Engineering, Science and the Built Environment (ESBE) Undergraduate Prospectus 2010
BEng (Hons)
Location Location
Southwark Southwark
BSc (Hons)
Mechatronics
Duration Duration
Mechanical Engineering Design
3 years (full-time) 3 years (full-time)
4 years (full-time, sandwich) 4 years (part-time)
4 years (part-time) 4 years (full-time sandwich)
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 Progression routes
The mechatronics degree aims to The employment record of LSBU’s This course aims to develop your to postgraduate study
How to apply Simple timetable information
broaden participants’ knowledge BEng (Hons) Mechatronics graduates
Via UCAS Full-time: typically 3 days per week Part-time: 1
knowledge and understanding of Graduates who wish to continue their
of modern integrated systems, is excellent, with participants entering
day per week (subject to timetabling restrictions)
engineering design, simulation and studies at postgraduate level can join a
incorporating mechanical, electronic fields such as automotive design and
UCAS code
advanced manufacturing. You will range of LSBU programmes including:
HH36 How to apply
and computing aspects of engineering. manufacturing, robotics, transport
Via UCAS
gain a sound theoretical and practical – Design and Manufacturing
systems, research and engineering
Course contact Direct applications to LSBU welcomed for mature
understanding of modern engineering Management, MSc/PgDip
LSBU’s mechatronics programme has design in organisations such as Daimler,
Ken Rotter and part-time students
technologies with specific application – Manufacturing Management,
ken.rotter@lsbu.ac.uk – 020 7815 7610
been specially developed to prepare Ford, Siemens, IMI, Renishaw, Bosch
onment
UCAS code
to the development of a wide range MSc/PgDip
onment
graduates to succeed in a wide range and many smaller companies.
Typical offer Full Time: H301
products and systems. – Quality Engineering Management,
of industries after graduation, especially
200 UCAS Tariff points
(ESBE)
MSc/PgDip.
LSBU code
(ESBE)
in transportation, and manufacturing Progression routes
Course units Full Time: 3616
This is underpinned by lectures
systems. This academic qualification to postgraduate study
Year 1 Part Time: 3617
that are designed to enhance your Professional contacts/industry links
is underpinned by mathematics and MSc Mechatronics, MSc Manufacturing
– Engineering Materials
understanding of the mathematical The course team works closely with
– Electrical and Electronic Systems Course contact
science, integrated with business and Design Management, MSc Quality
– Engineering Mathematics A C Roberts
and scientific principles that are technology and industry specialists such
management and information Engineering Management.
– Professional Studies for Engineers
robertac@lsbu.ac.uk – 020 7815 7615
essential when analysing and/or as Rolls Royce, Autodesk and UGS to
technology. The course will expand
– Thermofluids
defining engineering solutions. ensure that the programme content
– Manufacturing Technology Typical offer
your intellectual and creative abilities Professional contacts/industry links
– Applied Mechanics 120 UCAS Tariff points
provides graduates with the knowledge
enabling you to take an imaginative Links with the Research and Education
– Engineering Computing
Year One lays a firm foundation and skills demanded by employers.
approach to the solution of a wide in Mechatronics European Forum.
Year 2 Course units
in engineering design theory,
– Engineering Materials and Mechanics Year 1
range of engineering problems. Your
– Computer Aided Design – Computer Aided Design Project
manufacturing technology, For full entry requirements see pages
ability to make independent judgments For full entry requirements see pages
– Engineering Mathematical Methods – Computer Programming
engineering science and the 252 to 253.
will be fostered throughout the course 252 to 253.
– Microprocessor and Plc Applications – Electrical Principles and Applied Electronics
application of materials in product
– Principles of Control – Engineering Science
and your confidence and self-awareness
– Dynamics – Manufacturing Technology
development.
developed so that you become a
– Machine Drives And Mechatronics – Mathematics
valuable team member and an
– Engineering Design And Sustainable Systems – Mechanics
Year Two develops these themes
Final Year 3 – Professional Skills
effective leader.
– Systems Design Project Year 2
further through the use of established
– Robotics – Computer Aided Design
engineering principles combined with
The final year of the course has long
– System Modelling and Design – Computing and Analytical Methods
modern computing tools enabling
– Manufacturing Systems – Mechatronics
had a strong international intake from
– Systems and Software Engineering – Design and Make
you to develop creative and innovative
Germany, Malaysia, and the Middle
– Dynamics and System Modelling – Strength of Materials
solutions to ‘real-world’ problems.
East. Students have been active in our
– Management Applications – Integrated Engineering
– Computer Aided Manufacture and Robotics
research areas, and with solar projects.
– Control Systems and Instrumentation
Year Three students who take
Year 3
advantage of the optional sandwich
– Sandwich Placement
year gain invaluable industrial
Year 4
– Manufacturing Systems
experience whilst working with
– Major Project (2 units)
experts in their chosen discipline.
– Product Visualisation
– System Modelling and Design
– Robotics
Year Four the course culminates with
– Management Applications
the major project which provides you
– Computer Aided Design
with opportunities to develop expertise
in a specific area of the programme.
170 171
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