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Engineering (Mechanical) MEng

4 Year MEng Honours Degree

UCAS Codes
Institution: U80
Course: H301
Short title: MEng/MechE

Objectives

We aim to take students who are qualified to a high A-level standard or equivalent and to equip them with skills of analysis and design such that they can be employed as professional engineers in virtually any sector of the mechanical engineering industry. Interwoven with the engineering teaching are subjects such as Management and Mastering Entrepreneurship which will give students the broader skills required to progress rapidly to positions of technical and managerial responsibility once they leave university.

Obtaining Chartered Status

The MEng Engineering (Mechanical) fully meets the exemplifying academic benchmark requirements, for registration as a Chartered Engineer (CEng).

Features of the Degree Programme

Mechanical Engineering courses at different universities have many subjects in common, and so we think that it is helpful if we point out some of the distinctive features of our degree programme.

  • Design is taught in all four years to give students plenty of experience in applying engineering knowledge, but while it occupies a relatively small proportion of the first year, design becomes a major part, one quarter in fact, of third and fourth-year studies.
  • The optional subjects of the third and fourth years have been arranged into the following three groupings:

    • Applied Mechanics and Control
    • Fluid Mechanics and Thermodynamics
    • Management and Production Engineering

We chose the approach to forming subjects and subject groupings in terms of their academic content (e.g. materials or thermodynamics or mechanics) rather than in terms of applications (e.g. automotive, aeronautical or marine engineering) as we believe that it offers broader job opportunities because it does not focus on one particular industry.

First and second-year Mathematics subjects concentrate on the applications of mathematical techniques, just as much as on the techniques themselves. This makes the subject more interesting and relevant, but it is no less demanding. The subject has been renamed Modelling and Analysis to reflect this change of emphasis.

Our degree classification is made on the basis of marks obtained from all four years of the course, with more weight given to marks in the later years.

Further information


Please see our FAQs page.

If you require further information please contact our Undergraduate Administrator:

Victoria Kimmins
Department of Mechanical Engineering
University College London
Torrington Place
London
WC1E 7JE

Tel: +44 (0)20 7679 7178
Fax: +44 (0)20 7388 0180
ugadmissions@meng.ucl.ac.uk

This shows the degree structure confirmed for 2013-14. We are continually updating and improving our programmes so the content for 2014-15 may differ. The degree programmes are organised on a course-unit basis, with 4 units taken in each year. These 4 units are achieved by a combination of lectures, tutorials, seminars, project work, design studies, practical computer work and laboratory experiments.

All first and second year subjects are compulsory

* Preferred options - all other third and fourth year subjects are compulsory

At the end of the second year, students on the MEng programmes are required to select one of the three routes below to follow through their 3rd and 4th years.

Click on the subject links to view Module Descriptors.

First Year
MECH1001 Mechanics of Fluids
MECH1006 Materials of Mechanics of Deformable Bodies
MECH1002 Engineering Thermodynamics
MECH1007 Applied Electricity
MECH1003 Engineering Drawing
MECH1008 Applied Mechanics
MECH1004 Computing
MECH1010 Modelling & Analysis I
MECH1005 Design  
Second Year
MECH2002 Applied Electricity & Instrumentation
MECH2006 Dynamics & Control
MECH2003 Engineering Design MECH2007 Modelling & Analysis in Engineering II
MECH2004 Mechanics of Fluids & Thermodynamics
MECH2011 Materials & Design Studies
MECH2005 Stress Analysis
MSIN6001 Management Principles
Third Year
Route 1
Route 2 Route 3
MECH3002 Project
MECH3002 Project MECH3002 Project
MECH3004 Applied Mechanics MECH3008 Mechanics of Fluids MECH3003 Quality Technology
OR MECH3010 Design MECH3004 Applied Mechanics
MECH3012 Production Engineering & Non Metallic Materials MECH3014 Thermal Power & the Environment OR
MECH3005 Automatic Control
CEGE3010 Financial Aspects of Project Engineering & Contracting MECH3012 Production Engineering & Non Metallic Materials
MECH3010 Design
  MECH3010 Design
CEGE3010 Financial Aspects of Project Engineering & Contracting   CEGE3010 Financial Aspects of Project Engineering & Contracting
Plus one other from the list of options Plus one other from the list of options Plus one other from the list of options
Third Year Options
MECH3003 Quality Technology MECH3012 Production Engineering & Non Metallic Materials
MECH3004 Applied Mechanics MECH3014 Thermal Power & the Environment
MECH3005 Automatic Control MATH6503 Mathematics for Engineers
MECH3008 Mechanics of Fluids Foreign Language
Fourth Year
Route 1
Route 2
Route 3
MECHM003 Advanced Computer Applications in Engineering
MECHM003 Advanced Computer Applications in Engineering MECHM003 Advanced Computer Applications in Engineering
MECHM004 Materials & Fatigue/ Fracture Analysis
MECHM005 Applied Thermodynamics & Turbodynamics
MECHM010 Group Design Project
MECHM008 Vibrations, Acoustics & Control
MECHM007 Heat Transfer & Heat Systems
MSIN3001 Project Management
MECHM010 Group Design Project
MECHM010 Group Design Project MSIN7007 Mastering Entrepreneurship
Plus two others from the list of options Plus two others from the list of options Plus two others from the list of options
Fourth Year Options
MECHM004 Materials & Fatigue Fracture Analysis
MECHM009 Electrical Machines & Power Electronic Drives
MECHM005 Applied Thermodynamics & Turbodynamics
MECHM020 New & Alternative Power Systems
MECHM006 Power Transmission & Auxiliary Machinery Systems
MSIN3001 Project Management
MECHM007 Heat Transfer & Heat Systems
Foreign Language
MECHM008 Vibrations, Acoustic & Control  
Extramural Year

Programme Summary

A key feature of the fourth year is the Group Design Project in which you undertake a single major design assignment under the guidance of a member of academic staff. This course has been arranged to develop your skills in working as part of a team. This is necessary because most projects in industry are so complex that they involve teams of engineers working together to achieve an overall objective. The task that you will be undertaking is one set by an industrial company as this makes it as near as possible to the kind of work you will be undertaking in industry. For the fourth year the examination period is moved forward to the end of the second term, leaving you free to concentrate on your assignment during the final term. It allows you to draw on knowledge gained in earlier years in order to tackle a really challenging assignment. The second core subject is Advanced Computer Applications in Engineering in which you learn about some of the latest computer software applications in such fields as finite element analysis and computational fluid dynamics. These topics are introduced in earlier years but only studied in some depth during this fourth-year subject. As with the third year, the remaining subjects will not be discussed in detail as they are mainly areas of study that were started earlier in the course.

For comprehensive details on UCL's application procedures and sources of funding  please click here - How to apply

Page last modified on 16 jul 13 17:40