IIT Kanpur
- Fees: ₹ 41450
- Exams: GATE
Degrees offered: M.Sc., M.E /M.Tech., Ph.D, B.E /B.Tech, M.S
Space Technology is a multidisciplinary field of study focusing on design, development, and application of technologies used in space exploration, satellite communication, and space research. Students learn about the challenges of operating in the difficult environment of space, such as microgravity, radiation, and extreme temperature. The course teaches students how to develop solutions to these challenges through engineering and scientific principles.
The course prepares students for positions in government agencies, research institutes, and the space industry. The curriculum also addresses the moral, legal, and environmental outcomes of space exploration, promoting a thorough comprehension of how space technology affects people and the environment. Graduates of this programme are qualified to work on satellite systems, related technologies, and next-generation space missions.
Around 6 colleges in India offer courses in Space Technology. Graduates of Space Technology are offered job opportunities in profiles like Satellite Engineer, Spacecraft Designer, Propulsion Engineer, Space Policy Analyst. These profiles are offered in Amazon, Indian Space Research Organization (ISRO), NASA, Boeing, SpaceX, Rolls Royce, Blue Origin, S.A.B Aerospace S.r.o., for an average package of Rs. 10.2 LPA.
Particulars | Values |
Branch Name | Space Technology |
Degree | B.E /B.Tech, B.Sc., B.Sc.(Hons), BS, M.E /M.Tech., M.S, M.Sc |
Duration | UG: 4 years PG: 2 years |
Eligibility | UG: Completion of 10+2 in science stream PG: Graduation in any field with a minimum 50 per cent aggregate. |
Admission Process | Admission Examination and Merit Scores |
Entrance Exam | UG: JEE Advanced PG: GATE |
Course Fees | Rs. 40,000 - Rs. 9 lakhs |
Job Profiles | Satellite Engineer, Spacecraft Designer, Propulsion Engineer, Space Policy Analyst |
Average Salary | Rs. 10.2 LPA |
Recruiting Companies | Amazon, Indian Space Research Organization (ISRO), NASA, Boeing, SpaceX, Rolls Royce, Blue Origin, S.A.B Aerospace S.r.o. |
Space Technology is a broad discipline in science and it includes similar or related specialisations. Candidates can choose the specialisations based on their interests and future goals. Some of the popular specialisation and similar fields offered in the area of Space Technology are mentioned in the table below.
Spacecraft Engineering | Propulsion Systems |
Astrodynamics | Remote Sensing and Earth Observation |
Space Robotics | Space Law and Policy |
Many science institutes in India offer Space Technology courses at affordable tuition fees. Private colleges are highly reputed and provide good placement opportunities to graduates. Prior academic achievements and admission test scores are used to determine admission into the programme. Several leading private institutes offer Space Technology courses.
Colleges | Fee Structure |
- | |
Rs. 3.10 Lakhs |
Many top Government colleges in India provide Space Technology courses. Attending a government engineering college is less expensive than attending a private college. These colleges are well known for their high academic standards and affordable fees throughout India. The following are some of the best government colleges that provide Space Technology courses:
Colleges | Fee Structure |
Rs. 8.84 Lakhs | |
Rs. 41,450 | |
- | |
Rs. 58,000 |
Those interested in pursuing a course or a degree in Space Technology need to fulfil the eligibility details required by the colleges. For undergraduate degrees, students generally need to complete their 10+2. For PG degrees, they require a Bachelor’s degree in similar or related disciplines. The eligibility details for Space Technology courses are mentioned below.
Candidates who wish to pursue Space Technology at an undergraduate level must satisfy certain eligibility criteria. The admission requirements may vary from one college to another but there are basic requirements that must be fulfilled by all aspirants. Some of the most common eligibility conditions to get admission into the course are listed below:
Aspiring candidates need to appear for certain entrance examinations before applying for admission. Some colleges may conduct university-specific or national examinations for Space Technology courses. In the table below, we have provided the details of a popular examination for UG degrees.
