M.Sc. (Space Science)

 

BS Program in Space Science and Technology

Our BS degree program aims to provide a basic background to understand the linkage between Space Science, Engineering and Technology. It is a multidisciplinary program which include teaching of Astrophysics, Electronics, Satellite Communication, Global Navigation Satellite Systems, Aerospace Studies, Computer Programming, Machine Learning, Internet of Things (IoT), Industrial Control System Cyber Security, Remote Sensing and GIS.

The objective of undergraduate programs is to produce under-graduates with
(i)  A broad understanding of fundamental courses of Space Science (Astronomy, Astrophysics, Atmospheric Science, Gravitation Physics, etc.)
(ii) Knowledge of Space Technology Computational Skills (MATLAB, C-language, Python, Machine Learning, Cyber Security ARC-GIS, stronomical packages, etc.)

Duration of Program:
The BS degree in Space Science & Technology would be minimum 4-year program spread over 8 semesters.

Eligibility for Admission to BS in Space Science and Technology:

  • Intermediate Science with Physics and Mathematics or equivalent
  • D.A.E. (Electronics, Mechanical, Electrical, Radio, TV, Telecommunication, Computer Science, IT)

 

COURSE STRUCTURE OF
B.S.  IN SPACE SCIENCE & TECHNOLOGY

First Semester:
1. SST 301: Astronomy (2+1)
2. SST 313: Physics-I: Mechanics & Properties of Matter (2+1)
3. SST 315: Math-I: Calculus (3+0)
4. PST 300.1: Pakistan Studies (3+0)
5. IST 300.1: Islamic Studies (3+0)

 

Second Semester:
1. SST 302: Introduction to Astrophysics (2+1)
2. SST 314: Physics-II: Waves, Oscillation & Thermodynamics (2+1)
3. SST 316: Math-II: Algebra & Differential Equations (3+0)
4. ENG 300.2: English-I (3+0)
5. URD 300.2: Urdu (3+0)

 

Third Semester:
1. SST 401: Foundation of Aerospace Science (3+0)
2. SST 411: Introduction to Computer Programming (2+1)
3. SST 413: Physics-III: Electricity, Magnetism &Modern Physics (2+1)
4. SST 415: Math-III: Geometry & Vector Analysis (3+0)
5. 400.1:     Functional Biology (3+0)
6.400.1:      English-II (3+0)

 

Fourth Semester:
1. SST 402: Foundation of Remote Sensing (2+1)
2. SST 412: Object Oriented Programming (2+1)
3. SST 414: Physics IV: Atmospheric Physics (3+0)
4. SST 416: Math-IV: Mathematical Physics (3+0)
5. 400.2:      Functional Biology(3+0)
6. 400.1:      Computer Applications (3+0)

 

Fifth Semester:
1. SSC 501: Introduction to Social Sciences (3+0)
2. SST 503: Space Flight Dynamics (3+0)
3. SST 505: Introduction to Observational Astronomy (2+1)           
4. SST 507: Computing Programming using Python (2+1)
5. SST 509: Analog Electronics (2+1)
6. SST 511: Classical Mechanics (3+0)

 

Sixth Semester:
1. CS  502: Communication Skills (2+1)
2. SST 504: Digital Image Processing (2+1)
3. SST 506: Geographical Information Science (2+1)
4. SST 508: Introduction to Database (2+1)
5. SST 510:  Digital Electronics (2+1)
6. SST 512: Numerical Computing (2+1)

 

Seventh Semester:
1. SST 601: Statistical Analysis (2+1)
2. SST 603: Gravitation Physics (3+0)
3. SST 605: Fundamentals of Plasma Physics (3+0)

 

3. Optional Subject-I
4. Optional Subject-II
5. Optional Subject-III

 

Eight Semester:
1. SST 602: Quantum Mechanics (3+0)
2. SST 604: Fluid Mechanics (2+1)
3. SST 606: Machine Learning (2+1)

3. Optional Subject-V
4. Optional Subject-VI
5. Optional Subject-VII
6. Optional Subject-VIII

Optional Courses:
Six optional courses are required to be opted during 7th and 8th semester, three courses from each module in each Semester.  

