Inphoenix
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FLAGSHIP PROGRAM

UAV & DroneEngineering

Master the complete UAV development lifecycle through our industry-leading flagship program. From conceptual design to manufacturing and systems integration, gain hands-on expertise with real-world projects and cutting-edge methodologies.

500+
Students
4.9/5
Rating
6
Modules
Duration
6 Modules
Comprehensive Coverage
Format
Live
Instructor-Led
Level
All Levels
Beginner to Advanced
Projects
Real
Case Studies
TARGET AUDIENCE

Who Should Attend?

This program is designed for professionals and students in aerospace engineering

Students

Aerospace & mechanical engineering students

Engineers

Early-career aerospace professionals

Startups

UAV startup founders & teams

Defense & R&D

Defense & research interns

COMPREHENSIVE CURRICULUM

Course Curriculum

6 comprehensive modules covering the complete UAV development lifecycle

Module Breakdown

UAV mission definition & requirement flow-down
UAV classification & configuration trade studies
Payload, endurance, range & speed estimation
Weight breakdown & mass estimation techniques
Wing loading, power loading & performance constraints
Propulsion selection & energy budgeting
Initial sizing loops & feasibility checks
Design iteration & sensitivity analysis
Learning Outcome
Students can independently size a UAV from mission requirements.

Module Breakdown

Endurance vs range optimization theory
Airfoil selection for low Reynolds numbers
Wing planform & aspect ratio optimization
Drag build-up and performance estimation
Stability & control sizing (tail volume coefficients)
Powerplant & propeller matching
Structural layout for lightweight wings
Case study: 20–24 hour endurance UAV
Learning Outcome
Ability to design endurance-optimized fixed-wing UAVs ready for CFD & prototyping.

Module Breakdown

VTOL UAV architectures & trade-offs
Lift + cruise vs tilt-rotor vs tilt-wing
Transition flight physics
Thrust sizing for vertical flight
Power & energy management challenges
Stability & control in hover and transition
Structural & mechanical integration
Real-world failure modes & lessons learned
Learning Outcome
Ability to architect VTOL UAVs with realistic design margins.

Module Breakdown

UAV structural load paths
Material selection (composites, metals, polymers)
Wing, fuselage & joint design
Composite manufacturing methods
Weight vs strength trade-offs
Structural safety factors & margins
Manufacturing constraints & tolerances
Ground testing & validation
Learning Outcome
Design UAV structures that can actually be built and flown.

Module Breakdown

Low-Reynolds-number aerodynamics
Lift, drag & moment estimation
Stability derivatives & static stability
Longitudinal and lateral-directional stability
Control surface sizing
Trim analysis
Performance validation
Aerodynamic design pitfalls
Learning Outcome
Ability to analyze and validate UAV aerodynamic behavior before CFD.

Module Breakdown

Systems engineering mindset for UAVs
Subsystem interfaces & dependencies
Payload, avionics & power integration
Redundancy & reliability considerations
Design iteration workflows
Risk management & trade studies
Verification & validation strategy
Full UAV design walkthrough
Learning Outcome
System-level thinking required for real UAV programs.
KEY COMPETENCIES

What You'll Master

Key skills and competencies you'll develop throughout the program

Conceptual Design

Master the art of translating mission requirements into feasible UAV configurations using first-principles engineering

VTOL Systems

Design and analyze VTOL and hybrid UAV architectures with realistic constraints and performance margins

Aerodynamics

Develop deep understanding of low-Reynolds-number aerodynamics and stability analysis for UAV applications

Manufacturing

Bridge the gap between design and production with practical knowledge of composite manufacturing and structures

Systems Integration

Learn end-to-end systems engineering approach to integrate all UAV subsystems into a complete system

Real Projects

Work on real design case studies including 20-24 hour endurance UAV and VTOL transition analysis

READY TO START YOUR JOURNEY?

Transform Your
UAV Engineering Career

Join hundreds of engineers who have mastered UAV design through our flagship program. Get hands-on experience with real projects, industry-standard workflows, and expert mentorship from aerospace professionals.

500+
Engineers Trained
4.9/5
Average Rating
100%
Hands-on Projects