Exam Name | Level | Conducting Body | Exam Schedule |
National | IIT Madras |
Students who have completed their undergraduate in Space Technology can further pursue their post-graduation in the same field. There are various eligibility criteria that need to be met by students who want to pursue their post graduation in Space Technology. Aspirants must fulfil the basic eligibility requirements listed below:
Candidates who aspire to pursue their post-graduation must appear for certain entrance examinations. Students are required to clear the cutoff of these high-level tests to get admitted into a college of their choice. Some colleges may choose to give admission based on pure merit, however, others will consider the test scores of relevant entrance tests.
Exam Name | Level | Conducting Body | Exam Schedule |
National | IISc Bangalore and seven IITs |
The scope of Space Technology in India is rapidly expanding, driven by the country’s increasing focus on space exploration and satellite technology. There is a rising need for qualified individuals as a result of organisations like the Indian Space Research Organisation (ISRO) reaching important milestones. Opportunities for graduates of Indian space technology programmes can be found in defence departments, government space agencies, and commercial satellite communication.
Graduates can work in government, academic, and commercial settings in fields such as satellite development, spacecraft design, space mission planning, and space law. Career opportunities for those with experience in Space Technology are further expanded by the rise in activities such as deep space research, asteroid mining, and space tourism that the global space sector is witnessing.
Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL |
The syllabus for Space Technology may vary depending on the level of the programme. The syllabus may also vary depending on the institution. The curriculum equips students with the necessary knowledge and practical exposure. The curriculum provides a holistic growth potential to students that helps them to further excel in their careers.
The Space Technology courses are available in different undergraduate degrees and the duration of these courses is generally four years. The curriculum of these degrees provides the students with ample theoretical and practical learning. In the table below we have provided the syllabus of IIT Indore for their B.Tech. Programme In Space Science and Engineering course.
First Semester | Second Semester |
Basic Electrical Engineering | Biosciences |
Engineering Mechanics | Linear Algebra |
Basics of Physics | Environmental Studies: Scientific and Engineering Aspects |
Chemistry | Fundamentals of Economics |
Language and Composition | Computer Programming |
Third Semester | Fourth Semester |
Complex Analysis and Differential Eqns II | Numerical Methods |
Classical Mechanics | Quantum Mechanics - I |
Fundamental Concepts of Solid State Engineering | Thermal Physics |
Wave Phenomenon and Optics | Engineering Electromagnetics |
Fifth Semester | Sixth Semester |
Space Systems - Orbits and Payloads | Signals & Communication in Space |
Detectors for Space - I | Atmospheric Physics and Remote Sensing |
Statistical Physics and Radiative Transfer | Guidance, Navigation and Control |
Fluid Dynamics | Radiowave Propagation & Antenna Applications |
Data Analytics and Visualization for Space | - |
Seventh Semester | Eighth Semester |
B Tech Project (BTP) | Electives |
Internship 1 | - |
Internship 2 | - |
The academic curriculum of PG courses in Space Technology equips students with the necessary knowledge and skills required to excel in the field. The syllabus covers a range of topics. In the table below we have provided the syllabus of Central University Of Andhra Pradesh for their M. Sc. Space Science & Technology course.
