Interdisciplinary Space Master

Graduates from this programme will be able to use their skills in:

• Systems engineering, technology development and application, and in the engineering of space systems;
• Space mission analysis, spacecraft design and data processing;
• Big data analytics, machine learning, artificial intelligence;
• Software and/or hardware programming tools (robotics, STK, etc.);
• Identify space application systems and understand the corresponding observation methods;
• Translate scientific space objectives into mission requirements and advise system engineers;
• Process, analyse, and interpret space derived data (sometimes big data) using machine learning and artificial intelligence for a variety of space applications;
• Design observation and navigation systems developed for a particular purpose;
• Advise on quality control and reliability of space data.

Graduates from this programme will also be able to apply their understanding of:

• Space project management;
• Entrepreneurship;
• Space policy, ethics, and laws
• Legal aspects of creating intellectual property;
• Finance and managing innovation;

in order to:

• Pitch ideas to potential investors;
• Write a business plan;
• Strategize a venture growth development;
• Build a financial model and discover the key financial information;
• Assess the commercial viability of space technologies, space business opportunities and existing space companies; and
• Plan, organise, and execute a project or new venture with the goal of bringing new products and services to the market.