Master of Science Aerospace Propulsion

The Master of Science (MSc) Aerospace Propulsion at IPSA is a cutting-edge program designed for students passionate about propulsion systems for aircraft and space vehicles. This innovative program aims to train experts in the field of propulsion by integrating the latest technological advancements, environmental challenges, and the new demands of the aerospace industry. The curriculum, developed in collaboration with key industry players, reflects IPSA’s commitment to meeting the growing need for technical skills in this strategic area.

Excellence in Aerospace Propulsion: MSc Program Objectives

The MSc in Aerospace Propulsion delivers excellence through four key objectives:

Training technical experts

Students develop comprehensive expertise in propulsion technologies, mastering jet engines, solid and liquid propellant systems, electric propulsion, and hybrid technologies. The program provides advanced training in numerical simulation, engine design tools, and cutting-edge experimental methods.

Tackling environmental challenges

The program prioritizes sustainable technologies, including electric propulsion, hydrogen systems, and biofuels, preparing students to address climate change and reduce aviation’s carbon footprint.

Driving innovation

Through research-focused pedagogy, students develop innovative solutions for next-generation propulsion systems, emphasizing improved efficiency, reliability, and environmental sustainability.

Embracing global opportunities

With English-taught courses and worldwide partnerships, students gain international exposure through internships and collaborative projects with leading companies and research laboratories.

Curriculum

The MSc in Aerospace Propulsion is a comprehensive two-year program combining fundamental aerospace engineering with advanced propulsion specialization. The curriculum includes the following key areas:

• Propulsion systems and fluid dynamics: Master the principles of thermal engines (turbines, rocket engines) and analysis of advanced propulsion systems.
• Engine simulation and design: Use of modeling and simulation software for designing new engines.
• Electric and hybrid propulsion: Exploration of emerging technologies in space and electric propulsion.
• Advanced materials and manufacturing methods: Study of high-performance materials used in engines and additive manufacturing techniques.
• Environmental challenges and sustainable energy: Address current environmental challenges through the study of sustainable solutions in propulsion, such as green fuels and low-emission systems.

Practical informations

Candidate profile

The MSc in Aerospace Propulsion welcomes candidates holding a bachelor’s degree (Bac+4 or equivalent) in aerospace, mechanical, or energy engineering, as well as physical sciences.

Admission Requirements

The admission process includes a comprehensive review of the candidate’s application and a personal interview. As the program is entirely taught in English, candidates must demonstrate proficient English language skills.

Career Prospects

Graduates of the MSc in Aerospace Propulsion are prepared for leadership roles in aerospace companies, from global corporations to innovative startups. Our alumni pursue diverse career paths, including:

• Propulsion engineer: Design, simulation, and optimization of aerospace and space engines.
• R&D manager: Development of new propulsion technologies and green propulsion innovations.
• Aerospace and space project manager: Management of complex propulsion-related projects within large companies or innovative startups.
• Engineering consultant: Expertise in energy efficiency and optimization of propulsion systems.

MSc Aerospace Propulsion at a glance