First Semester | Second Semester |
Introduction to Space Sciences and Applications | Introduction to Atmospheric Science |
Techniques of Space Instrumentation | Remote Sensing and Applications |
Basics of Astrodynamics | Spacecraft Guidance and Navigation |
Mathematical Methods & Computational Techniques | Elective I |
Machine Learning & Artificial Intelligence Mooc/Online/Elective-I | Seminar |
Third Semester | Fourth Semester |
Climate Change in Arid Lands | Dissertation |
Concepts of Astronomy And Astrophysics | - |
Numerous opportunities exist for careers in space technology, including those in satellite communication, spacecraft design, propulsion systems, and space exploration. Professionals can work for defence agencies, commercial aerospace firms, government space agencies, or research institutes. Some of the most common career options in the field of Space Technology are explained below:
Job Profiles | Job Descriptions |
Satellite Engineer | Satellite Engineers create, develop, and test satellites for scientific study, communication, and Earth observation. They guarantee the proper operation of the satellite's systems during its orbital journey. |
Spacecraft Designer | Spacecraft Designers design and develop spacecraft, both crewed and uncrewed, to ensure that they fulfil mission-specific criteria. For space missions to be successful, they work on the design, testing, and integration of spacecraft systems. |
Propulsion Engineer | Propulsion Engineers build and test systems to make sure that the engines and propulsion systems that power spacecraft can generate the thrust required for launch, orbit, and spacecraft manoeuvring. Their job is essential to space mission performance and safety. |
Space Policy Analyst | Space Policy Analysts examine the legal, regulatory, and policy frameworks governing space exploration and utilisation. They collaborate with governments, non-governmental organisations, and private enterprises to formulate policies related to Space Technology. |
Upcoming trends in Space Technology are set to revolutionise the industry, with a focus on commercial space travel, satellite mega-constellations, and space-based internet services. Advances in reusable rocket technology are making space more accessible, while innovations in space mining and exploration of the Moon and Mars are being appreciated. Some of the latest trends in Space Technology include:
A variety of specialised positions are covered by space technology job descriptions, such as propulsion systems development, satellite engineering, and spacecraft design. These experts focus on innovative space exploration, satellite communications, and space-based research projects. Their knowledge stimulates advancements in satellite launches, space missions, and the creation of new technology for next space projects.
Candidates in the field of Space Technology are offered lucrative benefits and high salary packages. While salaries may vary depending on the job role, responsibilities, research area and experience, the average salaries for each job profile can be estimated as Rs. 10.2 LPA. Some of the high-paying job profiles are:
Job Profiles | Average Expected Salary |
Satellite Engineer | Rs. 9 LPA |
Spacecraft Designer | Rs. 11 LPA |
Propulsion Engineer | Rs. 7.8 LPA |
Space Policy Analyst | Rs. 10.3 LPA |
Source: Ambition Box
The salary figures mentioned anywhere in these articles are just for reference purposes. Please treat them as such. Actual salaries may vary depending on respective candidates, employer, job location, and numerous other factors.
Space Technology is a field that requires a lot of dedication and hard work and is one of the highest-paid careers in science. Aspiring students must possess a combination of skills and qualities that will help them to excel in their careers. Mentioned below are some of the important attributes and skills required for the Space Technology field.
The Space Technology course curriculum usually starts with basic courses in mathematics, physics, and engineering principles. Core subjects covered by students include spacecraft design, satellite systems, propulsion technologies, and interactions with the space environment. The curriculum often includes hands-on experience through labs and projects, where students apply theoretical knowledge to practical scenarios, such as building and testing model rockets or satellite prototypes.
Students may also research developing sectors such as space-based solar power and space resource usage. Electives in relevant fields, such data analysis and artificial intelligence, are in the curriculum and give students a thorough understanding of both present and emerging space technologies. Research projects and industrial internships are frequently combined to offer practical experience and build relationships within the space sector.
Answer :
Masters in space engineering courses have to be done after B.Com. or an undergraduate degree.After completion, any individual can pursue a career in space technology.
Answer :
The basic requirement is a US citizenship with master’s degrees in science, technology, engineering and mathematics.Minimum of two years of experience in a relevant field is needed. Professional experience as a pilot for 1000 hours in jet craft is a must.
Answer :
Many online certifications are available for space technology. They are a source of knowledge and experience. Online certifications are sometimes recognized. But they aren’t the way to get a job. They just play a part in your resume.
Answer :
Yes, because of its intricate technological requirements, high-stakes projects, and necessity for accurate engineering and problem-solving abilities, space technology can be difficult. It requires a solid background in physics and engineering, as well as the capacity to operate on complex systems and face the challenging circumstances of space travel.
Answer :
Yes, a career in space technology offers exciting prospects for invention and discovery. It can lead to positions in industries like satellite systems and spacecraft design. It offers the opportunity to influence the direction of space research and make a significant contribution to ground-breaking discoveries.
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