, candidates with Master’s degree in Engineering/Technology/Architecture may seek admission to relevant Doctoral programmes with scholarship/assistantship without appearing in the GATE examination.

Qualification in GATE is also a minimum requirement to apply for various fellowships awarded by many Government organizations.

JNTU Anantapur MBA/MCA PreviousQuestion Papers

For MBA I semester Supply Previous Papers Click Here 


For MBA  II Sem Regular Paper Click Here 

For MBA  II Sem Supple Paper Click Here 



For MBA  III Sem Regular Paper Click Here 

MCA 

For MCA  I Sem Regularv  Paper Click Here 

For MCA  I Sem Supply  Paper Click Here  

For MCA  II Sem Supply  Paper Click Here   

For MCA  II Sem Supply  Paper 2011 Click Here    


For MCA  III Sem Supply  Paper Click Here 

For MCA  V Sem   Paper Click Here 

  

 

Pointers and Arrays

Pointers and Arrays

Pointers and arrays are very closely linked in C.

Hint: think of array elements arranged in consecutive memory locations.

Consider the following:

           

               int a[10], x;

               int *pa;

               pa = &a[0];  /* pa pointer to address of a[0] */

               x = *pa;    /* x = contents of pa (a[0] in this

                              case) */

                        0   1 …………                     9

 

                    a

                        pa    ++pa                                pa+i

Fig. 9.3 Arrays and Pointers

To get somewhere in the array (Fig. 9.3) using a pointer we could do:

pa + i º a[i]

WARNING: There is no bound checking of arrays and pointers so you can easily go beyond array memory and overwrite other things.

C however is much more subtle in its link between arrays and pointers.

For example we can just type

pa = a;

instead of pa = &a[0]

and

a[i] can be written as *(a + i).
i.e. &a[i] º a + i.

We also express pointer addressing like this:

pa[i] º *(pa + i).

However pointers and arrays are different:

• A pointer is a variable. We can do
  pa = a and pa++.
• An Array is not a variable. a = pa and a++ ARE ILLEGAL.

This stuff is very important. Make sure you understand it. We will see a lot more of this.

We can now understand how arrays are passed to functions.

When an array is passed to a function what is actually passed is its initial elements location in memory.

So: strlen(s) º strlen(&s[0])

This is why we declare the function:

int strlen(char s[]);

An equivalent declaration is : int strlen(char *s);
since char s[] ºchar *s.

strlen() is a standard library function (Chapter 18) that returns the length of a string. Let's look at how we may write a function:

   int strlen(char *s)

                 { char *p = s;

                     while (*p != `\0);

                        p++;

                     return p-s;

                 }

Now lets write a function to copy a string to another string. strcpy() is a standard library function that does this.

   void strcpy(char *s, char *t)

                 {  while ( (*s++ = *t++) != `\0);}

This uses pointers and assignment by value.

Very Neat!! NOTE: Uses of Null statements with while.

Pointer and Functions

Pointer and Functions

Let us now examine the close relationship between pointers and C's other major parts. We will start with functions.

When C passes arguments to functions it passes them by value.

There are many cases when we may want to alter a passed argument in the function and receive the new value back once to function has finished. Other languages do this (e.g. var parameters in PASCAL). C uses pointers explicitly to do this. Other languages mask the fact that pointers also underpin the implementation of this.

The best way to study this is to look at an example where we must be able to receive changed parameters.

Let us try and write a function to swap variables around?

The usual function call:

swap(a, b) WON'T WORK.

Pointers provide the solution: Pass the address of the variables to the functions and access address of function.

Thus our function call in our program would look like this:

swap(&a, &b)

The Code to swap is fairly straightforward:

    void swap(int *px, int *py)

                  { int temp;

                     temp = *px; /* contents of pointer */

                     *px = *py;

                     *py = temp;

                   }

We can return pointer from functions. A common example is when passing back structures. e.g.:

typedef struct {float x,y,z;} COORD;

        main()

         {  COORD p1, *coord_fn();  /* declare fn to                           

                                      return ptr of COORD type */

            ....

          

            p1 = *coord_fn(...);    /* assign contents of

                                        address returned */

            ....

         }

   COORD *coord_fn(...)

                {  COORD p;

                   .....

                   p = ....;    /* assign structure values */

                   return &p;   /* return address of p */

                }

Here we return a pointer whose contents are immediately unwrapped into a variable. We must do this straight away as the variable we pointed to was local to a function that has now finished. This means that the address space is free and can be overwritten. It will not have been overwritten straight after the function ha squit though so this is perfectly safe.