Spacecraft Engineering MSc

Program Overview

The MSc Spacecraft Engineering from the University of Leicester equips graduates with the knowledge and skills to design and lead interdisciplinary teams developing complex spacecraft systems for extreme environments. Through hands-on projects, industry collaborations, and a focus on professional development, graduates are prepared for careers in academia, industry, and government agencies in the European and international space sector.

Program Outline

Spacecraft Engineering MSc - University of Leicester

Degree Overview:

This MSc program is designed to equip graduate engineers with the specialist knowledge, skills, and experience needed to work in and lead interdisciplinary teams designing complex engineering systems for spacecraft and satellites. The program focuses on developing skills for working in extreme environments.

• Core Propulsion Systems: This module delves into the principles and technologies behind spacecraft propulsion systems, equipping students with a strong foundation in this critical area.
• Space Environment: This module explores the unique challenges and opportunities presented by the space environment, including radiation, vacuum, and temperature extremes.
• Specialist Design Skills: Students develop practical design skills using industry-standard software, enabling them to apply their theoretical knowledge to real-world applications.
• Professional Development Activities: This module focuses on developing essential professional skills, including leadership, ethics, and communication, preparing students for successful careers in the space industry.

Semester 2:

• Advanced Materials: This module explores the use of advanced materials in spacecraft design, focusing on their properties, applications, and limitations.
• Control Systems: This module covers the principles and techniques of spacecraft control systems, enabling students to understand how these systems maintain stability and maneuverability.
• Spacecraft Systems Integration and Packaging: This module focuses on the complex process of integrating and packaging various spacecraft subsystems into a cohesive and functional unit.
• Group Spacecraft Engineering Project: Students work in teams on a real-world project, often related to the development of a small satellite, spacecraft, or planetary exploration mission.
These projects are typically undertaken in collaboration with Space Park Leicester, providing valuable hands-on experience.

Assessment:

The program utilizes a mix of assessment methods, including:

• Continuous Assessment: Regular assignments, presentations, and reports evaluate students' progress and application of knowledge.
• Coursework: Practical projects and design exercises demonstrate students' ability to apply their skills to real-world problems.

Teaching:

The MSc in Spacecraft Engineering is taught through a combination of:

• Lectures: Delivering foundational knowledge and theoretical frameworks.
• Computational and Practical Workshops: Providing hands-on experience with industry-standard software and tools.
• Lab Work: Conducting experiments and simulations to reinforce theoretical concepts and develop practical skills.
• Seminars: Engaging in discussions with industry experts and researchers.
• Project-Based Learning: Working on real-world projects in teams, fostering collaboration and problem-solving skills.
• Independent Learning: Encouraging self-directed study and research.
• Team Working Activities: Developing teamwork and communication skills essential for collaborative projects.

Careers:

The MSc in Spacecraft Engineering prepares graduates for a variety of career paths in the European and international space sector, including:

• Academia: Pursuing research careers in applied/experimental physics or engineering.
• Industry: Working in interdisciplinary teams designing and developing spacecraft and satellite systems.
• Government Agencies: Contributing to space exploration and research initiatives.

Other:

• The University of Leicester has a long history of space research, with over 90 instruments launched into space, including instrumentation on six current missions.
• The program is taught at Space Park Leicester, a pioneering hub that provides a direct link between academic and industrial research and development, alongside innovation and teaching in space science and related fields.
• Space Park Leicester houses 18 companies, including Airbus, ESA, Rolls Royce, CGI, Maxar, and Omnidea, providing students with access to industry professionals and real-world projects.
• The University's Career Development Service provides support with interviews, CVs, work experience, volunteering, and other career-related resources.

Note:

The program's content and structure may change in future years.

Tuition Fees:

• UK fee: £12,950
• International fee: £29,000
• Non-EU Students : If you are resident outside the UK and the Republic of Ireland, you will need to pay a deposit of £2,000 to secure your place, This will be deducted from your total tuition fee.