A minimum GPA of 3.00 for the core units in Physics (PH), a minimum GPA of 3.00 for the core units in Computer Science (CS) and a minimum GPA of 2.67 for the core units in Applied Mathematics (AM), taken within the first two years are required to be eligible for this program.

The student intake is limited to 10.

Level 3 core modules:
(L – No. of Lecture hours, P – No. of Practical hours)

Course No.TitleCreditsNo. of hours
PH 3001Quantum Mechanics I345L
PH 3052Electromagnetic Fields I345L
PH 3054Classical Mechanics345L
CS 3001Visual Programming Technologies330L,30P
CS 3003Computer Graphics and Image Processing330L,30P
CS 3005Neural Computing330L,30P
CS 3008Introduction to Data Structures and Algorithms330L,30P
PH 3020Computational Physics Laboratory260P
PH 3021Computational Physics Seminar130P
PH 3053Statistical Physics345L
PH 3057Mathematical Physics I345L
IT 3002Database Systems330L,30P

Level 3 optional modules:

Course No.TitleCreditsNo. of hours
IT 3001Management Information Systems330L,30P

Level 4 core modules:

Course No.TitleCreditsNo. of hours
PH 4001Solid State Physics345L
PH 4002Methods in Computational Physics315L,60P
PH 4007Industrial Management345L
PH 4042Computational Physics Project6180P
CS 4005Intelligent Systems345L
CS 4007High Performance Computing330L,30P
CS 4019Computational Pattern Recognition330L,30P

Level 4 optional modules:

Course No.TitleCreditsNo. of hours
PH 4009Mathematical Physics II345L
PH 4010Quantum Mechanics II345L
PH 4014Introduction to Robotics315L,60P
EC 4001Industrial Training260P
CS 4002Distributed Systems345L
CS 4008Advanced Computer Graphics and Vision330L,30P
CS 4013Applied Robotics and Embedded Systems330L,30P
CS 4017Wireless Ad-Hoc and Sensor Networks330L,30P
CS 4020Advanced Concepts in Software Design & Development330L,30P