Aerospace Engineering MEng (Hons)

Program Overview

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This four-year MEng Aerospace Engineering program provides advanced training in novel propulsion, drone technology, and sustainable design. Students learn from experienced professionals, participate in live industry projects, and gain a solid foundation in aerospace concepts. The program prepares graduates for careers in aeronautics, aerospace, and related fields, as well as further research.

Program Outline

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Degree Overview:

This MEng (Hons) Aerospace Engineering program is a four-year course leading to a single postgraduate qualification. The first two years are identical to the BEng course, with advanced Masters-level study spread across the third and fourth years. Students will learn from experienced lecturers and researchers with extensive aerospace industry experience, participate in live industry projects, and hear from guest speakers.

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Outline:

The program is structured into four years, with a placement year available after the second year. Each year includes a combination of core modules, specialist modules, and practical/project modules.

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Year One:

• Engineering Science Fundamentals
• Engineering Mathematics and Technical Computing
• Innovation and Engineering Solutions
• Solid Mechanics and Dynamics
• Thermofluids
• Engineering Modelling and Simulation Techniques
• Industrial Design and Product Case Studies
• Integrated Group Design Project

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Year Two:

• Avionics and Control
• Advanced Dynamics and Vibration
• Performance Engineering
• Individual Engineering Project or Group Engineering Design and Optimisation Project
• Advances in Aerospace Technology

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Year Three (Placement Year):

• Placement year for Sandwich students.
If not taking a placement, students move on to Year Three modules.

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Year Three (Non-Placement):

• Core modules:
• Individual Industrial / Research Engineering Project
• Design to Market
• Optional modules (choose two):
• Drones and Autonomous Flight
• Novel Propulsion
• Human Factors Engineering
• Sustainability in Engineering Design
• Sensors and Embedded Electronics
• Mechanical Engineering in Sport
• Fundamentals of industry 4.0

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Year Four:

• Core modules:
• Individual Industrial / Research Engineering Project
• Year Three options (choose two from):
• Space
• Composites and Materials for Aircraft
• Robotics, Cybernetics and Biomechatronics
• Prosthetics and Rehabilitation Robotics
• Fluid Dynamics in Physiology and Medical Devices
• Optimising Sport Equipment

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Teaching:

The program utilizes a variety of teaching and learning methods, including:

• Lectures
• Workshops
• Seminars
• Visits
• Group projects
• Case studies
• Oral presentations
• Laboratory assessments and reports
The program emphasizes problem-solving and developing the skills needed to become a successful engineer. Students participate in industry-led projects, use industry-standard equipment, and benefit from research-informed teaching.

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Careers:

Graduates are well-prepared for careers in aeronautics and aerospace companies, using Aero-derivative technology and related industries such as wind power. They are also well-suited for careers requiring a numerate degree, such as finance and management consultancy. The program's Masters-level modules prepare students for further study on a PhD research degree.

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Other:

The program is recognized by CDIO, a framework that emphasizes project-based learning and engineering fundamentals.