Design and Development of UAV

Design and Development of UAV | SKYIFY LMS
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Design and Development of UAV

Beginner-friendly aerospace course
Saving learning progress…
✈️ Aerospace Engineering  ·  Beginner Level

Master UAV Design & Development
from Concept to
Deployment.

A structured 14-module course covering every phase of UAV design and development — from airspace regulations and payloads to fabrication, flight control, navigation, swarm coordination, and AI/ML in drones.

12Modules
280MCQs
30hContent
Design and Development of UAV
Conceptual design · Aerodynamics · Structures · Performance
★★★★☆
4.2
(92 ratings) · 2,268 students
BestsellerFree CourseCertificate
Free Certificate on Completion
Best for laptop
Video + Theory + Simulations
20 MCQs per Module
AIW™ Certified
What you'll learn

Skills you'll gain from this course based on emerging UAV trends

Designed for freshmen with zero background — built to take you from Indian airspace regulations to a complete UAV design and development framework.

Navigate India's Digital Sky policy, airspace zoning, and NPNT compliance for legal UAV operations

Select and integrate payloads — camera, LiDAR, multispectral, and delivery systems — with mass budgeting

Choose UAV configurations and perform sizing, weight estimation, and layout trade-offs

Wire ESCs, motors, flight controllers, receivers, and power distribution systems

Fabricate UAV frames using 3D printing, CNC machining, and composite lay-up techniques

Understand flight controller architecture, PID control loops, and attitude stabilization

Apply VLOS/EVLOS/BVLOS operating rules and safe visual-range flight procedures

Design reliable RF communication links for telemetry, video downlink, and command uplink

Implement GPS/GNSS, INS, and sensor fusion for autonomous UAV navigation

Plan waypoint missions and obstacle-aware coverage paths using planning algorithms

Build autonomous UAV systems and decentralized multi-UAV swarm coordination

Interpret and counter jamming and signal-interference scenarios in UAV operations

Apply AI/ML techniques for detection, tracking, and intelligent decision-making in drones

Course Content

14 modules · 35 hours · 280 MCQs

Every module includes a video lesson, detailed theory notes, an interactive simulator, FAQ section, and 20 multiple-choice questions.

✈️
Design and Development of UAV
SKYIFY LMS
Free
Full access · No payment needed
2,268 students already enrolled

This course includes:

🎬12 video lessons (YouTube embedded)
📖Detailed theory notes for every module
🧪Interactive design simulators
FAQs answered by Dr. Aishwarya Dhara
📝280 MCQs with instant feedback
🏆Completion certificate (printable PDF)
📱Access on mobile, tablet, and desktop

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Your Instructor

Learn from an aerospace expert

Dr. Aishwarya Dhara
Dr. Aishwarya Dhara
Course Designer & Aerospace Educator
Head of Department & Assistant Professor — Aerospace Engineering, GNA University, Punjab
4.2 Instructor Rating
👥2,268+ Students
🎓1 Course on Platform
🔬AI/ML · Design Optimization

Dr. Dhara specializes in AI/ML applied to aerospace vehicle design, design optimization, and aerodynamics. This UAV Design and Development LMS was developed to give freshmen a structured, interactive entry point into the multidisciplinary world of aircraft engineering — combining real theory with simulators and assessments.

Student Reviews

What students are saying

4.2
★★★★☆
Course Rating  ·  92 Ratings
5★
52%
4★
38%
3★
9%
2★
1%
1★
<1%
L
Lashun
★★★★★
1 year ago

Great course with excellent diagrams and explanations! The simulations really helped me understand how changing parameters affects the aircraft design. Perfect for a first-year aerospace student.

U
Arun
★★★★½
25 days ago

Good material overall — the MCQs are very useful for revision. The theory notes are detailed and beginner-friendly. Would love to see a V-N diagram module added in future.

J
Jean
★★★★★
2 year ago

Interesting and well-structured. It starts methodically and builds up significantly as you progress through the modules. The FAQs are particularly helpful for clearing up concepts.

Course Modules

Browse all 14 modules

Click any module to jump straight in.

Why this course works

Built for how freshmen actually learn

Every module is designed as a complete learning unit with multiple complementary formats.

🎬
Video Lessons

Each module opens with a curated video lesson that introduces the key concepts before diving into theory.

📖
Theory Notes

Detailed, freshman-friendly written explanations for every topic — with just enough math to build real understanding.

🛩️
Design Simulators

Interactive sliders let you explore how design parameters affect the aircraft — turning abstract equations into intuition.

📝
MCQ Assessments

20 questions per module with instant feedback. Track your score across all modules and identify gaps.

Ready to design your first aircraft?

Join 2,268 students already enrolled. Complete the required progress across all 14 modules and earn your certificate — completely free.

Welcome to the Course

Select a module from the sidebar to begin. Each module has theory, video, simulator, Mission builder, and 20 MCQs.

✈️ UAV Design📚 14 Modules

Module Presentation

Theory Notes

Reference

  1. Austin, Reg. Unmanned Aircraft Systems: UAVS Design, Development and Deployment. John Wiley & Sons, 2011.
  2. Fahlstrom, Paul G., Thomas J. Gleason, and Mohammad H. Sadraey. Introduction to UAV Systems. John Wiley & Sons, 2022.
  3. Sadraey, Mohammad. Unmanned Aircraft Design: A Review of Fundamentals. Morgan & Claypool Publishers, 2017.
  4. Kim, Gyou Beom, et al. “Design and Development of a Class of Rotorcraft-Based UAV.” International Journal of Advanced Robotic Systems, vol. 10, no. 2, 2013, p. 131.
  5. Bappy, A. M., et al. Design and Development of Unmanned Aerial Vehicle (Drone) for Civil Applications. BRAC University, 2015.