PhD/MPhil Mechanical Engineering and Aeronautics

Program Overview

This PhD/MPhil program in Mechanical Engineering and Aeronautics, offered by City University London, trains individuals to become experts in fluid dynamics, aerodynamics, and related fields. Conducted by world-renowned researchers, the program provides access to cutting-edge facilities and prepares graduates for careers in research, industry, and consulting. Students benefit from a dedicated supervisor team and the university's central London location, offering ample professional opportunities.

Program Outline

PhD/MPhil Mechanical Engineering and Aeronautics

Degree Overview:

• Conducted alongside world-leading experts in mechanical engineering and aeronautics.
• Offered through two research centers:
• Thermofluid Research Centre:
• World-leader in microgas turbines and founder of the European Microgas Turbine Forum.
• National Institute of Cavitation.
• Aerodynamics and Flow Control Research Centre:
• Focuses on aerodynamics, flow control, bio-fluid mechanics, renewable energy, and micro-fluidics.
• National Wind Tunnel Facility recognized for best practice in aerodynamics.
• Aims to train talented individuals who wish to develop their research skills.
• Research topics include:
• Computational and experimental fluid dynamics
• IC engines
• Compressors and turbines
• Various fluid machinery (injectors, pumps, propellers, fly wheels, marine systems etc)
• Flow control
• Boundary layer drag reduction
• Supersonic flow
• Energy conversion systems
• CFD (including: development of numerical methods and physical models for multi-phase flows and cavitation; turbulence modelling; fluid-structure interaction; phase-change processes; liquid sprays; combustion processes)
• Experimental fluid dynamics (including: laser diagnostics and instrumentation of various sensors for recording the performance of various machines; wind tunnel testing)

Objectives:

• Develop a deep understanding of mechanical engineering and aeronautics.
• Contribute to groundbreaking research in the field.
• Gain the skills and knowledge needed to pursue a career in research or other related fields.

Outline:

• Full-time or part-time options available.
• Full-time duration: 2-4 years.
• Part-time duration: 3-7 years.
• PhD by prior publication: 1-2 years.
• Research can be performed in various areas related to fluids, such as:
• Flows in the micro-nano scale
• Medical implants
• Bio-medical devices
• Aerospace technologies
• Wind and marine engineering systems
• Energy conversion and energy harvesting
• Advanced materials processing
• Micro-fluidics

Assessment:

• Not specified in the provided context.

Teaching:

• Not specified in the provided context.

Careers:

• Graduates can pursue careers in various fields, including:
• Research and development:
• Academia
• Government research labs
• Private companies
• Industry:
• Aerospace
• Automotive
• Energy
• Manufacturing
• Pharmaceuticals
• Consulting:
• Engineering consulting firms
• Management consulting firms

Other:

• Students are supported by a dedicated supervisor team and have access to world-class facilities.
• The program is designed to prepare students for a variety of potential career paths.
• City University London is located in the heart of London, which provides students with access to a wealth of professional opportunities.
• The program is taught by academics and researchers who are experts in their field.
• The program benefits from strong partnerships with industry, which provides students with access to real-world experience and career opportunities.

Tuition Fees and Payment Information:

Full-time Home/UK:£6,360 per year Part-time Home/UK:£3,180 per year Full-time International:£19,100 per year Part-time International:£9,550 per year External candidate study of this course costs £2,120 (UK) or £6,630 (Overseas/EU) for full time study and £1,060 (UK) or £3,315 (Overseas/EU) for part-time study.Fees for doctoral candidates are charged annually and cover registration, supervision and examination.Fees are subject to review each year and may vary during your period of registration. Where applicable, fees for City's programmes will be subject to inflationary increases in each academic year of study commencing in September. Our policy for these increases is set out in our terms and conditions of study.