It is a 4-year well-known branch of B.ttech Aeronautical Engineering. The course is related to the designing, manufacturing, and testing of air vehicles that fly within the earth atmosphere.
read moreApplicant must pass 10+2 with Physics, Chemistry, and Mathematics or equivalent AICTE approved 3 years B.tech Aeronautical Engineering diploma in any stream or any higher qualification in science with Physics and Mathematics at the time of admission in Institutes.
read moreB.tech Aeronautical Engineering 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 b.tech aeronautical engineering colleges in Delhi-NCR-2012 three times in a row.
read moreAn Aeronautical Engineering course deals with the design development, production of aircraft, testing of aircraft within the earth’s atmosphere. b.tech Aeronautical Engineers have job opportunities in national and international, public and private Airlines, manufacturing.
read moreB.tech Aeronautical engineers design, develop, test, and maintain aircraft, ensuring safety, efficiency, and adherence to regulatory standards.
read moreThe United States provides the highest salary to the B.tech Aeronautical engineer that is $116,500. This country provides you the best opportunities after completing the bachelor of technology (B.Tech) in Aeronautical engineering. By the way, every country gives the best opportunity.
read moreStudents in B.tech Aeronautical Engineering study aerodynamics, propulsion systems, aircraft design, flight mechanics, materials science, and avionics.
The duration of the b.tech aeronautical engineering course is 4 year which means 8 semesters are involved. Aeronautical 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.
read moreYes, b.tech aeronautical 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 aeronautical engineering you can work with the airlines.<
read moreThe campus has equipped the state-of-the-art laboratory, cockpit trainer on real aircraft and B.tech Aeronautical Engineering world class infrastructure.
read moreThere are many job possibilities for B.tech Aeronautical Engineer that involve everything from designing specific aircrafts, fabricating, equipping, maintaining, and even enhancing their propulsion systems. They are able to approach airlines, aerospace industries, defense departments and entities, research facilities and government institutions.
read moreThe B.Tech collage fee structure for the B.tech Aeronautical Engineering for Puran Murti Campus is INR 62,500 per semester. It provides standard education service with sufficient experiential learning for a candidate interested in being an aeronautical engineer.
read moreYes, candidates must appear for entrance exams like JEE Main, AME CET, or other merit-based tests to secure admission for B.Tech in Aeronautical Engineering at Puran Murti Campu
read moreFreshers Salary at Aeronautical Engineering can be approx INR 7-8 Lacs per annum as the starting salary. It rises with experience and expertise and holds good potential in aerospace industries, airlines and research establishments.
read moreOf course, girls are able to study Aeronautical Engineering without any discrimination with boys. So people interested in aviation technology and fresh ideas it is a perfect field to work in. has no bearing in achieving good results in this active and expanding field
read moreYes, scholarship may be available in Aeronautical Engineering for students admitted in Puran Murti Campus. These scholarships are merit based, as well as ‘need’ based with an aim of helping students achieve their academic dreams at an affordable cost..
read moreSome of the future trends that Aeronautical Engineering expect to realize in the near future include; leveraging of electric and hybrid power as a means of making aircraft’s more sustainable, more UAV’s in the market, new design and enhanced aerodynamics, and the use of artificial intelligence in avionics to depute for smarter and safer systems on the aircraft.
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