Start with a useful question
Define what the task needs before deciding what the system should contain. Purpose gives each design decision a direction.
From observing the world. To working within it
An independent robotics team founded by University of Bristol students.
Team
Bringing observation and physical action together
NOEPRA is an independent robotics team. We are developing a modular aerial-robotics system: a platform, interchangeable task tools and a shared software direction. Our work starts with interfaces that can be examined, tested and improved.
Ideas become engineering
Translate task constraints into inspectable design decisions. Use prototypes and records to guide the next iteration.
Bristol’s flight and robotics facilities
Queen’s Building. Home of engineering at the University of Bristol.
Temple Quarter. The university’s new enterprise campus beside Temple Meads.
Indoor flight arena. A motion-capture arena for flight and comparison trials under controlled conditions.
Workshop. Electronics, mechanisms and prototype assembly on shared benches.
Wind tunnel. Aerodynamic and aeroacoustic questions, studied in controlled airflow.
Fenswood field site. Beyond the lab: open ground, real wind and terrain.
Working principles
Make progress observable
Keep a prototype, an observation and an intended capability distinct. Engineering moves forward through checks that can be repeated.
Connect clear responsibilities
Platforms carry. Tools perform a task. Software coordinates and records. Clear boundaries make collaboration and change possible.
The people behind the work
An independent robotics team founded by University of Bristol students.
From mechanical interfaces to task software, we want different perspectives to meet around a shared engineering question.
CollaborationThe people behind the work
Mingqian Gao
Product direction, system architecture & onboard intelligence
Mingqian started NOEPRA and is responsible for product direction, system architecture, onboard electronics and AI development. He defines engineering requirements across the aircraft, tools and software, focusing on the relationships between interfaces, power, communication and mission workflows.
Read profile
Zeming Su
Aircraft structures, propulsion & prototype validation
A core member of NOEPRA’s development team, Zeming works on aircraft structures, propulsion, mechanical design, manufacturing and prototype testing. His experience includes high-speed micro-aircraft and tilt-rotor VTOL development.
Read profileThe immediate focus
A modular aerial platform, interchangeable vision and grasping tools, and the software architecture that connects them. Each capability is developed and validated in stages.
ProductsA wider horizon
Marine platforms and wider robotic systems remain future directions. The aerial system is the immediate engineering focus.
