The aerospace industry is such a diverse and interesting field which encompasses designing and manufacturing of aircrafts and spacecrafts. Since countries around the globe are looking to venture into space and constantly upgrade their defence systems, there is a huge demand for qualified aerospace engineers. Top engineering colleges in India offer B.Tech in Aerospace Engineering to fulfil the rising demand for aerospace engineers in the industry.
With massive technological advancements in the field of aerospace engineering, a number of trends have emerged in the aerospace manufacturing industry. Some of these trends tend to phase themselves out, but there are some trends that are set to revolutionise the future of aerospace industry.
Here are 5 promising trends in the aerospace industry that you must know about:
Invention of Zero-fuel Aircrafts
Both civil and commercial sectors of the aerospace industry are looking into the concept of zero-fuel aircrafts. It is possible to use such a technology for the purpose of agriculture, aerial photography, 3D mapping, and wildlife safety. The concept has also gained traction in the cyber industry by opening up the possibility of providing internet access to remote locations. The reason these zero-fuel aircrafts are gaining popularity is because they run on solar energy. The photovoltaic panels attached to a zero-fuel aircraft use solar energy to run its engines. These aircrafts are designed to be lightweight so as to be a success. The global aerospace and defence industry is currently looking to further research and develop zero-fuel aircraft, which will drive market growth.
Advancements in Manufacturing Materials:
Aircraft manufacturers have benefited greatly due to advancements in material science. Graphene and carbon nanotubes are some of the newest materials used in aerospace technology to improve the efficiency of airplane wings. Graphene and carbon nanotubes make aircrafts more lightweight and fuel efficient. MIT and NASA have created a “morphing” wing in their manufacturing department to enhance the manufacturing process and more efficient. Specialised robots are used to assemble lightweight subunits in this “morphing” wing to speed up the manufacturing process.
Advancements in Space Propulsion Technology
For years space research agencies have strived towards pushing the boundaries of long-term space missions. Over the last several years NASA has been working on developing a plasma-based rocket propulsion technology for space rockets. This technology is beneficial to the aerospace industry at large because it aims at reducing fuel consumption in spacecrafts. Another advantage of the plasma-based rocket propulsion technology is that it could enable long-term space missions in the future. With time there have been many breakthroughs in the propulsion system technology which are said to be extremely beneficial to the aerospace industry.
Implementation of Smart Automation:
The aerospace manufacturing industry is extremely specialised and incorporates complex processes to manufacture spacecrafts and aircrafts. However, with enormous advancement in technologies has further simplified and expedited the manufacturing process. Advancements have reached a stage where engineers are able to gauge the size of the bolt required to fit a particular part and the amount of torque required by simply scanning the metallic surface through a tablet or a specialised smart glass. This information is then used by an automated robotic arm to perform the necessary tasks.
Implementation of 3D Printing:
Manufacturing and production in any sector is a time-consuming process, and this stands true for the aerospace industry as well. There is an enormous need for speedy and accurate manufacturing in today’s world. To combat delayed and slow manufacturing processes, the aerospace industry has moved towards 3D printing as a solution to the problem. 3D printing has vastly improved the manufacturing process in the aerospace industry. Companies can now use 3D printing to manufacture thousands of parts in a short duration of time, a trend that doesn’t seem to be slowing down. There is a constant need for spare parts that need replacing, and 3D printing offers the right solution for this demand. 3D printing is also said to help cut downtime taken to manufacture, cost of manufacturing, and the weight of the final product.
The Future is Now
Innovation is the key to any industry that is rapidly changing. The aerospace industry is a very appealing choice for students who are interested in constant, hands-on innovation. However, to attain that level of expertise which can transform a student into an employable professional in the aerospace industry you need to pick the right college to pursue aerospace engineering. Many aerospace engineering colleges in India lack the facilities required to produce professional aerospace engineers.
Sandip University is one of the top engineering colleges in Nashik, Maharashtra offering a B.Tech in Aerospace Engineering. Sandip School of Engineering & Technology in Sandip University is one of the best engineering colleges where you can kick-start your career in aerospace engineering. Besides having fully-equipped labs and modern classrooms, Sandip University also has expert faculty members, most of whom are alumni of IITs and NITs across the country. These faculty members collaborate with industry experts to design comprehensive curriculums to help students become industry-ready. Nurture your success story at Sandip University.
Visit www.sandipuniversity.edu.in for more information.