The objective of this course is to learn how to built an RC aircraft aerodynamically and to pilot it. At the end of this course one can be design an RC aircraft and can able to pilot it. This course comprises Aerodynamic concepts, Fixed wing basic calculations, Electronic components selection (such as Motor, Transmitter, ESC), Flying techniques, Simulator practicing, DGCA regulations etc…learn more Syllabus
The objective of this course is to enhance one’s knowledge to design, build and pilot a remote-controlled quadcopter that is capable stable flight. At the end of this they will have a clear understanding of aeronautics concepts involved in the design of multicopter and they can be able to build an UAV drone on their own.
This course module comprises Aerodynamic concepts, Basic calculations, Electronic components selection (such as Motor, Transmitter, ESC), Propeller selection, NAZA V2 flight controller, Flying techniques, Simulator practicing, DGCA regulations etc.learn more Syllabus
The objective of this course is to enhance one’s creativity in aerial photography/filming and how to fly drones. At the end of this course one can be able to think creatively and can able to pilot a drone in any given circumstances to take aerial photos or videos. This course comprises drone SOP’s (Standard operating procedures), DGCA regulations, Aerial shots practice for various events (Such as Contest shoots, Real estate shoots, Cinematic shots, Indoor flying techniques, etc…).learn more Syllabus
The objective of this course is to learn about the one of the advanced GIS remote sensing technology called aerial mapping. At the end of this course one can be able to fly drone autonomously through mission planning and can be able to collect the data, data verifying techniques, Processing the data and generating the outputs.
This course comprises Introduction to GIS, mission planning, Image overlap concepts, DGCA regulations, Drone SOP’s (Standard operating procedures), PIX4D software, Output generation such as DTM, DSM, Contours, etc,..learn more Syllabus
Lidar (Light detection and ranging) is one of the advanced remote sensing technique which measures distance to a target by illuminating the target with pulsed laser light and measuring the reflected pulses with a sensor.
In this course we will be covering the topics such as Introduction to remote sensing, MicroStation V8, Different applications files such as Terra modeler and terra scan, Different types of input files, Point classifications, Ground editing, Break lines, Output generations( DEM, DTM, Contours).At the end of this course one can be able to deal with various LASER data input files (project file, laser file, raster image, etc..) and be able to do classifications and output generations, etc..learn more Syllabus