University of Lancashire – Preparing the next generation of aerospace engineers in the heart of one of the UK's largest aerospace and advanced manufacturing clusters.
Discover Industry ConnectionsAerospace Engineering at the University of Lancashire combines aerodynamics, aircraft structures, propulsion systems, flight dynamics, avionics, computer-aided design and advanced engineering analysis. Students develop the technical knowledge and practical skills required for careers in aerospace, defence, advanced manufacturing and emerging aviation technologies.
The programme is supported by the University's Engineering Innovation Centre, flight simulation facilities and research-led teaching.
The LinkedIn Group Aerospace Engineering Innovation has been created to connect the people interested in the aerospace field. You can also link to the LinkedIn profile Aerospace Engineer.
Understand airflow, lift, drag and aircraft performance.
Analyse materials, composites and structural integrity.
Explore jet engines, power systems and future propulsion.
Study aircraft stability, control and performance.
Design, model and test aerospace systems digitally.
Investigate UAV technologies and future aviation applications.
Lancashire is home to one of the UK's most significant aerospace and defence clusters. The region hosts major aerospace manufacturing, engineering and research organisations, providing a strong environment for graduate employment, collaboration and innovation.
The Lancashire aerospace sector supports tens of thousands of skilled jobs and forms a critical part of the UK's defence and aviation capability. Students benefit from studying in a region where aerospace engineering is a major economic and technological strength.
Nearby Samlesbury and Warton are internationally recognised centres for aerospace engineering. The sites support aircraft design, advanced manufacturing, flight testing and future combat air technologies. Lancashire Enterprise Zones continue to attract investment in aerospace, defence, digital technologies and advanced manufacturing.
Modern laboratories and collaborative engineering spaces.
Immersive and desktop simulation environments.
Additive manufacturing, composites and intelligent systems.
Industry-standard aerospace modelling and analysis tools.
Aerospace Engineering graduates develop highly transferable analytical, design and problem-solving skills sought by employers across aerospace, defence, advanced manufacturing and technology sectors.