Modules:
Module 1: Computational Astronomy & Astrophysics
Module 2: Satellite Communication
Module 3: Aerospace Science
Module 4: Atmospheric Science
Module 5: Remote Sensing & GIS

 

Module 1: Computational Astronomy & Astrophysics

Semester- VII:
1. SST 611: Radio Astronomy (3+0) (Mandatory)
2. SST 613: Astronomical Spectroscopy (3+0)
3. SST 615: Stellar Structure and Evolution (3+0)
4. SST 617: Data Mining (2+1)
5. SST 677: Research Methodology (2+1)
6. SST 680: Thesis (0+6)

 

Semester- VIII:
1. SST 612: Introduction to Cosmology (3+0) (Mandatory)
2. SST 614: Galaxies and Universe (3+0)
3. SST 616: Space Weather (3+0)
4. SST 618: Renewable Energy Resources (3+0)
5. SST 678: High Performance Computing (2+1)
4. SST 682: Project (0+3)

 

 

 

Module 2: Satellite Communication

Semester- VII:

1. SST 621: Satellite Communication (2+1)  (Mandatory)
2. SST 623: Data Communication & Networks (2+1)
3. SST 625: Automation & Robotics (3+0)
4. SST 627: Digital Signal Processing (2+1)
5. SST 629: Antennas and Radio Wave Propagation (2+1)
6.. SST 677: Research Methodology (2+1)
7. SST 680: Thesis (0+6)

 

Semester- VIII:
1. SST 622: Global Navigation Satellite Systems: GNSS (3+0) (Mandatory)
2.SST 624: Internet of Things: IoT (2+1)
3. SST 626: Industrial Control System Cyber Security (2+1)
4. SST 618:  Renewable Energy Ressources (2+1)
5. SST 628: Satellite Technologies (3+0)
6. SST 630: Industrial Electronics (2+1)
6. SST 638: Gas Turbine Engine (3+0)
7. SST 682: Project (0+3)

 

Module 3: Aerospace Science

Semester- VII:

1. SST 621: Automation & Robotics (3+0) (Mandatory
2. SST 631: Guidance and Navigation of Aerospace Vehicles (3+0) 
3.SST 633: Propulsion and Power Systems (3+0)
4.SST 635: Aerospace Material Properties and Processes (3+0)
5. SST 637: Aerodynamics (3+0)
6.SST 677: Research Methodology (2+1)
7. SST 680: Thesis (0+6)

Semester- VIII:
1. SST 622: Global Navigation Satellite Systems: GNSS (3+0) (Mandatory)
2. SST 632: Gas Turbine Engine (3+0)
3. SST 634: Navigation & Space Instrumentation (3+0)
4. SST 636: Nanotechnology and Nanomaterials (3+0)
5. SST 638: Drone Technology (2+1)
6. SST 640: Human Factors & Aviation Legislations (3+0)
7.SST 682: Project (0+3)

Module 4: Atmospheric Science

Semester- VIII:
1. SST 641: Fundamentals of Oceanography (3+0)
2.SST 643: Atmospheric Dynamics (3+0)
3. SST 645: Radiations and Earth Biosphere (3+0)
4. SST 617: Data Mining (2+1)
5.SST 677: Research Methodology (2+1)
6.SST 680: Thesis (0+6)

 

Semester- VIII:
1. SST 642: Physical Oceanography (2+1)
2. SST 644: Environmental Science (2+1)
3. SST 646: Ionospheric Communication (3+0)   
4. SST 618: Renewable Energy Resources (3+0)
5. SST 682: Project (0+3)

 

Module 5: Remote Sensing and GIS

Semester- VII:
1. SST 651 Physical Geography (2+1) (Mandatory)
2. SST653: Spatial Decision Support System (3+0)

3. SST 655: Advanced GIS and Spatial Analysis (2+1)
4. SST657: LiDAR Remote Sensing (2+1)
5. SST 659: Computer Graphics (2+1)
6. SST 677: Research Methodology (2+1)
7. SST 680: Thesis (0+6)

 

Semester- VIII:
1. SST 652: Microwave & Hyper Spectral Remote Sensing (2+1) (Mandatory)
2. SST 654: Drone GIS (2+1)
3. SST 656: Cartography and Geo-visualization (2+1)
4. SST 658: Introduction to Web Programming for GIS Applications (2+1)
5. SST 644: Environnemental Science (2+1)
6. SST 682: Project (0+3)

 

M. PHIL. / Ph.D. IN SPACE SCIENCE AND TECHNOLOGY

Programme Mission (Graduate Programme in Space Science and Technology)

The Institute also offers admission in the M.Phil. and Ph.D. programmes. They aim at producing research expertise which can help to solve indigenous problems related to Space Science and Technology.

Programme Objectives (M.Phil.)

