PAL V ONE flying car
PAL V ONE flying car

Here’s How You Can Enroll For A Nanodegree In Program On Flying Cars

Silicon Valley-based lifelong learning platform, Udacity has opened applications for enrollments into its latest Nanodegree – an exclusive program on Flying Cars. This course will feature globally renowned experts as instructors, including Udacity founder Sebastian Thrun (CEO, KittyHawk and acknowledged expert in autonomous systems). Interested applicants can go to the Udacity website, where they can view a free preview of the program and apply for enrolment till February 7, 2018.

For India’s dense urban sprawls and gridlocked streets, aerial transportation of goods and people is the most viable avenue for smart transportation in the future. The commercial potential for this sector can be seen in market projections from BI Intelligence, which expects sales of drones to surpass USD 12 billion in 2021, growing at a CAGR of 7.6% from 2016.

Samson SwitchBlade Flying Car

Udacity’s aim for this course is to push beyond the current generation of quadrotors and remote-controlled drones, and provide the skills to create autonomous flight systems that will be the transport technology of the future. The course will act as the first step students take into the world of this exciting and developing field. It will prepare students for jobs like Unmanned Aircraft Software Engineer, Guidance Navigation and Controls (GNC) Engineer, Aerial Roboticist, Software and Controls Engineer, and Autonomous Systems Engineer.

Udacity has partnered with Quidich to be the hiring partner for this new Nanodegree in India. Quidich has been using drones in India to create aerial cinematography, aerial visual displays, and project/real-estate surveying. Quidich will be providing internship and mentorship opportunities to the graduates of the Flying Car Nanodegree Program, in addition to sponsoring 10 candidates.

The Flying Car Nanodegree Program is a course available exclusively on Udacity. Applicants to this program will be reviewed on the basis of their readiness for the curriculum. The program will consist of two 12-week terms – the first on Aerial Robotics, and the second on Intelligent Air Systems.

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