Minor Degree in Space Technology

SHAPING THE FUTURE OF SPACE TECHNOLOGY

Minor Degree in Space Technology

Build Knowledge. Shape the Future. Lead the Space Economy.

About The Course

The Minor Degree in Space Technology offered by MERI Department of Space Studies (MERI DSS) is a multidisciplinary programme designed to provide students with a strong foundation in space science, engineering, and emerging space technologies. The curriculum covers launch vehicles, spacecraft systems, satellite technologies, Remote Sensing, GIS, GNSS, space policy, and modern space applications.
Designed to complement a student’s major degree, the programme equips learners with specialized knowledge, practical skills, and interdisciplinary expertise for careers in aerospace, satellite communications, geospatial technologies, environmental monitoring, defence, research, and the expanding global space economy. It also promotes innovation, entrepreneurship, research aptitude, and problem-solving to prepare students for future opportunities in the space sector.

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Course Highlights

Space Science & Engineering Fundamentals

Launch Vehicle Systems & Technologies

Spacecraft Systems Engineering

Spaceflight Mechanics & Attitude Dynamics

Remote Sensing, GIS & GNSS

Space Data Products & Services

Satellite Technologies & Applications

Space Policy, Economics & Governance

Research, Innovation & Future Space Careers

Objectives

Provide students with a fundamental understanding of space science and engineering principles.
Develop knowledge of launch vehicle systems, spacecraft design, and satellite technologies.
Introduce students to Remote Sensing, Geographic Information Systems (GIS), Global Navigation Satellite Systems (GNSS), and other space-based applications.
Familiarize students with space policy, law, economics, and governance.
Encourage multidisciplinary learning and innovation in space technologies.
Prepare students for higher studies, research, and careers in the rapidly growing space sector.

Registering and Selection for a Degree in Minor

  • The process of signing-up for courses is called ‘Registration’. The selected students are enrolled after they pay the prescribed registration fee and course fee.
  • A student can choose a Minor offered by any department other than the student’s Majoring department. For instance, a Computer Science and Engineering student can do a minor in Electronics and Communication Engineering or Electrical and Electronics Engineering or Mechanical Engineering or Finance or Economics and so on but NOT a Minor in Computer Science and Engineering.
  • For a student to attend classes he/she must necessarily complete both registration and enrollment. All students shall formally enrol for the courses in a particular semester to undergo their learning course work.
  • A student can register for a degree in Minor that is offered by various departments, any time after the 2nd Semester of his / her B.Tech. The process of registration for a degree in Minor is elaborated above.

The offering Department scrutinises the credentials of registered students and announces the list of selected students who fulfil the minimum eligibility criteria set forth by the university and meet certain pre-requisites. The decision of the Department offering the Minor will be final and binding.

ELIGIBILITY CRITERIA

A student will be permitted to pursue/register for, a Minor, if and only if, he / she fulfils the following criteria:

Must have secured a minimum of 7 CGPA at the time of admission to a Minor

There must NOT be any standing arrears

Must be in the active rolls of the department without any break of study or detention or disciplinary action pending against the student

Must have NO outstanding fee dues

Must not have opted for or pursued Honours degree.

PROGRAMME STRUCTURE

The Minor Degree in Space Technology comprises theory and laboratory courses distributed from the third semester to the eighth semester.

SCHEME OF STUDY

Sr. No. Semester Course Code Course Title L P Credits
1 III 26SPTM-201-G Introduction to Space Technology 3 0 3
2 IV 26SPTM-203-G Launch Vehicle Systems and Technologies 3 0 3
3 IV 26SPTM-202-G Launch Vehicle Systems and Technologies Lab 0 2 1
4 V 26SPTM-301-G Spaceflight Mechanics and Attitude Dynamics 3 0 3
5 V 26SPTM-302-G Spaceflight Mechanics and Attitude Dynamics Lab 0 2 1
6 VI 26SPTM-303-G Spacecraft Systems Engineering 3 0 3
7 VI 26SPTM-304-G Spacecraft Systems Engineering Lab 0 2 1
8 VII 26SPTM-401-G Space Data Products and Services 3 0 3
9 VII 26SPTM-402-G Space Data Products and Services Lab 0 2 1
10 VIII 26SPTM-403-G Space Economics, Laws, Policy and Benefits (Optional) 3 0 3

Total Credits = 22

EXAMINATION SCHEME

Course Type Internal Assessment End Semester Examination Practical Examination Total Marks Duration
Theory Courses 25 Marks 50 Marks — 75 3 Hours
Laboratory Courses 05 Marks — 20 Marks 25 3 Hours

ATTENDANCE REQUIREMENT

A student must maintain an attendance record of at least 75% in individual courses, Without the minimum attendance of 75%, in any course, students will become ineligible to appear for the end semester examination in that course. His / Her registration for that course will be treated as cancelled, and he/she shall be awarded ‘I’ grade (I stands for Incomplete, or registration cancelled for want of minimum attendance) in that course. The student can re-register for the Minor course in which he/she was detained. Further if a student gets re-admitted under the Major program, he /she can register for Minor degree courses, but has to complete the Minor by the end of 8th semester.

AWARD OF MINOR DEGREE

A student shall be awarded the Minor Degree in Space Technology upon:

  1. Successful completion of all prescribed courses.
  2. Earning a minimum of 22 credits.
  3. Fulfilling all academic requirements of the University.
  4. Successful completion of the parent degree programme.

AWARD OF MINOR DEGREE

CAREER OPPORTUNITIES

The Minor Degree in Space Technology prepares students for opportunities in:

Space Research Organizations

Contribute to advanced space missions, scientific research, and technological innovation initiatives.

Satellite Technology Industries

Design, develop, and manage cutting-edge satellite systems and communication technologies.

Launch Vehicle Design & Operations

Support rocket design, mission planning, testing, and successful launch operations.

GIS & Remote Sensing Industries

Analyze geospatial data for environmental monitoring, planning, and resource management.

Geospatial Technology Companies

Develop innovative location-based solutions using advanced mapping and spatial intelligence technologies.

Defence & Aerospace Sector

Apply space technologies to strengthen national security, surveillance, and aerospace capabilities.

Space Policy & Governance

Shape policies, regulations, and international cooperation for sustainable space activities.

Higher Studies & Research

Pursue advanced education and research in space science, engineering, and technology.

Frequently Asked Questions

What is the duration of the programme?

From III to VIII Semester.

Yes, through dedicated laboratory courses.

Space, geospatial, defence, and research.

Venue

MERI Group of Institutions, Janakpuri, New Delhi
Organized by: MERI Department of Space Studies