Space Engineering MSc

Program Overview

The MSc in Space Engineering at Aberystwyth University equips graduates with the knowledge and skills for a career in space exploration. The program focuses on the Solar System and beyond, including design, observation, and project management. Students benefit from expertise in space missions and industry connections with the UK Space Agency and European Space Agency. Graduates are prepared for careers as engineers, consultants, managers, and researchers in the space sector and related industries.

Program Outline

Degree Overview:

The MSc in Space Engineering at Aberystwyth University is designed for graduates with a STEM background who want to specialize in Space Exploration. The program aims to equip students with the knowledge and skills necessary for a successful career in the space sector, both in research and industry. This includes design, observation, measurement, analysis, communication, and project management. The program benefits from the expertise of Aberystwyth researchers who are actively involved in space missions, including those studying the Sun, Moon, planets, and exoplanets. The university has strong ties with the UK Space Agency and international space agencies like the European Space Agency, providing students with valuable industry connections.

Outline:

Year 1:

Core Modules:

• Advanced Planetary Exploration (PHM4720): This module delves into the exploration of planets, focusing on advanced techniques and technologies used in space missions.
• Advanced Skills in Physics (PHM6420): This module enhances students' physics skills, equipping them with advanced knowledge and techniques relevant to space engineering.
• Machine Learning for Intelligent Systems (CSM6420): This module introduces students to the principles and applications of machine learning in intelligent systems, a crucial aspect of modern space exploration.
• Professional and Research Skills (PHM7220): This module develops essential skills for research and professional development, including communication, data analysis, and project management.
• MSc Project (PHM5560): This module provides students with the opportunity to conduct independent research on a space engineering topic under the guidance of a supervisor.

Optional Modules:

• Computational Intelligence (CSM6520): This module explores the use of computational intelligence techniques in various applications, including space exploration.
• Fundamentals of Intelligent Systems (CSM6120): This module provides a foundation in intelligent systems, covering concepts like artificial intelligence and expert systems.
• International Strategy and Operations (ABM5220): This module examines strategic and operational aspects of international business, relevant for students interested in working in the global space sector.
• Leading and Managing Project (ABM3420): This module develops leadership and project management skills, essential for successful careers in space engineering.
• Project Management Tools and Techniques (ABM2920): This module provides practical skills in using project management tools and techniques.

Assessment:

The course is assessed through a combination of:

• Workshop exercises
• Examples
• Technical reports
• Formal reports
• Presentations
• Examinations

Teaching:

The MSc Space Engineering degree is delivered through a blend of:

• Lectures
• Seminars
• Case studies
• Projects
• Practical workshops
During the first two semesters (September to May), students typically attend one two-hour seminar per module per week. Additional sessions are dedicated to project development. In the third semester, students receive support from their assigned project supervisor, with contact time determined by mutual agreement.

Careers:

Graduates of this program are well-prepared for careers as:

• Engineers
• Consultants
• Managers
• Researchers
They can find employment in the space sector and related industries, including:
• Space agencies (e.g., UK Space Agency, European Space Agency)
• Defense sectors
• Allied fields

Other:

• The program is available for September start in 2024 and 2025.
• The contact time for the program is approximately 10-14 hours per week during the first two semesters, followed by mutually agreed contact time with the assigned supervisor.
• Some modules are available partially or entirely through the medium of Welsh.
• The program is designed to meet the needs of students pursuing research careers and those seeking to enhance their professional skills for industry roles.
• The UK space sector aims to achieve a 10% share of the global space market by 2030, creating a growing demand for qualified space engineers.
• Wales has a target of a 5% market share in the space sector, further emphasizing the need for skilled professionals.