Engineering, Science and the Built Environment (ESBE) Undergraduate Prospectus 2010
BSc (Hons)
Location Location
Southwark Southwark
BEng (Hons)
Computer Aided Design
Duration Duration
Mechanical Engineering
3 years (full-time) 3 years (full-time)
4 years (part-time) 4 years (full-time sandwich)
4 years (full-time sandwich) 4 years (part-time)
Start date Start date
September September
Number of places Number of places
Engineering, Science and the Built Envir Engineering, Science and the Built Envir
Course description Career opportunities
30 30
Course description Career opportunities
On this course you will develop detailed Our graduates have been successful The primary aim of the Mechanical The employment records for
Simple timetable information How to apply
knowledge and understanding of the in finding employment in a wide and
Full-time: typically 3 days per week Full-time: via UCAS
Engineering BEng course is to train you graduates from this programme are
most recent advances in 3D design, diverse range of engineering design
Part-time: 1 day per week (subject to timetabling Part-time: direct to LSBU
in the skills and knowledge required for good, especially those with a 2:2 or
simulation and manufacturing. You organisations including: HeatRae Sadia
restrictions)
gaining employment as a mechanical above. A substantial proportion of
UCAS code
will be encouraged to explore how Hot Water Systems, AVR Automotive
How to apply Full-time: H300
engineer. But as a BEng programme, our graduates tend to progress on
your design ideas can be developed, Ltd, Wichita Clutch and Brake, Geotech
Full-time: via UCAS
this course also encourages you to to Masters programmes. Part-time
enhanced and manufactured. You will IT Systems, Nissan Technical Centre
Part-time: direct to LSBU LSBU code
acquire a deeper understanding of the students have benefited from major
Part-time: 592
then learn how design changes can be Europe, York International Ltd, Acura essential facts, concepts, theories and career advances by the time they
onment
UCAS code
onment
made quickly and cost effectively during Motor Sports, Kesslers International Ltd.
Full-time and full-time sandwich: GW52 Course contact
principles of mechanical engineering graduate.
Dr. V Goss

(ESBE)
the product development process. and its underpinning science and
LSBU code gossga@lsbu.ac.uk – 020 7815 7625

(ESBE)
Progression routes
Part-time: 2396
mathematics. Progression routes
Year One lays a firm foundation in to postgraduate study
Typical offer
to postgraduate study
design theory, the use of CAD tools, Successful graduates who wish to
Course contact 220 UCAS Tariff points
Mechanical engineering is an integrative We aim to provide an education
A C Roberts
manufacturing technology, engineering continue their studies at postgraduate
robertac@lsbu.ac.uk – 020 7815 7615 Course units
subject and covers a wide range of which gives students a basis for
science and the application of materials level can join a range of LSBU
Year 1
disciplines in depth. Consequently, pursuing specialist Masters degrees,
in product development. programmes including:
Typical offer – Introductory Engineering Mathematics
there’s bound to be something new here at LSBU and at other universities.
120 UCAS Tariff points – Professional Studies for Engineers
– MSc/PgDip Design and Manufacturing
– Engineering Materials
which captivates, motivates and inspires Masters pursued include: Applied
Year Two develops these themes Management
Course units – Applied Mechanics
you. The individual project in the final Mathematics programmes to Computer
further through the use of established – MSc/PgDip Manufacturing
Year 1 – Introduction to Electrical and Electronic Systems
year of the course (a double award unit) Aided Engineering and Sustainable
– Cad Project – Engineering Computing
design theory combined with modern Management,
– Computer Aided Engineering – Thermofluids
involves design-make-test and analytical Engineering to Specialist Stress Analysis
computing tools enabling you to – MSc/PgDip Quality Engineering
– Product Design – Manufacturing Technology
investigative work with a wide range of and Dynamics and Management
develop creative and innovative Management.
– Professional Skills Year 2
topic choices. courses.
– Manufacturing Technology – Engineering Mathematical Methods
solutions to ‘real-world’ problems.
– Electrical Principles and Applied Electronics – System Design Project
Professional contacts/industry links
– Integrated Engineering – Engineering Materials and Mechanics
The course includes substantial Professional contacts/industry links
Year Three students who take The course team works closely with
– Computer Programming – Thermo fluids
laboratory and workshop activities This course is accredited by IMechE.
Year 2 – Principles of Control
advantage of the optional sandwich technology and industry specialists such
– Computer Aided Design – Machine System Dynamics
as well as a thorough grounding in The course also has links with a number
year gain invaluable industrial as Rolls Royce, Autodesk and UGS to
– Design and Make – Machine Drives and Mechatronics
mechanics etc. Design for sustainability of companies, local and national,
experience whilst working with ensure that the programme content
– Product Visualisation – Computer Aided Design
is a key theme in the System Design including Rolls Royce. We also have a
– Integrated Engineering Year 3
experts in their chosen discipline. provides graduates with the knowledge
– Mechatronics – Professional Engineering in Context
Project module, and in Year Two of small number of sandwich placements
and skills demanded by employers.
– Computer Aided Engineering Analysis – Manufacturing Systems
this course, students will learn about in industries which are very successful
Year Four culminates in a major project
– Technology and Manufacture – Project (double unit)
the theory of wind turbine design. and which we encourage.
– Computer Aided Manufacture and Robotics – Stress Analysis and Materials Technologies
which provides you with opportunities For full entry requirements see pages
Year 3 – Control Engineering
This module includes the design,
to develop expertise in a specific area 252 to 253.
– Sandwich Placement – Manufacturing Systems
manufacture and testing of a set For full entry requirements see pages
of the programme.
Year 4 – Dynamics and System Modelling
of wind turbine blades using our 252 to 253.
– Manufacturing Systems – Thermofluids and Turbomachinery
– Major Project (2 Units)
extensive workshop facilities.
– Product Visualisation
– Blue Sky Design
– Computer Aided Design
– Management Applications
– Prototyping
168 169
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