Aerospace Engineering Project Ideas and Topics for Final Year Students

10-Feb-2026

Aerospace engineering is a field that combines various subjects: aerodynamics, propulsion, structures, materials, control systems, avionics, and flight mechanics. In the final year, students are expected to move beyond their theoretical concepts and apply the knowledge to engineering problems that may arise in real life. A final-year engineering project is not only a degree requirement; it is a bridge between classroom learning and real industry work.

The best final-year projects are practical, implementable, and related to core aerospace subjects. They would involve analysis, design, simulation, and testing wherever possible. Such projects also help students build technical confidence and problem-solving skills and prepare them for higher studies or jobs in the aerospace industry.

Why These Projects Are Important for Final Year Students

• They combine several areas of study, such as aerodynamics, propulsion, and structures, into a single application.
• They enhance software skills in ANSYS, MATLAB, CATIA, and SolidWorks, which they use throughout their industry.
• They develop practical understanding, not just theoretical perspective.
• They help strengthen resumes for aerospace companies and research organizations.
• They prepare students for postgraduate research and real aircraft design challenges.

Read Also: Robotics & Automation Engineering Project Ideas for Final Year Students

Top 15 Project Ideas in Aerospace Engineering

1. Design and Fabrication of a Fixed-Wing Mini UAV

This project requires the creation of a small unmanned aerial vehicle, which will use a fixed-wing design. The aircraft requires lightweight construction and aerodynamic stability, and it needs to maintain controlled flight operations. You will calculate lift, drag, wing loading, and endurance before fabrication. The final step requires flight testing along with performance assessment.

Tools & Techniques

• Airfoil selection using XFLR5
• 3D modeling in SolidWorks or CATIA
• Thrust calculation and motor selection
• Flight controller integration (Pixhawk/Arduino)
• Field testing

Expected Outcomes

• Stable flight for at least 20 minutes
• The system provides continuous real-time information on aerodynamic design.
• Offers actual experience in implementing aircraft systems

2. CFD Analysis of NACA Airfoil at Different Angles of Attack

In this project, you will study airflow over a selected NACA airfoil. The airfoil will be analyzed at different angles of attack using CFD software. The study will focus on three aspects: pressure distribution, velocity variation, and stall behavior. The objective of this project is to compare simulation results with theoretical data. 

Tools & Techniques

• ANSYS Fluent
• Structured or unstructured meshing
• Reynolds number calculations
• MATLAB for graph plotting

Expected Outcomes

• Lift and drag coefficient graphs
• Identification of stall angle
• Better understanding of airflow behavior

3. Design and Development of a Low-Speed Wind Tunnel

This project is about constructing a small subsonic wind tunnel, which will be used to test the section and diffuser. The system enables users to measure airflow velocity, while smoke testing provides visualization of flow patterns. This project requires practical experimentation work.

Tools & Techniques

• CAD modeling
• Fabrication using acrylic sheets or plywood
• Axial fan selection
• Velocity measurement instruments

Expected Outcomes

• Functional wind tunnel model
• Experimental validation of airflow
• Practical exposure to aerodynamic testing

4. Rocket Nozzle Design and Performance Analysis

This project requires the development of a converging-diverging rocket nozzle design. You will calculate throat area, exit area, and expansion ratio. The project includes both thrust calculation and Mach number analysis. The simulation enables students to study supersonic exhaust flow.

Tools & Techniques 

• Gas dynamics equations
• MATLAB for thrust calculations
• ANSYS Fluent for flow simulation

Expected Outcomes

• Nozzle geometry design
• Thrust performance analysis
• Understanding of rocket propulsion principles

5. Structural Analysis of Aircraft Wing Using Composite Materials

The project examines how aircraft wing sections made of composite materials function under different structural conditions. The study will test carbon fiber and aluminum materials by applying identical load conditions to both materials. Students will conduct an analysis of stress, strain, and deformation measurement results. The study aims to assess how weight reduction affects strength improvement in the evaluation process.

Tools & Techniques

• SolidWorks modeling
• ANSYS Static Structural
• Material Property Comparison

Expected Outcomes

• Stress and deformation results
• Safety factor calculation
• Knowledge of modern aircraft materials

6. Development of a Quadcopter with PID Control

This project involves building a quadcopter and implementing a PID controller for stable flight. The drone must maintain stable hovering and respond properly to disturbances. You will need to adjust PID settings until you achieve optimal system performance. The connection establishes a link between control system theory and practical flight testing.

Tools & Techniques

• Arduino or STM32 controller
• Gyroscope and accelerometer sensors
• MATLAB for PID tuning
• Flight testing

Expected Outcomes

• Stable hovering drone
• Improved response time
• Practical understanding of feedback control

7. Aircraft Landing Gear Design and Impact Analysis

In this project, you will focus on developing a landing gear system design that can withstand impact loads during landing. The system must reduce stress on the fuselage. You will conduct shock absorption analysis through the application of spring-damper principles. This project will use simulation methods to investigate the effects of dynamic loads.

