Aerospace Engineering (with Advanced Practice) MSc

Program Overview

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The MSc in Aerospace Engineering (with Advanced Practice) from Teesside University provides advanced knowledge and skills in aerospace engineering, including advanced aerospace structures, fluid dynamics, and space mission analysis. Students gain practical experience through internships and a research project, preparing them for careers in the aerospace industry and beyond. The program is accredited by the Institution of Engineering and Technology and offers opportunities for study abroad and international student support.

Program Outline

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Extracted Program Information from Teesside University's MSc in Aerospace Engineering (with Advanced Practice)

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Degree Overview:

This program offers students an advanced level of study in specific aspects of aerospace engineering which are in high demand within the industry.

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Objectives:

• Develop advanced knowledge and key skills in areas crucial to the aerospace industry, including advanced aerospace structures, advanced fluid dynamics, finite element methods, research and enterprise, space mission analysis and trajectory design.
• Provide access to state-of-the-art facilities including a flight simulator, wind tunnel, materials and manufacturing labs, structural test labs, and electron microscope.

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Outline:

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Structure:

• Students complete 120 credits of taught modules, a 60-credit MSc research project, and 60 credits of advanced practice.
• Three available routes: MSc Aerospace Engineering (one year full-time), MSc Aerospace Engineering (two years part-time), MSc Aerospace Engineering (with Advanced Practice) (two years full-time).

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Core Modules:

• Advanced Aerospace Structures: Focuses on the structural behavior of aircraft, including monocoque and semi-monocoque thin-walled components.
Students learn about stress and shear flow distribution, loading effects, and the use of hand calculation techniques.
• Advanced Fluid Dynamics: Covers multiphase flow, computational fluid dynamics, incompressible and compressible flow, and their applications in subsonic and supersonic aircraft.
• Advanced Practice: Offers real-world practical experience through vocational internships, research internships, or employer-led internships.
Students gain industry exposure and enhance their employability skills.
• Engineering Research Project: Involves independent research in an area of engineering, culminating in a dissertation.
• Finite Element Methods: Students gain hands-on experience using commercially available finite element packages to solve design and manufacturing problems.
• Space Mission Analysis and Trajectory Design: Introduces fundamental concepts of space mission analysis, orbit mechanics, and trajectory design for various mission types.
• Supply Chain Management: Teaches students how to benchmark organizations, implement key performance indicators, utilize total quality management, six sigma, total productive maintenance, and supply chain management principles for organizational improvement and competitive advantage.
• Sustainability: Explores the role of engineers in serving society and environmental considerations in engineering decisions.
Students will examine key sustainability topics in engineering across various disciplines.
• Additional modules may be offered.

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Assessment:

Assessments vary for each module and may include in-course assignments, design exercises, technical reports, presentations, or formal examinations. The MSc research project involves a written dissertation. Advanced Practice is assessed through a reflective report, study/workplace log, and a poster presentation.

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Teaching:

Learning methods include lectures, tutorials, and practical sessions.

• Lectures provide theoretical foundations.
• Practical sessions allow students to apply theoretical knowledge to real-world problems.
• Tutorials offer interactive exploration of relevant topics and discussions.
Students also gain experience through:
• MSc research project: Independent research project culminating in a dissertation.
• Advanced Practice: Real-world experience via vocational or research internships.

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Faculty:

The program is taught by experienced academics and industry professionals who are active researchers in their respective fields.

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Careers:

Graduates from this program typically pursue careers in:

• Aerospace industry: Working for companies like Airbus, BAE Systems, Rolls-Royce, GE Aviation, and others.
• Non-aerospace sectors: Utilizing acquired skills and knowledge in industries like automobile, engineering process, oil and gas, electronics, electrical engineering, and renewable energy.

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Career Support:

The University provides career support resources and guidance to assist graduates in their career exploration and job search process.

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Other:

• The program is accredited by the Institution of Engineering and Technology (IET) and meets the requirements for Further Learning for registration as a Chartered Engineer.
• The program offers the opportunity to study abroad or undertake an internship.
• The University provides support services for international students, including English language courses and pre-sessional programs.

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Fees:

• UK students: £4,770 per year
• International students: £10,000 per year

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Entry Requirements:

• First degree in aerospace engineering or relevant engineering discipline with at least a UK second-class (2.2) honours degree.
• Relevant engineering disciplines include aerospace, aeronautical, mechanical, and mechanical systems.
• International students must meet the University's minimum English language requirements.

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Apply Now:

Applications can be submitted online for both UK and international students.

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Note:

This extraction has captured all relevant information from the provided context. If any additional information exists beyond the given context, it may not be reflected here.

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Tuition Fees and Payment Information:

• Full-time
2024/25 entry Fee for UK applicants £4,770 a year
• Fee for international applicants
£10,000 a year