IIIT ( Indian Institute of Information Technology), Dharwad is a very popular college in the state of Karnataka. IIIT ( Indian Institute of Information Technology), Dharwad was established in 2015. It is one of the leading college in Engineering and Science and Mathematics. It is located in Dharwad, Karnataka. IIIT ( Indian Institute of Information Technology), Dharwad is a Private institution. More than 6 courses are taught in this institution.
Under the Engineering, there are a total of 4 co...
IIIT ( Indian Institute of Information Technology), Dharwad is a very popular college in the state of Karnataka. IIIT ( Indian Institute of Information Technology), Dharwad was established in 2015. It is one of the leading college in Engineering and Science and Mathematics. It is located in Dharwad, Karnataka. IIIT ( Indian Institute of Information Technology), Dharwad is a Private institution. More than 6 courses are taught in this institution.
Under the Engineering, there are a total of 4 courses. For Under Graduate studies, B.Tech. (Computer Science and Engg.) and B.Tech. (Electronics and Communication Engg.) are available for enrolment. For Doctoral studies, Ph.D. (Electronics and Communication Engg.) and Ph.D. (Computer Science and Engg.) are available for enrolment.
Under the Science and Mathematics, there are a total of 2 courses. For Doctoral studies, Ph.D. (Mathematics) and Ph.D. (Physics) are available for enrolment.
Bachelor of Technology (Computer Science and Engineering)
:
120
:
4 Years
:
68,000/-
120
4 Years
68,000/-
Bachelor of Technology (Electronics and Communication Engineering)
:
60
:
4 Years
:
68,000/-
60
4 Years
68,000/-
Doctor of Philosophy (Electronics and Communication Engineering)
:
-
:
-
:
25,000/-
:
(a). Master Degree in Engineering/Technology or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. (b). B. Tech/M. Sc in Engineering/Technology/ or equivalent degree in relevant areas with a minimum of CGPA/CPI of 7.0 on a scale of 1-10 or First Class with Distinction or 70% marks in aggregate. Applicants with experience in a reputed R & D organization or company, or published papers in reputed conferences and journals, or a patent are preferred.
:
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
-
-
25,000/-
(a). Master Degree in Engineering/Technology or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. (b). B. Tech/M. Sc in Engineering/Technology/ or equivalent degree in relevant areas with a minimum of CGPA/CPI of 7.0 on a scale of 1-10 or First Class with Distinction or 70% marks in aggregate. Applicants with experience in a reputed R & D organization or company, or published papers in reputed conferences and journals, or a patent are preferred.
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
Doctor of Philosophy (Computer Science and Engineering)
:
-
:
-
:
25,000/-
:
(a). Master Degree in Engineering/Technology or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. (b). B. Tech/M. Sc in Engineering/Technology/ or equivalent degree in relevant areas with a minimum of CGPA/CPI of 7.0 on a scale of 1-10 or First Class with Distinction or 70% marks in aggregate. Applicants with experience in a reputed R & D organization or company, or published papers in reputed conferences and journals, or a patent are preferred.
:
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
-
-
25,000/-
(a). Master Degree in Engineering/Technology or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. (b). B. Tech/M. Sc in Engineering/Technology/ or equivalent degree in relevant areas with a minimum of CGPA/CPI of 7.0 on a scale of 1-10 or First Class with Distinction or 70% marks in aggregate. Applicants with experience in a reputed R & D organization or company, or published papers in reputed conferences and journals, or a patent are preferred.
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
Doctor of Philosophy (Mathematics)
:
-
:
-
:
25,000/-
:
(a) Master’s Degree in Physics/Mathematics or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. Applicants having a valid GATE/NET/CSIR/SLET or equivalent are preferred.
:
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
-
-
25,000/-
(a) Master’s Degree in Physics/Mathematics or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. Applicants having a valid GATE/NET/CSIR/SLET or equivalent are preferred.
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
Doctor of Philosophy (Physics)
:
-
:
-
:
25,000/-
:
(a) Master’s Degree in Physics/Mathematics or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. Applicants having a valid GATE/NET/CSIR/SLET or equivalent are preferred.
:
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples
Examine claims and accompanying evidence
Sustain a well-focused, coherent discussion
-
-
25,000/-
(a) Master’s Degree in Physics/Mathematics or equivalent degree in relevant areas with a minimum of CGPA/CPI of 6.5 on a scale of 1-10 or First Class or 60% marks in aggregate. Applicants having a valid GATE/NET/CSIR/SLET or equivalent are preferred.
Interview Process
The process comprises of a screening test followed by an interview. The candidates who qualify the screening test will
be allowed to appear for the interview. The candidate’s fundamental knowledge in their respective discipline will be
tested in the interview.
3.1 Screening test
There will be a common screening test for all shortlisted candidates for all the PhD programmes. Questions will be
objective type and the content for the test is as follows:
(1) Verbal Reasoning:
The verbal reasoning section comprises of three types of questions- Reading Comprehension, Text
Completion and Sentence Equivalence. The Verbal Reasoning section measures a candidate's ability to:
Analyze and draw conclusions, understand and add value to incomplete data; identify the
perception of the author;
Identify vital points and differentiate between relevant and irrelevant points;
Understand and summarize the structure of a text;
Understand the given words, sentences and entire texts; ability to focus on the meaning of the
entire sentence
Understand relationships among words and among concepts.
(2) Quantitative Reasoning:
The Quantitative Reasoning section of the test evaluates a candidate's ability to:
Understand and analyze quantitative information
Solve problems using mathematical models
Interpret quantitative information appropriately
Apply basic mathematical skills and concepts of Arithmetic, Algebra, Geometry and Data
Interpretation.
(3) Analytical Writing
The Analytical Writing section of the test evaluates a candidate's ability to:
Articulate complex ideas effectively and with clarity
Support ideas with relevant reasons and examples