UAV Projects for Engineering Students
UAV Related Projects — Drones, Flight Software & Aerial AutonomyUAVs combine flight control, onboard sensing, computer vision and mission planning. Final-year projects that use PX4/ArduPilot SITL, aerial detection, path planning with obstacle avoidance, or multi-drone coordination in Gazebo/AirSim produce strong, measurable results.
Below are 60+ topics across flight control, aerial vision, planning, SLAM, swarms and simulation, with tools used in research and industry (PX4, ArduPilot, ROS2, Gazebo, YOLO, MAVSDK).
PX4
ArduPilot
ROS / ROS2
Gazebo / AirSim
YOLO / OpenCV
MAVSDK / MAVLink
| # | UAV Related Project Topic | Tools Used |
|---|---|---|
| 🛫 Flight Control · Autopilot · Missions | ||
| 01 | CtrlPX4 SITL Mission Planning and Waypoint Navigation | PX4, QGroundControl, MAVLink |
| 02 | CtrlArduPilot Autonomous Mission with Geofence and RTL | ArduPilot, Mission Planner |
| 03 | CtrlMAVSDK Offboard Control from Companion Computer | MAVSDK, PX4, Python/C++ |
| 04 | CtrlPID Tuning and Attitude Control Analysis (SITL) | PX4 / ArduPilot logs, analysis |
| 05 | CtrlFailsafe Behaviours: Loss of RC / GPS / Battery | PX4 params, SITL scenarios |
| 06 | CtrlPrecision Landing using IR Lock or Visual Markers | PX4, AprilTag / IR, camera |
| 07 | CtrlAltitude Hold and Position Control Evaluation | SITL, trajectory logs |
| 08 | CtrlCustom Flight Mode or State Machine for Missions | PX4 modules / ROS2 nodes |
| 09 | CtrlBattery-Aware Mission Planning and Return Logic | MAVLink telemetry, planner |
| 10 | CtrlComparison of PX4 vs ArduPilot for a Fixed Mission | Both SITL stacks, metrics |
| 📷 Aerial Computer Vision · Detection · Tracking | ||
| 11 | VisionAerial Object Detection (Vehicles, People, Objects) | YOLO, OpenCV, drone footage |
| 12 | VisionReal-Time Target Tracking from Moving UAV Camera | SORT / ByteTrack, YOLO |
| 13 | VisionLanding Pad / Helipad Detection and Pose Estimation | AprilTag / ArUco, OpenCV |
| 14 | VisionCrop / Field Segmentation for Agricultural UAV | Seg models, NDVI concepts |
| 15 | VisionOptical Flow-Based Velocity Estimation | OpenCV flow, PX4 fusion |
| 16 | VisionVisual Servoing for Approach and Landing | Image-based control, ROS |
| 17 | VisionThermal / IR Object Detection for Search Scenarios | Thermal datasets, YOLO |
| 18 | VisionChange Detection Between Flight Passes (Mapping) | Orthomosaic concepts, CV |
| 19 | VisionHuman Pose / Activity Recognition from Aerial View | Pose models, aerial data |
| 20 | VisionOnboard Inference Optimisation for Jetson / Edge | TensorRT, YOLO, Jetson |
| 🗺️ Path Planning · Obstacle Avoidance | ||
| 21 | Plan3D Path Planning for UAV (A* / RRT in Voxel Space) | Custom planner, occupancy |
| 22 | PlanObstacle Avoidance with Depth Camera / Stereo | Depth, local planner, ROS |
| 23 | PlanCoverage Path Planning for Mapping / Inspection | Boustrophedon, lawnmower |
| 24 | PlanDynamic Replanning when Obstacles Appear | Local + global planner |
| 25 | PlanEnergy-Efficient Trajectory Generation | Optimisation, battery model |
| 26 | PlanNo-Fly Zone and Geofence-Aware Planning | Polygon constraints, planner |
| 27 | PlanMulti-Waypoint Mission Optimisation (TSP-style) | OR-Tools / heuristics |
| 28 | PlanReactive Avoidance using Artificial Potential Fields | APF, simulation |
| 📍 SLAM · Localization · Mapping | ||
| 29 | SLAMVisual SLAM for UAV Indoor / Outdoor Navigation | ORB-SLAM concepts, ROS |
| 30 | SLAMVisual-Inertial Odometry (VIO) Pipeline | VINS / OpenVINS concepts |
| 31 | SLAMGPS-Denied Navigation using Vision + IMU | VIO, PX4 EKF concepts |
| 32 | SLAMAerial Mapping and Orthomosaic Generation Concepts | SfM / photogrammetry tools |
| 33 | SLAMMap-Based Localization with Prior Maps | Feature matching, pose graph |
| 34 | SLAMLoop Closure for Consistent Aerial Maps | Bag-based place recognition |
| 🐝 Multi-UAV · Swarm Systems | ||
| 35 | SwarmMulti-Drone Formation Control (Leader–Follower) | PX4 SITL multi, ROS2 |
| 36 | SwarmDistributed Coverage / Search with Multiple UAVs | Coordination protocol, sim |
| 37 | SwarmCollision Avoidance in Multi-UAV Scenarios | Shared state, local rules |
| 38 | SwarmTask Allocation among Heterogeneous Drones | Auction / greedy assignment |
| 39 | SwarmCommunication-Aware Swarm Coordination | Simulated links, ROS2 |
| 40 | SwarmSynchronised Takeoff / Landing of a Small Fleet | Multi-SITL, mission sync |
| 🖥️ Simulation — Gazebo · AirSim · SITL | ||
