Cruising at 35,000 feet above the Earth’s surface, a commercial airliner makes its way across the sky. With a mere 0.05 deaths per billion kilometers of air travel, aerospace engineering ensures that technology and safety are top priority from take off to landing. Modern airplanes require a precise combination of cutting edge electronics, or more accurately avionics systems, with the high safety benchmarks set by the industry. Consequently, aerospace engineering research focuses very closely on further sophistication of the cockpit electronics to aid pilots in both navigation and communication.

Avionics systems have long been the backbone of the modern airplane. These systems monitor and control almost every aspect of the aircraft. From the public address system or intercom to the collision avoidance system, the avionic systems must run unfailingly to maintain the air safety records we’ve come to expect. As expected, avionics testing is a key feature of the safety standards of aerospace companies. These systems undergo rigorous testing for the worst possible scenarios to assure us of a good, restful sleep while we career towards our destination.

With aerospace however, even the sky is not necessarily the limit. Aerospace engineering in India takes on challenges that the yearning to explore beyond our planet brings. The realm of space is truly the final frontier and ever since man first stepped on the Moon, aerospace technology has captured our imagination. This industry has long been on the cutting edge of technology, at the pinnacle of our scientific achievement.

Research and development centers in India for aerospace are aimed primarily at reducing the security risks that may arise in air travel as well as streamline and improve current navigation, communication and monitoring cockpit avionics. Both the commercial and military applications of aerospace engineering ensure that ‘rocket science’ will always remain a truly fascinating field of science.

Tags : Air Travel, Aircraft, Modern Airplane