Program Objective
This course will focus on the designing and development of drones using advanced simulation software modules to gain in-depth knowledge on the types of drones, including the complexities of individual components like motors, propellors, frame, landing gears, ESCs, Receivers, Transmitters, etc.
Course Objective
In this course you will learn about the history and the fundamentals of drones. You will also learn the following:
- Understanding Manufacturing
- The drone Avionics System
- How to Integrate the UAV components
- The concept of static and dynamic stability
- Industrial Design of drones
- The multi-rotor drone configurations
- Altitude dynamics, roll dynamics, and PITCH dynamic
- Yaw dynamics and linearized model of quadcopter dynamics.
- Fixed-wing drone and its parts
- Drone fuselage, aerodynamics, Fluid Mechanics, Computational Fluid Dynamics (CFD).
- Aeroacoustics, heat transfer, fixed-wing drone, multi-rotor drone, vibration, and fatigue
Program Highlights
- Interactive content
- Hands on workshops
Software Trained
Using Hexagon D&E ad Production Solutions
60 Hours
- VISI Advanced Free Form CAD
- Easy5 Basic Package
- Easy5 Basic Analysis Only Package
- MSC Nastran LS Productivity Bundle MSC Apex Modeler
- MSC Apex Structures
- MSC Nastran
- Aeroelasticity I
- Actran/Acoustics
- Actran/Vibro-Acoustics
- Cradle CFD
Who Should Attend
- B.E. / B.Tech / Diploma in Mechanical / Automotive Engineering
- Final year B.E. / B.Tech / Diploma students
