- For MS/MPhil admission test (equivalent: NTS-GAT-General), there are 100 MCQs. Each question is presented with four answer options. Only one of which is correct. The test carries 100 marks and allowed time is 120 minutes.
- The test comprises of three sections, (1) Verbal Reasoning (2) Quantitative Reasoning and (3) Analytical Reasoning. However, the actual percentage of each of three, as shown below, is different faculties for which one seeks admission.
|
Category |
Test Type |
Verbal Reasoning |
Quantitative Reasoning |
Analytical Reasoning |
Total |
| BU MS Test A | Business & Engineering Students |
35% |
35% |
30% |
100% |
| BU MS Test B | Humanities & Social Sciences Students |
50% |
30% |
20% |
100% |
| BU MS Test C | Biological & Related Sciences Students |
45% |
35% |
20% |
100% |
For PhD admission test (equivalent: NTS-GAT-Subject), there are 100 MCQs. Each question is presented with four answer options. Only one of which is correct. The test carries 100 marks and allowed time is 120 minutes.
The test distribution is as follows:
Test Contents:
- General Section = 30% of the Total Test
- Subject Section = 70% of the Total Test
Area of General Section:
- English (Verbal) = 15%
- Analytical Reasoning = 15%
PhD Admission Test: Distribution of Subsection of Subject (70%)
|
Management Sciences |
||
|
Sr. No. |
Core Areas |
Percentage |
|
1 |
Finance |
10% |
|
2 |
Accounting |
10% |
|
3 |
Marketing |
15% |
|
4 |
Management |
15% |
|
5 |
Quantitative Techniques |
15% |
|
6 |
Business Research Methods |
15% |
|
7 |
Business Communication and Report Writing |
10% |
|
8 |
Economics |
10% |
|
Total: |
100% |
|
|
Electrical Engineering |
||
|
Sr. No. |
Core Areas |
Percentage |
|
1 |
Fundamentals of Electrical Engineering |
40% |
|
2 |
Power |
15% |
|
3 |
Control Systems |
10% |
|
4 |
Electronics |
10% |
|
5 |
Telecommunications |
06% |
|
6 |
Computer |
10% |
|
7 |
Engineering Maths |
09% |
|
Total: |
100% |
|
|
Computer Engineering |
||
|
Sr. No. |
Core Areas |
Percentage |
|
1 |
Computer Architecture and Organization |
10% |
|
2 |
Electronic Devices and Circuits |
5% |
|
3 |
Operating Systems |
10% |
|
4 |
Discrete Structure |
5% |
|
5 |
Data Structure and Algorithms |
5% |
|
6 |
Computer Networks and Communications |
10% |
|
7 |
Programming Paradigms and Language |
5% |
|
8 |
Software Engineering |
5% |
|
9 |
Database Management Systems |
5% |
|
10 |
Digital Logic Design |
5% |
|
11 |
Microprocessor Systems and Interfacing |
5% |
|
12 |
Digital System Design |
5% |
|
13 |
5% |
|
|
14 |
Signals and Systems |
5% |
|
15 |
Embedded Systems |
5% |
|
16 |
Human Computer Interaction |
5% |
|
17 |
Social and Professional Issues |
5% |
|
Total: |
100% |
|
| Computer Science | ||
| S.No | Core Areas | Percentage |
| 1. | Programing Fundamentals | 06% |
| 2. | Object Oriented Paradigm | 05% |
| 3. | Discrete Structures | 05% |
| 4. | Data Structure and algorithm | 09% |
| 5. | Digital logic and Computer organization | 06% |
| 6. | Operating systems | 06% |
| 7. | Database systems | 07% |
| 8. | Software Engineering & Development | 05% |
| 9. | Computer communication & network | 06% |
| 10. | Computer architecture & Assembly language | 08% |
| 11. | Theory of automata and formal languages | 08% |
| 12. | Analysis of algorithms | 10% |
| 13. | Artificial Intelligence | 07% |
| 14. | System programing | 05% |
| 15. | Numerical computing | 05% |
| Total | 100% | |