MEng Aeronautics & Astronautics/Aerodynamics

The Aeronautics and Astronautics program prepares students for careers with top global companies by combining core aerospace engineering principles with cutting-edge applications in aircraft, spacecraft, and propulsion systems. The curriculum builds expertise in aerodynamics, astronautics, and propulsion while addressing real-world economic, legal, and environmental considerations—culminating in specialized study options like modern languages to tailor skills to industry demands.

Academic Requirements

A-Level

• Grades: ABB / AAC / A*AC / AAC

• Required Subjects:

  • A in Mathematics

  • A/B in Physics

IB Diploma

• Total Points: 36 (18 at Higher Level)

• Required Subjects:

  • 6 at HL in Physics

  • 6 at HL in Mathematics (Analysis & Approaches) or

  • 7 at HL in Mathematics (Applications & Interpretation)

STPM

• Grades: A-BB

• Required Subjects:

  • Mathematics

  • Physics

UEC

• Grades: AAABBB

• Required Subjects:

  • A in Advanced Mathematics I & II

  • A in Physics

  • B in two other STEM subjects (Computing accepted)

English Language Requirements

Minimum Scores

• IELTS: 6.5 overall (minimum 6.0 in all components)

Alternative Qualifications

• SPM English:

  • Grade C in SPM 1119 English (pre-2021 cohort)

  • CEFR Level B2 or above (2021 cohort onwards)

• GCSE English: Grade C

• IGCSE English as Second Language: Grade A

• UEC English: B3

• IB English:

  • 5 at SL/HL in English Language Syllabus A or

  • 6 at SL / 5 at HL in English Language Syllabus B

Year 1: Engineering Fundamentals

Core Modules:

• An Introduction to Engineering Design

• Mechanics, Structures and Materials

• Thermofluids for Aerospace Engineers

• Electrical and Electronics Systems

• Introduction to Aeronautics and Astronautics

• Mathematics for Engineering and the Environment

[Establishes foundational knowledge in aerospace engineering principles]

Year 2: Core Aerospace Disciplines

Core Modules:

• Systems Design and Computing

• Engineering Management and Law

• Mathematics for Engineering and the Environment Part II

• Aerodynamics

• Astronautics

• Materials and Structures

• Propulsion

• Mechanics of Flight

[Develops specialized knowledge in key aerospace systems and technologies]

Year 3: Specialization & Research

Core Components:

• Individual Project

• Aerothermodynamics

• Aerospace Control Systems

• Aircraft Structural Design

Optional Modules (Choose 4-5):
(Grouped by specialization areas)

Aerodynamics & Propulsion

• Aeroacoustics

• Aeroelasticity

• Aircraft Propulsion

• Hypersonic & High Temperature Gas Dynamics

Structures & Materials

• Composites Engineering Design

• Failure of Materials

• Finite Element Analysis

Space Systems

• Spacecraft Instrumentation

• Spacecraft Orbital Mechanics

Emerging Technologies

• Renewable Energy Systems

• Sustainable Energy Technologies

[40+ options available for tailored specialization]

Year 4: Capstone & Professional Development

Core Components:

• Group Design Project

• Advanced Management