DC Motor
Analytical design, MATLAB simulation, construction, and experimental testing of a brushed DC motor, from QUT's Electromagnetics and Machines unit.
Click a skill to see the projects that use it.
An EESS project giving members hands-on exposure to analog circuit design and embedded systems.
Circuit design and electronics projects: schematics, PCB layout, and prototyping.
A two-tone siren circuit designed, simulated, and built from scratch, from QUT's Electronic Design unit.
An EESS project giving members hands-on exposure to analog circuit design and embedded systems.
An ESP32-based battery current/voltage monitor built to verify the capacity and quality of second-hand battery cells.
An analog front-end for a microphone-based digital voice recorder, from QUT's Electronic Design unit.
An EESS project giving members hands-on exposure to analog circuit design and embedded systems.
An analog front-end for a microphone-based digital voice recorder, from QUT's Electronic Design unit.
Team-designed conceptual RF receiver covering a 3 to 5 GHz band, from QUT's Telecommunications and RF unit.
An analog front-end for a microphone-based digital voice recorder, from QUT's Electronic Design unit.
Reverse engineering and modelling of a commercial grid-connected solar inverter, from QUT's Power Electronics unit.
A two-tone siren circuit designed, simulated, and built from scratch, from QUT's Electronic Design unit.
An ESP32-based battery current/voltage monitor built to verify the capacity and quality of second-hand battery cells.
Reverse engineering and modelling of a commercial grid-connected solar inverter, from QUT's Power Electronics unit.
Long-range fixed-wing UAV built through QUT Aerospace Society for BVLOS observation missions, shark spotting, ecosystem monitoring, and agricultural surveying.
Team-designed conceptual RF receiver covering a 3 to 5 GHz band, from QUT's Telecommunications and RF unit.
Digital control system design for a magnetic levitation module, from QUT's Modern Control unit.
An in-progress MATLAB/Simulink teaching tool for QUTAS, letting members interactively explore PID control on a simulated drone.
Digital control system design for a magnetic levitation module, from QUT's Modern Control unit.
An in-progress MATLAB/Simulink teaching tool for QUTAS, letting members interactively explore PID control on a simulated drone.
An EESS project giving members hands-on exposure to analog circuit design and embedded systems.
An ESP32-based battery current/voltage monitor built to verify the capacity and quality of second-hand battery cells.
Software and firmware projects.
A vision-guided pick-and-place robot arm, from QUT's Introduction to Robotics unit.
A nine-person team's autonomous unmanned aircraft system for search and rescue, built over two semesters.
Classical and machine-learning image segmentation compared head to head, from QUT's Digital Signals and Image Processing unit.
An ESP32-based battery current/voltage monitor built to verify the capacity and quality of second-hand battery cells.
Software and firmware projects.
An embedded implementation of the Simon memory game, from QUT's Microprocessors and Digital Systems unit.
Analytical design, MATLAB simulation, construction, and experimental testing of a brushed DC motor, from QUT's Electromagnetics and Machines unit.
Digital control system design for a magnetic levitation module, from QUT's Modern Control unit.
An in-progress MATLAB/Simulink teaching tool for QUTAS, letting members interactively explore PID control on a simulated drone.
Team-designed and simulated OFDM communications system, from QUT's Advanced Telecommunications unit.
Software and firmware projects.
An analog front-end for a microphone-based digital voice recorder, from QUT's Electronic Design unit.
Team-designed conceptual RF receiver covering a 3 to 5 GHz band, from QUT's Telecommunications and RF unit.
Long-range fixed-wing UAV built through QUT Aerospace Society for BVLOS observation missions, shark spotting, ecosystem monitoring, and agricultural surveying.
A nine-person team's autonomous unmanned aircraft system for search and rescue, built over two semesters.
Long-range fixed-wing UAV built through QUT Aerospace Society for BVLOS observation missions, shark spotting, ecosystem monitoring, and agricultural surveying.
A nine-person team's autonomous unmanned aircraft system for search and rescue, built over two semesters.