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    Aerospace Engineering at Liverpool University
    In-person Program

    Aerospace Engineering at Liverpool University

    by Engineering Development Trust

    A residential university taster focused on aerospace engineering, with team problem-solving, CAD, flight simulation and access to researchers and engineers.

    Last verified: 1 Oct 2026Reviewed by:SSSean Stevens

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    Aerospace Engineering at a glance: cost, dates and eligibility

    Current status

    Upcoming

    Eligibility

    UK Year 12 or equivalents

    Age range / Year group

    Ages 16-17

    Location / Region

    Liverpool, United Kingdom

    Cost

    £595

    Duration

    5 days (4 nights)

    Format

    In-person

    Next session

    11-15 July 2027

    Save program
    EngineeringSpace & physics
    Class size: 40 students
    Accommodation: University halls, 4 nights
    Meals: Food included
    Certificate / Outcome: Industrial Cadets Silver Award
    Teaching team: Flight Science Group

    Aerospace Engineering summary

    Aerospace engineering is explored through practical team challenges, CAD, flight simulation and contact with engineers, researchers and test pilots.

    The experience combines university-style academic work with residential campus life and evening social activities.

    It suits students with strong mathematics foundations who want to test whether aerospace or aeronautical engineering fits their university ambitions.

    What is Aerospace Engineering at Liverpool University?

    Aerospace Engineering at Liverpool University is an Insight into University residential summer program led by the university's Flight Science Group. It introduces airframe structures, avionics, aerodynamics, flight technologies, and aircraft design and manufacturing.

    Students solve aerospace problems in teams, use CAD and computing facilities, and fly the Bibby Flight Simulator around a helicopter test course. They may also work with test pilots and researchers on a simulated air-race aircraft while meeting undergraduates and engineers.

    Why Succeed highlights Aerospace Engineering

    • The Bibby Flight Simulator gives students an unusually concrete way to explore flight testing.

    • CAD, computing and team design activities connect engineering concepts with practical problem-solving.

    • The Flight Science Group brings research links spanning aerodynamics, display systems and tilt-rotor aircraft.

    • Contact with undergraduates, engineers, researchers and test pilots offers several perspectives on the field.

    • Successful completion leads to an Industrial Cadets Silver Level certificate and badge.

    Who is Aerospace Engineering for?

    Best for

    Mathematically confident sixth-form students who want hands-on exposure to aerospace engineering and residential university life.

    Not ideal if

    You want a long research placement, cannot attend the full residential experience or prefer a broad engineering program without a flight focus.

    Is Aerospace Engineering worth it?

    This program is worth considering if you want to test aerospace engineering before choosing a university course. The combination of simulation, CAD, team challenges and contact with specialists provides more concrete insight than classroom reading alone.

    The main limitation is its short taster format: students gain exposure rather than advanced mastery or a substantial independent project. Families must also plan for travel, while students need to commit to the complete residential schedule.

    A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.

    Cost and what is included

    £595; includes University hall accommodation, Food during the course, Academic activities, Evening social activities, Program administration, Industrial Cadets Award.

    Accommodation

    University halls, 4 nights

    Meals

    Food included

    Provider details

    Review the Engineering Development Trust provider page and official sources before making a final decision.

    Dates and logistics

    5 days (4 nights); Liverpool, United Kingdom.

    What to check before committing

    Confirm current dates, payment terms, travel arrangements, cancellation rules and what is included with the provider.

    Compare this program with similar options before deciding on dates, cost, format and fit.

    Compare with similar programs

    How much preparation does Aerospace Engineering need?

    Effort level

    Moderate.

    Best started

    Begin four to six weeks before the next application cycle or deadline so you can research the course and refine your statement.

    Main challenge

    Explaining a specific interest in aerospace engineering within 200-250 words.

    Typical preparation

    • Review the aerospace topics listed for the course and identify the ones that genuinely interest you.

    • Gather your school details, current subjects and predicted grades before completing the form.

    • Draft the personal statement around clear reasons for applying and relevant academic experiences.

    • Check school, family and travel commitments against the entire residential period.

    Useful if

    You already have examples of mathematics, physics, engineering or design interests.

    What do students do on Aerospace Engineering?

    The course combines university-style aerospace teaching with practical computing, simulation and collaborative design activities.

    Step-by-step process

    1. 1

      Solve specific aerospace problems faced by pilots in teams.

    2. 2

      Use CAD and other university computing facilities.

    3. 3

      Fly the Bibby Flight Simulator around a helicopter test course.

    4. 4

      Meet current undergraduates, engineers, researchers and test pilots.

    5. 5

      Create an aircraft concept for a simulated Red Bull Air Race.

    6. 6

      Explore student facilities and join residential social activities.

    Aerospace Engineering dates and deadlines

    Programme dates

    11-15 July 2027

    Upcoming

    Eligibility and requirements

    • Year 12 students in England and Wales.

    • S5-S6 students in Scotland.

    • Year 13 students in Northern Ireland.

    • UK school, college or home-educated students only.

    • A strong mathematics background is recommended.

    • Students must commit to the full course.