  • To understand the current advancement in the fields of Space Science
  • To create knowledge of Space Science
  • To develop new space technology

PROGRAMME OUTCOMES
After completion of the __M.Phil. / Ph.D.__ Degree, the students shall be able to:

  • Know the current advancements in the fields of Space Science
  • carry out research work in the fields of Space Science

Duration of Programs:

The M. Phil. (Space Science) degree would be minimum 2-year program.

Eligibility for Admission to M. Phil. Program:

The students of the following fields are eligible for admission in M. Phil. (Space Science):

  • M.Sc. (Space Science), M.Sc. (Physics with specialization of Space Science), M.Sc. (Applied Mathematics with Astronomy).
  • B.S. (Space Science), B.S. (Physics with Space Science), B.S. (Applied Mathematics with

Eligibility for Admission to Ph.D. Program:

The students of the following fields are eligible for admission in Ph.D. (Space Science):

  • M. Phil. / MS (Space Science)

COURSE STRUCTURE OF M. PHIL.

First Semester:
1. SST 701: Research Methodology (3+0)
2. SST 703: Relativistic Physics (3+0)
3. Option-I
4. Option-II

Optional Subjects for First Semester (Option-I&II)
SST 705: Geo-informatics (2+1)
SST 707: Computational Fluid Dynamics (2+1)
SST 709: Space Flight Dynamics (3+0)
SST 711: Ocean Wave Dynamics (3+0)
SST 713: Modeling and Simulation(2+1)
SST 715: Global Navigation Satellite Systems (3+0)
SST 717: Aerospace Vehicle Design (3+0)
SST 719: Climate Change and Modeling (3+0)
SST 721: Satellite Technology (3+0)
SST 708: Quantum Field Theory (3+0)

 

Second Semester:
1. SST 702: Modern Cosmology (3+0)
2. SST 704: Stellar Astrophysics (3+0)
3. Option-I
4. Option-II

 

Optional Subjects for Second Semester (Option-I &II)
SST 706: Quantum Field Theory (3+0)
SST 708: Introduction to Web Programming for GIS Applications (2+1)
SST 710: Space Antennas (3+0)
SST 712: Missile Guidance and Control Systems (3+0)
SST 714: Renewable Energy Resources (3+0)
SST 716: Numerical Weather Forecasting (3+0)
SST 718: Drone GIS (2+1)
SST 720: Space Physics (3+0)
SST 722: Satellite Earth Station (3+0)
SST 724: Observational Astronomy (2+1)
SST 726:  Advanced Ionospheric Physics (3+0

 

COURSE STRUCTURE OF Ph.D. (SPACE SCIENCE)

Ph.D. students are required to complete 18 credit hours courses before submission of Ph.D. thesis. Two courses (viz. Research Seminars and Seminars on Current Advances in the Discipline) are compulsory. Two courses in each semester are electives.

First Semester

  1. SPA 801: Research Seminars (3+0), Compulsory
  2. Option-I
  3. Option-II

Optional Subjects for First Semester (Option-I & II)
01. SPA 803: Advanced Numerical Computing (2+1)
02. SPA 805: Spacecraft System Design (3+0)
03. SPA 807: Space Plasma Physics (3+0)
04. SPA 809: Satellite Communication Engineering (3+0)
05. SPA 811: Spatial Decision Support for Planning and Crisis Management (2+1)
06. SPA 813: Optimal Control Theory (3+0)
07. SPA 815: Solar Physics (3+0)
08. SPA 817: Atmospheric Turbulence (3+0)
09. SPA 819: Hydrology (3+0)
10. SPA 821: Galaxy Formation and Evolution (3+0)
11. SPA 823: Topics of Special Interest-I

Second Semester

  1. SPA 802: Seminars on Current Advances in the Discipline (3+0), Compulsory
  2. Option-III
  3. Option-IV

Optional Subjects for First Semester (Option-III & IV)
01. SPA 804: Spatial Data Analysis using MATLAB (2+1)
02. SPA 806: Radio wave Propagation (3+0)
03. SPA 808: Radio Astronomy (3+0)
04. SPA 810: Small Satellite Engineering and Application (3+0)
05. SPA 812: Aerodynamics (3+0)
06. SPA 814: Space Weather (3+0)
08. SPA 816: Mesoscale Modeling (3+0)
09. SPA 818: Space Biology and Microgravity Sciences (3+0)
10. SPA 820: Environmental Physics (3+0)
11. SPA 822: Cartography and Data Visualization (2+1)
12. SPA 824: Topics of Special Interest-II