航天工程专业旨在提高对航天领域理论和实践的理解。研究的关键领域包括轨道力学，航天器，卫星设计，地面站基础设施，航空电子学和太空机器人技术。该计划的结果旨在培养将成为航空航天，国防和相关高科技与研究行业的未来领导者的毕业生。航天工程专业是针对一群成就卓越的学生的独特课程。
Our Computational Engineering specialisation will provide you with a thorough grounding in the fundamental numerical and computational techniques used in fluids and structures engineering packages, in combination with the use of engineering modelling based on physical principles.<br><br>This specialisation will also provide an understanding of parallel computer hardware and parallel programming including domain decomposition and message passing.<br><br>It will enable you to develop and use engineering packages with an understanding of convergence, accuracy, efficiency and validation, as well as offer the opportunity to undertake a major project in a specialist area of computational engineering.<br>The Bachelor of Engineering Honours (Mechanical Engineering) is an undergraduate coursework program that will develop your ability to design, manage and maintain a diverse range of mechanical applications. Through practical learning and industry experiences, you will be ready to transform the use of machines across a range of innovative and emerging industries.<br><br>This course is accredited by Engineers Australia and other major professional engineering institutions. You will complete degree foundational core units in mathematics and computing, along with a suite of multidisciplinary project units.<br><br>You will also complete stream core and specialist elective units in mechanical engineering, and can choose to complete an optional specialisation. Additionally, you will complete elective units as needed to make up the requirements of the course from either the Engineering disciplinary pool or the shared pool.<br><br>In your final year, you will complete an honours thesis in mechanical engineering. Throughout your degree, you will undertake professional engagement activities as part of the Professional Engagement Program, including engineering work experience in the final year.