    • Only one course place may be allocated per student.

    How much does Aerospace Engineering cost?

    Residential program fee

    £595 — Subsidized four-night residential price.

    Funding or discounts

    • Bursaries: Limited — Needs-based support for eligible applicants who request consideration.

    What's included

    University hall accommodation, Food during the course, Academic activities, Evening social activities, Program administration, Industrial Cadets Award

    How to apply to Aerospace Engineering

    1. 1

      Register interest through the official form for the next residential cycle.

    2. 2

      Check that the aerospace course fits your subjects, mathematics background and schedule.

    3. 3

      Gather personal and school details, current subjects and predicted grades.

    4. 4

      Write an approximately 200-250-word personal statement explaining your interest.

    5. 5

      Submit one application and select up to three suitable courses.

    6. 6

      If offered a place, accept by the stated offer deadline and follow the payment instructions.

    Next step with Succeed

    Interested in this programme?

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    What does Aerospace Engineering cover?

    The program covers the following focus areas.

    Aerodynamics and flight

    Explore flight technologies, aerodynamics and the technical challenges of flying.

    Airframes and materials

    Consider how aircraft structures and materials influence engineering design.

    Avionics

    Examine aircraft systems and technologies used to support flight.

    Aircraft design

    Work through design and manufacturing issues using team challenges and CAD.

    Flight simulation

    Use the Bibby Flight Simulator for a helicopter test course and aircraft challenge.

    Curriculum may be adjusted based on participant interests and current developments.

    Who teaches on Aerospace Engineering?

    The program is led by the University of Liverpool's Flight Science Group, whose work includes aerodynamics, tilt-rotor aircraft and flight-display systems. Activities also involve university academics, student mentors, engineers, researchers and test pilots.

    The wider residential experience includes support from university staff, student ambassadors and EDT supervisors.

    Where do students stay on Aerospace Engineering?

    Residential plan

    • University accommodation: Students stay in university halls of residence.
    • Meals: Food is included in the published course fee.
    • Overnight supervision: Insight into University supervisors support students in the halls.
    • Evening activities: Students join organized social activities after academic sessions.

    Students cannot leave the residential course independently and should plan to attend the complete experience.

    What happens after Aerospace Engineering?

    After completing this program, participants often pursue:

    Use the experience to test interest in an aerospace engineering degree.

    Reflect on university-style study when planning a UCAS application.

    Build familiarity with CAD, simulation and team engineering challenges.

    Receive an Industrial Cadets Silver Level certificate and badge.

    Meet undergraduates and professionals working around flight engineering.

    The program is an exploratory taster rather than a university qualification or academic credit.

    Where does Aerospace Engineering take place?

    The program takes place at the University of Liverpool, where students use computing and flight-simulation facilities and explore student facilities. The residential format gives participants a supervised taste of university campus life.

    Students and families must arrange and pay for travel to and from the university.

    Aerospace Engineering FAQs

    It is for eligible UK students at Year 12 or the listed Scottish and Northern Irish equivalents. A strong mathematics background and genuine interest in aerospace or aeronautical engineering are recommended.

    Students may solve pilot-focused aerospace problems, use CAD, fly the Bibby Flight Simulator and design an aircraft for a simulated air race with researchers and test pilots.

    Yes. Students stay for four nights in university halls and participate in evening social activities as part of the experience.

    Two EDT supervisors remain with students throughout the course alongside university staff and ambassadors. Overnight supervisors support students in the halls.

    The published residential fee includes accommodation, food, academic and social activities, administration and the Industrial Cadets Award. Travel is arranged and paid for separately by students.

    Eligible students facing financial barriers can request consideration for a limited bursary through the application form. International and independent-school students are not eligible for this support.

    The application requires personal and school details, current subjects, predicted grades and an approximately 200-250-word personal statement explaining the student's interest.

    Students who successfully complete the course receive an Industrial Cadets Silver Level certificate and badge.

    Alternatives to Aerospace Engineering

    Compare these related in-person engineering programs by subject focus, location, duration and overall cost.

    Alternatives to Aerospace Engineering

    Engineering Summer Course

    Engineering, design and mathematics study in Cambridge

    Engineering
    Deadline: Not announced
    From £5495
    13-15
    Cambridge
    In-person

    Best for

    Ages 13-15 seeking broad engineering study.

    View details

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    Sean Stevens

    Content reviewed by

    Sean Stevens

    Co-founder, Succeed | Founder, Immerse Education (2012–2026)

    Sean works at the intersection of academic enrichment, program quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.

    View author page

    Sources and verification

    Source types reviewed

    • Form
    • Governance & key documents
    • Bursaries
    • Insight into University FAQs
    • Programmes - Insights Into University
    • Aerospace Engineering Liverpool University

    Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.

    What we verified (on 1 Oct 2026)

    • Official course page checked

    • Dates and price verified

    • Eligibility reviewed

    • Activities cross-checked

    • Bursary criteria reviewed

    • Safeguarding arrangements checked

    How Succeed uses this information

    We use source material to verify core facts, then show older cycle dates as reference when a current cycle is not available. Always check current application instructions before applying.