Engineering, Science and the Built Environment (ESBE) Undergraduate Prospectus 2010
BTEC HND
Location Location
Southwark Southwark
BSc (Hons)
Computer Aided Engineering
Duration Duration
Computer Aided Engineering
2 years (top-up) 2 years (top-up)
3 years (full-time) 3 years (full-time)
4 years (full-time, sandwich)
Start date 4 years (part-time)
September
Start date
Number of places September
30
Engineering, Science and the Built Envir Engineering, Science and the Built Envir
Course description Career opportunities
Number of places
Course description Career opportunities
Computer Aided Engineering spans a Our graduates have been successful
Simple timetable information 30
This course focuses on the use of Our graduates have been successful
Full-time: typically 3 days per week
wide range of engineering disciplines in finding employment in a wide and
Part-time: 1 day per week (subject to Simple timetable information
computers as an integral part of the in finding employment in a wide and
where the ability to apply computer diverse range of technician engineer
timetabling restrictions) Full-time: typically 3 days per week
engineering design and development diverse range of engineering disciplines
software to analyse the robustness roles from automotive, manufacturing
Part-time: 1 day per week (subject to
process. You will gain a sound from automotive, manufacturing and
How to apply timetabling restrictions)
and performance of components parts and design through to IT and technical
Full-time: via UCAS
theoretical and practical understanding design through to IT and technical
and assemblies is highly desirable. It and education.
Part-time: direct to LSBU How to apply
of modern engineering technologies and education.
encompasses simulation, validation
Full-time: via UCAS
and their application to design, develop
UCAS code Part-time: direct to LSBU
and optimisation of products and Progression routes simulate and manufacture a wide range Progression routes
onment
Full-time: 061H
onment
manufacturing tools. to postgraduate study
UCAS codes
of engineering products and systems. to postgraduate study
Graduates who wish to continue their
LSBU code Full-time: H131

(ESBE)
Graduates who wish to continue
Part-time: S756 Top-up: H135

(ESBE)
The HND programme has been studies at degree level can join a range Year One aims to bring together and their studies at postgraduate
developed to provide you with the of LSBU programmes including:
Course contact LSBU code
enhance your previous studies in the level can join a range of LSBU
practical skills and technical knowledge – BSc (Hons) Computer Aided
A C Roberts Part-time: S345
core engineering subjects. programmes including: Design and
robertac@lsbu.ac.uk – 020 7815 7615
to use a wide range of design and Engineering
Course contact
Manufacturing Management, MSc/
development applications in the solution – BSc (Hons) Computer Aided Design.
Typical offer A C Roberts
Year Two is designed to develop PgDip Manufacturing Management
of a variety of engineering problems.
40 UCAS Tariff points robertac@lsbu.ac.uk – 020 7815 7615
your intellectual skills and specialist and MSc/PgDip Quality Engineering

Professional contacts/industry links
Course units Typical offer
knowledge with further studies in Management.
Year One aims to bring together and The course team works closely with
Year 1 120 UCAS Tariff points
engineering design, engineering
enhance your previous studies through technology and industry specialists such
Core
analysis, mechatronics, software Professional contacts/industry links
– Engineering Mathematics Course units
a programme of lectures, tutorials, as Rolls Royce, Autodesk and UGS to
– Engineering Science Year 1
development and project management. The course team works closely with
coursework and laboratory work. ensure that the programme content
– Professional Skills – CAD Project
technology and industry specialists such
provides graduates with the knowledge
– Computer Aided Engineering – Professional Skills
Year Three students who take as Rolls Royce, Autodesk and UGS to
– Engineering Design and Modelling – Computer Aided Engineering
Year Two further develops your and skills demanded by employers.
– Electrical Principles and Applied Electronics – Computer Programming
advantage of the optional sandwich ensure that the programme content
newly acquired technical skills and
– Computer Applications for Engineers – Engineering Science
year gain invaluable industrial provides graduates with the knowledge
specialist knowledge by introducing For full entry requirements see pages
Options – Manufacturing Technology
experience whilst working with and skills demanded by employers.
– CAE/CAD – Cad Project – Electrical Principles and Applied Electronics
you to industrially recognised software 252 to 253.
– MED – Mechanics – Mathematics
experts in their chosen discipline.
tools; this is reinforced by studies
Year 2 Year 2
Non-standard entry requirements
in engineering design, engineering
Core – Computing and Analytical Methods
Year Four of the programme culminates Applicants with an appropriate HND
– Computer Programming Microprocessors and Plc Applications
computing and manufacturing
– Computer Aided Manufacture and Robotics – Computer Aided Design 2
with the final year project which is are eligible for Year Two entry on the
technology.
– Electrical Principles and Applied Electronics – Integrated Engineering
a further opportunity for you to accelerated top-up scheme.
– Microprocessors and Plc Applications – Mechatronics
develop your expertise in one aspect
– Integrated Engineering – Computer Aided Engineering Analysis
There will be numerous opportunities
Options – Computer Aided Manufacture and Robotics
of the course which has particularly For full entry requirements see pages
to develop your practical skills
– CAE/MED – Mathematics – Control Systems and Instrumentation
interested you. 252 to 253.
through coursework assignments and
– Engineering Science Year 3
– Computing and Analytical Methods – Optional Sandwich Placement
laboratory/workshop based projects.
– CAD Integrated Engineering Year 4
These have been developed to integrate
– Product Design – Manufacturing Systems
course material with real life problems
– Product Visualisation – Major Project 3 (2 Units)
– Robotics
and, whilst design may be taken as a
– System Modelling and Design
separate subject it remains a core theme
– Computer Aided Design
in our approach to problem solving.
– Management Applications
– Systems and Software Engineering
164 165
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