Description
The Bachelor's Degree in Aerospace Science and Technology is awarded upon successful completion of the Undergraduate Study Programme of the Department of Aerospace Science and Technology of the National and Kapodistrian University of Athens. The programme provides advanced theoretical, laboratory and applied education in aerospace science, physics, mathematics, computer science and computer engineering. It aims to educate scientists capable of designing, developing, evaluating and supporting modern aerospace systems, satellite applications and advanced technological solutions. The curriculum follows an interdisciplinary approach and combines theoretical instruction, laboratory training, research activities and a compulsory diploma thesis.
Relation to Employment
Graduates acquire the scientific knowledge and skills required for employment in the public and private sectors, research institutions and companies active in aerospace technology, satellite applications, telecommunications, remote sensing, navigation, digital systems, electronics, data analysis, advanced technology industries, research and education.
Access Requirements / Progression Opportunities
Admission is governed by the applicable legislation for entry into higher education. Graduates may continue their studies in postgraduate and doctoral programmes in Greece and abroad.
Knowledge
Upon successful completion of the Undergraduate Study Programme, graduates possess a comprehensive scientific background in Aerospace Science and Technology and understand the principles governing the design, development and operation of aerospace systems. They acquire knowledge in mathematics, physics, programming, computer science, electronics, digital systems, satellite systems, space missions, remote sensing, satellite communications, navigation systems, data analysis, artificial intelligence and modern aerospace applications. They also understand scientific methodology, research processes, innovation principles and current technological developments in the aerospace sector.
Skills
Graduates are able to apply their theoretical knowledge to solve complex problems in aerospace science and technology. They can analyse, design, simulate and evaluate aerospace systems and satellite applications, use specialised computational tools and software, process and interpret data, prepare scientific and technical studies, conduct research projects and utilise modern information and communication technologies. They demonstrate skills in technical documentation, problem-solving, experimental approaches and scientific communication.
Competences
Graduates are capable of working independently and effectively in multidisciplinary and international environments, collaborating within research and development teams, undertaking technological projects and making informed decisions based on scientific and technical evidence. They are able to manage projects, adapt to technological developments, pursue lifelong learning and continuous professional development, and act with professional ethics, responsibility and respect for the principles of scientific research and sustainable development.