Tools & Techniques

• CAD modeling
• ANSYS dynamic simulation
• Load calculations

Expected Outcomes

• Safe landing gear design
• Impact force analysis
• Knowledge of structural dynamics

8. Solar-Powered UAV for Long Endurance

The project involves developing a UAV system that utilizes solar power as one of its energy sources. The wings of the aircraft will have solar panels installed to produce electrical power. You will calculate the energy balance between power generation and consumption. The project aims to improve flight endurance.

Tools & Techniques

• Solar efficiency calculations
• MATLAB energy simulation
• Lightweight structure design

Expected Outcomes

• Extended flight time estimation
• Power system optimization
• Exposure to renewable energy integration

9. Supersonic Flow Simulation Over a Cone

The project investigates compressible flow behavior at supersonic velocities. The simulation requires you to model airflow patterns above a cone while studying the resulting shock wave patterns. The study will examine how Mach number variations affect the angle of shock waves. This connects directly with gas dynamics.

Tools & Techniques

• ANSYS Fluent
• Mach number calculations
• Shock wave equations

Expected Outcomes

• Shock angle calculation
• Pressure and Mach contours
• Understanding of high-speed aerodynamics

10. Flight Data Recorder System Using Sensors

The project requires development of a compact flight data recording system that records operational data. The system will capture flight data, which includes altitude, acceleration, and speed measurements. The system allows data to be recorded in memory for future analysis. The project focuses on studying avionics and instrumentation system technologies. 

Tools & Techniques

• Arduino
• Barometer and accelerometer sensors
• Data logging using SD card
• Data plotting in Excel or MATLAB

Expected Outcomes

• Working data recorder
• Graphical analysis of flight parameters
• Practical avionics understanding

11. Blended Wing Body Aircraft Design

The project involves the development of a blended wing body aircraft design. The goal is to decrease drag while achieving better fuel efficiency. Students will assess the aircraft's aerodynamic performance through comparison with traditional aircraft design. The CFD analysis will showcase the design enhancements achieved through the study.

Tools & Techniques

• CATIA modeling
• CFD drag analysis
• Lift-to-drag ratio calculation

Expected Outcomes

• Drag comparison results
• Improved aerodynamic efficiency
• Future aircraft design knowledge

12. Vibration Analysis of Aircraft Fuselage

The project examines how a fuselage section vibrates. The students will determine the natural frequencies and mode shapes of the system. The project aims to prevent resonance conditions from occurring. This is important for the safety of aircraft operations.

Tools & Techniques

• ANSYS modal analysis
• Frequency response study

Expected Outcomes

• Natural frequency values
• Mode shape diagrams
• Structural safety evaluation

13. Ramjet Engine Performance Study

In this project, you will study the working principle of a ramjet engine. You will analyze pressure, temperature, and thrust generation. The demonstration requires a small model or simulation. The focus is on examining the air-breathing propulsion systems.

Tools & Techniques

• Thermodynamic cycle calculations
• MATLAB analysis
• CFD simulation

Expected Outcomes

• Thrust estimation
• Pressure distribution results
• Knowledge of supersonic propulsion

14. Autonomous Drone Navigation Using GPS

This project requires developers to program a drone flight system that uses GPS waypoints for navigation. The drone will follow a predefined path automatically. The system will use navigation algorithms for control. This connects flight mechanics and navigation systems.

Tools & Techniques

• Pixhawk controller
• Mission Planner software
• GPS module integration

Expected Outcomes

• Successful autonomous flight
• Improved navigation accuracy
• Understanding of guidance systems

15. Thermal Protection System Analysis for Re-entry Vehicle

This project studies heating during atmospheric reentry. You will study thermal transfer properties of a thermal protection material. It also involves evaluating various materials to conduct their comparison work. The goal is to prevent structural failure caused by high-temperature conditions.

Tools & Techniques 

• Heat transfer equations
• ANSYS thermal simulation
• Material comparison study

Expected Outcomes

• Temperature distribution results
• Material performance comparison 
• Knowledge of space vehicle design

Some More Project Topics to Explore

• Active Flow Control Using Micro Vortex Generators
• Design Optimization of Supersonic Air Intakes
• Aeroelastic Flutter Analysis of High-Aspect-Ratio Wings
• Fatigue Life Estimation of Aircraft Structural Components
• Development of Smart Actuators for Control Surfaces
• Micro Air Vehicle (MAV) Design for Indoor Surveillance
• Heat Transfer Analysis in Turbine Blades
• Additive Manufacturing of Aerospace Brackets
• Design of Deployable Space Structures
• Rocket Combustion Instability Analysis

Read Also: Mechanical Engineering Project Ideas and Topics for Final Year Students

Conclusion

Final-year aerospace projects enable students to develop their engineering skills. It has also been observed that these projects develop the understanding of how theoretical knowledge interacts with practice. These projects are vital because they help students enhance their skills, knowledge, and understanding, along with confidence to face actual challenges in the aerospace industry or research. When you select a project that aligns with your interest, then it can strongly influence your career growth and future opportunities in this field.

Aerospace Engineering