Aerospace Engineering is a prominent field of engineering dedicated to advancing the design, development, and operation of aircraft and spacecraft. The M.Tech in Aerospace Engineering is a specialized postgraduate program typically spanning two years, offering in-depth knowledge and hands-on experience in the study, design, and fabrication of aerospace systems and components. This advanced degree opens doors to high-level career opportunities in both the aviation and space sectors, making it a top choice for those seeking to enhance their expertise and leadership in this dynamic industry. Prospective students should have strong technical and problem-solving skills, coupled with a solid foundation in engineering principles from their undergraduate studies.
Admission into M.Tech Aerospace Engineering programs usually requires clearing entrance exams such as GATE and meeting specific eligibility criteria set by universities. Many prestigious institutes, along with private institutions, offer M.Tech degrees in this field, each with distinct curricula and fee structures. Postgraduates can expect lucrative career prospects, with starting salaries ranging from 8 to 10 lakhs per annum, depending on experience and specialization, and substantial potential for growth in both the research and industrial sectors.
At present only Engineering Degree is not sufficient to make golden career in industry. You must have specializations in modern technologies & skills. Puran Murti Campus provides you the opportunity to become specialist in the highly paid and demanding modern technologies & skills.
You can choose one professional course free of cost and can become specialist of that technology & can get highest salary package in industry from campus placement.
The institution has been always committed and responsive towards the needs of modern technical education, Puran Murti Campus faculty has more than 15 years experience in the field of Engineering Education, the institution awarded as best placement college three times in a row. The Institution contains the latest equipment and resources, Institution purpose to achieve new heights in teaching & research
Aerospace Engineering, a foundational discipline within engineering, is dedicated to advancing the technology and operations of aircraft and spacecraft. This specialized field offers a comprehensive 4-year undergraduate program, covering the study, design, and manufacturing of aerospace vehicles and their components. Recognized for its extensive career opportunities in the aviation and aerospace sectors, Aerospace Engineering stands as a premier undergraduate choice. Prospective students should demonstrate a strong work ethic and possess a blend of management and technical skills to excel in this dynamic field. Admission into Aerospace Engineering programs typically involves clearing various entrance exams and meeting specific eligibility criteria, with numerous private institutions offering tailored degrees. Upon graduation, aerospace engineers can expect competitive starting salaries, with ample room for salary growth as they gain experience and expertise in their chosen aerospace specialization.
Aerospace Engineering stands as a premier career choice in the rapidly expanding aviation sector, particularly in regions like India, which ranks as the 3rd largest aviation market globally. With a growth rate of approximately 25%, the industry continually demands new aircraft and skilled engineers to meet burgeoning needs.
Specializations
The study of B.Tech in Aerospace Engineering covers various stages of Engineering such as planning, designing, structures, aerodynamics, impetus, streamlined features and frameworks of aircrafts. The four-year programme is a combination of applied Physics and Engineering. Aerospace Engineering course syllabus provides skills and knowledge of aircraft and its components.
Aerospace Engineering comprises the study of designing and building aircraft such as airplanes and helicopters. Following subjects will be covered in the 4-year duration:-
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Just a few words about Puran Murti Campus. It is the best college .Teachers are so helpful to me without delay, whenever I need their help. They make me feel like my home. The facilities are just miraculous. I’m so grateful that I got opportunity to come here. ‘’ I would recommend Puran Murti Campus to everyone for their career.
It has been an awe-inspiring experience to study in Puran Murti Campus so far. Puran Murti Campus has mentored me all the way through to acquire the necessary qualities to excel in this competitive world. The virtuoso faculties have extended the best possible support and guidance which has further enriched our learning experience in this college. Thanks to Puran Murti Campus.
Students who have successfully completed their bachelor of technology (B.Tech) with respective courses are eligible. To pursue M.Tech course, students should satisfy the following eligibility criteria :-
Following Eligibility should be fulfilled before taking admission in M. Tech course:-
To get admission to the most trusted institute Puran Murti Campus a candidate has to follow the following admission process such as:-
Puran Murti Campus offer 30% seats to meritorious students. There are some reserves seats for quota students as per government policies. Quota are in following fields such as Defence Service, BPL, SC & ST, Girls Students, Single Girl Child, Physical Challenged, Kashmiri Migrant, OBC, EWS in General.
