Project archive

Projects built across robotics, autonomy, and control.

A complete archive of research and engineering work, with methods, tools, and documented outcomes.

Physical multi-sensor payload mounted on the TurtleBot rescue platformView case study
Research prototype

Offline AI Payload for Search & Rescue Robots

A modular payload for rescue robots that combines thermal and visual detection, a radar sensor, gas and flame sensing, an offline voice assistant and long-range alerts, all running on a small Jetson TX2 computer without internet.

Search & RescueEdge AIROS 2Computer Vision
Outdoor area and reconstructed coloured point cloud from the UAV mapping experimentView case study
Research prototype

Demonstrating the Efficiency of RKO-LIO on a DJI UAV Platform Utilizing Drone Built-in IMU for GPS-Denied Mapping

A mapping payload for the DJI Matrice M350 RTK drone that builds accurate 3D maps of outdoor areas without relying on GPS. A LiDAR scanner and a small onboard computer reuse the drone's built-in motion sensor, so no extra sensor is needed.

UAVRKO-LIOLiDAR-Inertial OdometryROS 2
Coloured 3D voxel map of a tunnel built live from the drone's LiDARView case study
Simulation project

Autonomous Cave Exploration & Obstacle-Avoidance Drone

A simulated drone that explores caves, tunnels and mines without GPS. It builds a live 3D map from a LiDAR, plans collision-free routes through it, picks its own next target and recovers when it gets stuck.

ROS 2Autonomous UAV3D MappingPath Planning
Side view of the assembled robotic armView case study
Completed

Robotic Arm: SolidWorks Design to Simscape Control

A robotic arm taken from CAD design to physics simulation. SolidWorks models are imported into Simscape Multibody, inverse kinematics turn a target point into joint angles, and PID control is demonstrated on a simpler two-joint version.

Robotic ArmMechanical CADPhysical SimulationInverse Kinematics
Completed front panel and local selection interface for the Automated Coffee Preparation SystemView case study
Completed

Automated Coffee Preparation System

An embedded automation prototype that coordinates preparation stages from a Raspberry Pi control core. Modular Python software, relay-switched loads, PWM servo actuation, and a local LCD/keypad interface were brought together to automate ingredient dispensing, pumping, and heating-related control.

Embedded SystemsRaspberry PiAutomationElectromechanical Design
Physical 3D-printed interchangeable tool and motor assemblies for the CNC Multi-Function Conversion SystemView case study
Completed

CNC Multi-Function Conversion System

A multi-function digital-fabrication platform created by converting a 3D printer into an interchangeable-tool CNC system. The documented workflow combines mechanical redesign, SVG-to-G-code preparation, and material-aware calibration for wood carving, plastic engraving, and 2D drawing.

Digital FabricationCNC ConversionCAD/CAMMotion Systems