Spacecraft Propulsion S5 - AERO7XXXX /9XXXX
Aims
Through this module you will become familiar with the fundamental concepts and practical engineering theory related to propulsion systems for spacecraft. Both chemical and electrical thruster technologies will be discussed. This will include an overview of plasma physics relevant to electric propulsion devices. Additionally, essential astrodynamics concepts including orbital transfers, plane change, low thrust manoeuvres will be reviewed.
Role
Course Leader
Spacecraft Systems - MSc AERO70019
Aims
This module presents an industry standard methodology for spacecraft systems analysis and design. The main concepts covered in this course include the mission objectives: requirements analysis, political and regulatory constraints and financial considerations; the system as a whole: the launch vehicle/launch environment, spacecraft platform and ground segment; and the subsystem requirements: thermal, structure, power, electronics, communications and attitude control.
Role
Course Leader
Spacecraft Structures S4 - MSc AERO70018
Aims
This module presents state-of-the-art methodologies for the design of spacecraft structures, from launchers to satellite platforms and to habitable inflatable modules. The fundamental knowledge provided in this course will involve how hazardous spacecraft-environment interactions can be predicted and mitigated at material and structural level; awareness of design methods and certification requirements for both structures and payloads that can successfully withstand launch and insertion into orbit; and the understanding of the operational principles for deployable structures in space applications and of the relevant design strategies.
Role
Lecturer
Emerging Technology for Green Aviation - MSc AERO70031
Aims
The aim is to introduce the key technological advances, and the corresponding underlying principles, for a greener aviation. This includes the potential advantages of alternative configurations, flow control and drag-reduction using both active and passive systems, load alleviation systems and structural weight-reduction strategies and aircraft end of life and recycling. The module will consist of timetabled lectures and tutorials, delivered by academics with the relevant research expertise.
Role
Lecturer
Spacecraft Systems - AERO70019 / 96022
Aims
This module presents an industry standard methodology for spacecraft systems analysis and design. The main concepts covered in this course include the mission objectives: requirements analysis, political and regulatory constraints and financial considerations; the system as a whole: the launch vehicle/launch environment, spacecraft platform and ground segment; and the subsystem requirements: thermal, structure, power, electronics, communications and attitude control.
Role
Course Leader