| 41 | SimPX4 + Gazebo Full Stack Simulation Environment | PX4 SITL, Gazebo, ROS |
| 42 | SimAirSim Drone Simulation with Vision Pipeline | AirSim, Unreal, Python API |
| 43 | SimCustom World / Obstacle Course for UAV Testing | Gazebo world files |
| 44 | SimSensor Noise and Wind Disturbance Modelling | SITL params, analysis |
| 45 | SimClosed-Loop Vision + Control Demo in Simulation | Gazebo/AirSim, YOLO, PX4 |
| 46 | SimBenchmark Scenarios: Success Rate, Time, Energy | Custom metrics, logs |
| 47 | SimHardware-in-the-Loop (HITL) Concepts with Pixhawk | PX4 HITL, companion PC |
| 🔧 ROS2 · Systems Integration · Hardware | ||
| 48 | ROSROS2 Node Architecture for UAV Perception + Control | ROS2, MAVROS / px4_ros |
| 49 | ROSMAVLink Message Bridging and Telemetry Dashboard | MAVLink, web / Qt UI |
| 50 | ROSCompanion Computer Setup (Jetson / RPi) with Autopilot | Jetson, PX4, camera pipeline |
| 51 | ROSSynchronised Sensor Topics and TF for Aerial Frames | ROS2, tf2, message_filters |
| 52 | ROSSafety Supervisor: Geofence + Battery + Link Monitor | Custom node, MAVLink |
| 📊 Applications · Evaluation · Research | ||
| 53 | AppSearch-and-Rescue Pattern with Detection Alerts | Coverage + YOLO, alerts |
| 54 | AppInfrastructure Inspection Path (Towers, Bridges Concepts) | Waypoint gen, vision |
| 55 | AppDelivery Mission Simulation with Payload Concepts | SITL, mission scripting |
| 56 | AppAgricultural Survey: NDVI-style Analysis Pipeline | Multispectral concepts, CV |
| 57 | EvalFlight Log Analysis and Performance Metrics Suite | ulog / tlog parsers |
| 58 | EvalDetection Accuracy vs Altitude / Speed Study | YOLO, controlled flights |
| 59 | EvalRobustness to Wind and Sensor Noise in SITL | PX4 disturbance models |
| 60 | ResearchSim-to-Real Gap Analysis for Aerial Vision Models | Gazebo/AirSim vs real |
| 61 | ResearchCommunication Latency Impact on Offboard Control | MAVSDK, delay injection |
| 62 | ResearchComparative Study of Local Planners for UAV Avoidance | Multiple planners, metrics |
| 63 | ResearchReproducible UAV Experiment Protocol for Students | Configs, seeds, logging |
| 64 | ResearchScalability of Swarm Coordination Algorithms | Multi-SITL, N agents |
| 65 | ResearchEdge AI Latency vs Accuracy Trade-off Onboard UAV | Jetson, TensorRT, YOLO sizes |
Topics use widely available tools (PX4, ArduPilot, ROS2, Gazebo, AirSim, YOLO). Contact us for reference material, simulation/control/vision code, evaluation setup, university-format report, PPT and viva Q&A for any topic above.
Why Choose Us for UAV Projects?
Bangalore-based guidance for BE, BTech and MTech students working on flight software, aerial vision and multi-drone systems.
Flight Control
PX4 and ArduPilot missions, offboard MAVSDK control, failsafes and precision landing in SITL.
Aerial Vision
Detection, tracking, landing pads and onboard Jetson inference with YOLO and OpenCV.
Planning & SLAM
3D path planning, obstacle avoidance, visual-inertial odometry and coverage missions.
Simulation & Swarm
Gazebo/AirSim stacks, multi-UAV formation and closed-loop vision–control demos.
Frequently Asked Questions — UAV Related Projects
Top topics include PX4/ArduPilot mission control, aerial object detection and tracking, 3D path planning with obstacle avoidance, visual SLAM / VIO, precision landing, multi-drone swarms, and Gazebo/AirSim closed-loop simulation.
PX4, ArduPilot, MAVSDK / MAVLink, ROS / ROS2, Gazebo, AirSim, OpenCV, YOLO, QGroundControl, Mission Planner, and companion computers such as Jetson or Raspberry Pi.
Yes. Packages include reference material, simulation or control/vision code, evaluation metrics, demo notes, university-format report, PPT and viva Q&A.
Both are open-source autopilot stacks. PX4 emphasises modular architecture and strong research use; ArduPilot has a long history and broad vehicle support. Student projects can use either with SITL simulation and MAVLink ground control.
UAV Project Lab — Bangalore
Simulation, flight software and aerial vision guidance for BE, BTech and MTech UAV projects.
PX4 / ArduPilot
SITL Missions
Flight ControlSITL Missions
Aerial Detection
& Tracking
YOLO / OpenCV& Tracking
3D Path Planning
& Avoidance
Motion Planning& Avoidance
Gazebo / AirSim
Stacks
SimulationStacks
Visual SLAM / VIO
Pipelines
LocalizationPipelines
Multi-UAV
Swarm Demos
FormationSwarm Demos
ROS2 + MAVLink
Integration
MiddlewareIntegration
Viva & Report
Preparation
DocumentationPreparation