Admissions through Merit and Management Quota for 2024-25 are going on.
| Category | Course | Exam |
|---|---|---|
| B.Tech | Aeronautical Engineering, Aircraft Maintenance Engineering Aerospace Engineering |
AME CET / IIT JEE / Merit Bases |
| CSE, CSE(AI & ML), CSE(IOT Cyber Security including Block CHain Technology), EC, ME, Civil, EE | AME CET/ IIT JEE / Merit Bases | |
| M.Tech | Aerospace Engineering, CSE, ECE, Civil, & Mechanical | GATE / Merit Bases |
| MBA | Master in Business Administration (MBA) Specialsation: Aviation Management Financial Management Human Resource Management Marketing Management Operation Management |
Merit Bases |
| Pharmacy | B.Pharmacy, B.Pharmacy LEET, & D.Pharmacy | Merit Bases |
| Polytechnic | Aeronautical Engineering, Fire Technology & Safety, CSE, CSE(AI & ML), EC, ME, Civil, AME, DMLT, Automobile, & EE | Merit Bases |
| LAW | LLB (Hons) & BA LLB (Hons) | Merit Bases |
| ITI | Electrician, Draftsman (Civil) & Mechanic Diesel Engine | Merit Bases |
| Under Graduation | BBA, BBA in Aviation, BCA, & B.Com | Merit Bases |
Aerospace engineering involves the design, development, and production of aircraft, spacecraft, and related systems. It encompasses disciplines such as aerodynamics, propulsion, structures, avionics, and control systems, drawing from physics, mathematics, and materials science. Aerospace engineers work on projects ranging from commercial and military aircraft to satellites and space exploration vehicles, utilizing advanced technologies to address challenges in aerodynamics, propulsion efficiency, structural integrity, and flight control. Their contributions drive advancements in aviation and space exploration, shaping the future of air travel and space discovery.
A candidate must have pursued graduation in the field in BE/B.Tech in Aerospace Engieering or Bachelor of Planning or any other equivalent degree from any recognized university.
To get up to 100% scholarship, a student should participate in the AIE CET national-level entrance examination. AIE CET offers admission in Puran Murti Campus & up to 100% scholarship to all qualified students.
After completion of the course, students can apply for the job in the following areas such as:-
Puran Murti Campus is approved by All India Council for Technical Education (AICTE), Ministry of HRD, Institution awarded as best Placement engineering colleges in Delhi-NCR-2012 three times in a row.
Aeronautical engineering specializes in the design and development of aircraft, including airplanes, helicopters, and UAVs, focusing on aerodynamics, propulsion, and materials tailored for atmospheric flight. Aerospace engineering, while including aeronautics, extends its scope to encompass spacecraft, missiles, and other vehicles designed for operation beyond Earth's atmosphere, addressing challenges such as microgravity, thermal management, and radiation exposure. Aerospace engineers work not only on aircraft for transportation and defense but also on spacecraft for satellite deployment, planetary exploration, and human spaceflight missions, thus encompassing a wider range of applications compared to aeronautical engineering, which is primarily focused on atmospheric flight.
There are many role and responsibilities in the Aerospace Engineering but here we are sharing only most important responsibilities and some of the given below:-
Aerospace engineers typically command high salaries globally, with certain cities and countries offering particularly lucrative opportunities. Cities such as Seattle (United States), known for hosting major aerospace companies like Boeing, and Toulouse (France), home to Airbus's headquarters, offer competitive salaries due to their strong aerospace industries and high demand for skilled engineers. Countries with thriving aerospace sectors, including the United States, Germany, France, and the United Kingdom, tend to offer some of the highest salaries for aerospace engineers, driven by the presence of leading aerospace companies, government contracts, and robust research and development initiatives. Additionally, regions with a growing space industry, such as Silicon Valley in the United States and cities in countries like India and China, are increasingly becoming hubs for aerospace engineering talent and offer attractive compensation packages to skilled professionals in the field.
In the course of Aerospace Engineering, we study many subjects related to the researching, designing, constructing, testing and manufacturing of the aircraft within earth’s atmosphere. Some of the core subjects that we study in Aerospace Engineering are given below:-
The duration of the Aerospace Engineering course is 4 year which means 8 semesters are involved. Aerospace Engineering is approved by the All India Council For Technical Education (AICTE). One semester out of the eight has practical training in the live environment and other semesters have academic sessions. In each academic session, there are approximately 6- 7 Aeronautical courses of Engineering subjects in each semester which students have to qualify to attain the B. Tech (Aerospace Engineering) Degree.
Yes, Aerospace Engineering has an excellent and amazing career in the future because the aviation sector is the fastest growing sector in the world. India became the third fastest aviation sector after the US and China. After completing Aerospace Engineering you can work with the airlines, civil defence forces, MRO and many more.
