如果您对飞机的设计，制造和操作感兴趣，但希望将您的航空航天工程研究范围扩展到大气之外，那么这些课程将是理想的选择。这两个学位都获得了英国皇家航空学会的认可，可授予特许工程师（CEng）资格。<br> <br>一年级是我们所有特许工程师身份的共同经历。它提供了进一步学习所需的技能和知识。主题包括数学，电子学和热力学以及工程应用，以及工程专业入门。您将研究机器人和人类太空飞行（包括实用火箭）的工程挑战，并获得有关实际太空硬件的动手经验。<br> <br>第二年介绍了诸如空气动力学，推进力，结构，动力学和材料等
These courses are ideal if you are interested in the design, construction and operation of aircraft but would like to extend your study of aerospace engineering beyond the atmosphere and up into space. Both degrees are accredited by the Royal Aeronautical Society as leading to chartered engineer (CEng) status. Year 1 is common across all our chartered engineer status degrees. It provides skills and knowledge required for further study. Subjects include mathematics, electronics and thermodynamics and engineering applications, alongside an introduction to the engineering profession. You will examine the engineering challenges of robotic and human spaceflight (including practical rocketry), and get hands-on experience with real space hardware. Year 2 introduces topics such as aerodynamics, propulsion, structures, dynamics and materials, and further study of mathematics, electronics, control and computing. You will investigate the demands of space flight and the benefits of using the space environment, covering the definition, analysis and uses of orbits, trajectories and atmospheric re-entry. You will study the functional analysis of spacecraft and their payloads and space dynamics, and will carry out a practical design exercise involving rockets. There will also be an industrial visit and guest speakers from industry. Year 3 includes a module on space vehicle design. This is divided into critical support functions for space missions, core spacecraft subsystems, mechanical systems and an introduction to space mission design. Core lectures will be enhanced by industry visitors and tours to space companies. You will also carry out an individual research project. BEng students will take part in a group design project similar to the MEng students and get hands-on experience with real space hardware.