Advanced, Drone Design & Development Program

Total Duration: 12 Weeks
📊 Total Hours: 100 Hours
📄 Theory: 60 Hours (Online)
🧩 Practical: 40 Hours (Onsite Workshops)
🧩 Mode : Hybrid (Online + Onsite)

Advanced, Drone Design & Development Program

Total Duration: 12 Weeks
📊 Total Hours: 100 Hours
📄 Theory: 60 Hours (Online)
🧩 Practical: 40 Hours (Onsite Workshops)
🧩 Mode : Hybrid (Online + Onsite)

Build Heavy-Lift Drones for Agriculture, Cargo, and Survey Applications

Designing and building large drones for real-world applications like agriculture, cargo delivery, and surveying is a significant challenge faced by students and drone professionals alike. At Vaimaanik Academy, we bridge this gap with the strong technical backing of Drone Drive Technologies Pvt. Ltd., a company with a proven track record of developing a wide range of drones, UAVs, and eVTOL platforms  from 500 grams to 250 kilograms.

With over 4 years of hands-on experience, our expert team offers immersive, practical training designed to equip learners with end to-end skills in building and deploying industrial-grade drones.

Course Highlights

  • Advanced, Project-Based Curriculum
    Learn through real-world projects that involve designing and fabricating customized drones.
  • End-to-End Drone Development
    Building, configuring, and tuning flight systems
    Gain practical experience in:
    1. Aerodynamic design
    2. Structural fabrication
    3. Selecting and integrating components (motors, ESCs, flight controllers, batteries, payloads, etc.)
  • Troubleshooting & Field Testing
    Develop critical troubleshooting skills and perform test flights with support from experts.
  • Industrial-Grade Tools & Platforms
    Train using industry-standard tools and software used in drone R&D and manufacturing.
  • Mentorship from Experienced Engineers
    Learn directly from professionals involved in building drones for commercial and specialized use-cases.

Learning Outcomes

Participants will gain deep, application-oriented knowledge in:

  • UAV Flight Dynamics & Aeromechanics.
  • Advanced Multirotor Architecture.
  • Component Selection & Electrical Integration.
  • Payload-to-Weight Optimization & Load Analysis.
  • Structural Design Using 3D Printing.
  • Mechanical Assembly & Sensor Calibration.
    • Application Modules:
      • Agri/Cargo Logistics
      • Geospatial Mapping
      • Aerial Imaging
      • Heavy-Lift UAV Power Systems & Redundancy.
      • Integrated Payload Mounting & Control Systems.
      • Test Flights, Troubleshooting & Field-Ready Protocols.

Course Fee: ₹25,000
(Inclusive of all materials for practical sessions)
Special Options:
Standard Package: Includes all components and spares required for assembly and flight (components will remain at the academy after use)

Bring Your Own Kit: Students can bring/purchase their own drone kits. In this case, the model will be carried home by the student after training.

Total Fee: ₹
Discount: 15%
Net Payable: ₹

Total Fee: ₹
Discount: 15%
Net Payable: ₹