Proposal for a New Programme
This form
is available for downloading from admin/ar/templates/new_prog - spaces can be
expanded as required.
This proposal is in
Strategic Phase
Operational Phase
1. Name of Department and Departmental contact Electronic
and Electrical Engineering; Dr Keith Gregory |
2. Award and Title of proposed new programme (see
* below) BEng
in Systems Engineering BEng,
DIS in Systems Engineering |
3. Month and Year of first intake to the
programme October
2004 Will the programme be offered as: full-time part-time full-time
and part-time |
4. If the proposed new programme is a revised
version of an existing programme, state how this will be phased in, i.e. - year(s)
that Parts B, C, D will commence; pathway for students currently on
placement/leave of absence and resit students The
proposed new programme is a 3-year BEng or 4-year BEng with DIS variant of
the existing MEng programme in Systems Engineering. The programme will be
introduced complete for Parts A and B but in an interim form for Part C,
which will be revised for 2005/2006. The programme should take normal intake
in October 2004 and be available for transfers from the existing MEng
programme in any year. The programme will not affect existing students other
than to give them another option for elective transfer or transfer on failure
to progress on the MEng programme. |
5. List the numbers of any new modules
proposed. ELC026
Systems Project. |
6. Is it intended that any modules will be
available by full/partial Distance Learning? Yes No Is it intended that
the programme will be fully Distance Learning? Yes No Guidelines on
full/partial DL provision are available on the intranet at: https://internal.lboro.ac.uk/admin/registry/uniwide/ |
7. Reasons for the proposal: its purpose and
relevance; how it will enhance calibre of teaching and learning; implications
for existing programmes and modules in the department (see * below) The
existing MEng programme has been successful for many years and is producing
graduates who satisfy the existing sponsors and are generally sought after by
industry. However, a need for a different type of Systems graduate has
emerged. The graduates from the MEng programme are described by BAE Systems
as “Systems Architects”; graduates who are capable of developing, operating
and maintaining systems at a high level. However, a need has been identified
for “Systems Practitioners”; graduates who are versed in systems theory but
who operate at a practical level. These types can probably be differentiated
as System Engineers who design and Systems Engineers who do. The
Defence Technical Undergraduate Scheme (DTUS) includes Systems Engineering
but will, in all probability, only accept 3-year programmes. The addition of
a BEng Systems Engineering programme will offer an alternative programme for
any military personnel in the scheme at Loughborough. It
has been noticeable at open days and student visits in recent years that a
significant number of enquiries about a BEng version of the programme have
been received. There is some evidence that many students do not wish to
commit themselves to five years at University (at least, not initially) but
want to study Systems Engineering. The
new programme will take no extra resources to run but may attract significant
numbers of students and, in addition, offer an alternative route to a useful
systems engineering degree to those students who cannot maintain the
standards of the MEng programme. At the moment such students either leave the
Department or transfer to a different programme and are lost to systems
engineering. Implications
for existing programmes are all positive. Since all of the taught modules
used for the new programme are shared with other programmes it will help, at
the very least, to maintain student numbers and may well increase them. |
8. Expected student numbers This is difficult to estimate,
however, the programme should help to maintain students numbers at their
present level of 40-50 per year with a significant increase being feasible. |
9. Staffing implications - adequacy of
existing departmental resources; net increase/reduction in staff teaching
effort or demands on support staff The new programme would have little
effect on staff loading or departmental resources in the short term. Plans
are in place to further integrate the Systems programme with the other
Departmental programmes that will require significant changes to the way in
which systems material is delivered. In particular, it will be necessary to
deal with much larger student numbers on systems modules. It is believed that
any additional student numbers generated by the new programme can be dealt
with as part of these developments. |
10. Additional Library requirements None
in the short term, but it is possible that student numbers will increase in
the long term. |
11. Additional Computing Support required Network/Software (please elaborate): All
initial software and laboratory requirements can be dealt with internally.
Should student numbers increase dramatically then laboratory provision will
need to be reviewed. |
12. Other resource implications, e.g. - lecture
room, lab and other space requirements; equipment, materials; timetabling
constraints (block-teaching for example); any special residential
requirements An
increase in overall intake of 20-30 would not make the Departmental cohort
difficult to deal with within existing constraints. |
13. Implications for other departments both
providing and receiving A
possible increase in student numbers on some service modules. |
14. Evidence of demand and suitability; views of
lecturers; current/prospective students; external examiners/ assessors,
professional/industrial bodies etc. Departmental staff are supportive of the proposal
and subscribe to the basic premise that students are attracted to BEng
programmes because they do not want to commit to 4 or 5 years in University
with the concomitant debt. Whilst it is understood that the new programme may
cause a reduction in MEng numbers it is generally believed that an overall
increase in student numbers is possible. In addition, there is anecdotal
evidence of interest from student visits and open days. Mr Alan Seabridge of BAE Systems, – the External
Examiner for the existing systems programme wrote: “I believe that the introduction of a BEng programme
will be a good move to adjust to the changing needs of industry. Presumably
the BEng students will be more aligned to process with added technical domain
knowledge - rather than broad systems architects. Industry needs both types,
and there have been occasions where we in the aircraft industry have failed
to satisfy the aspiration of the MEng population with the type of 'systems'
work we do. From an external examiner's point of view there is likely to be
more consistency in marking and assessment since the more subjective
assessment of project marking will be removed. This was an especial issue in
the group project of assessing fairly
an individual's personal contribution. It may be necessary to introduce a
process for assessing suitability of people to recommend for progression to
MEng or MSc, but I'm sure that the University has a process for this. Industry has a need for people with a Systems Engineering
degree at this level to introduce a systems richness into the more
traditional engineering domains. It will provide an ingredient to improve the
synergy of engineering teams to our advantage by allowing a mix of systems
process and domain engineering skills.” Mrs Samantha Brown, Deputy Chairman, BAE Systems,
Systems Engineering Council wrote: BAE Systems welcomes this development as providing
greater choice, both for students considering a course of study in Systems
Engineering, and for their prospective employers. We recognise that, whilst
the MEng is the ideal course of study for future Systems Engineering Managers
and Systems Architects, the BEng option provides a more suitable
qualification for those planning to embark on a role as Engineering Technicians
within a Systems Engineering environment. The provision of a common
curriculum across the first two years, as currently planned, will give each
student the opportunity to find their own level, and to transfer between
courses if appropriate. BAE Systems will seek to attract graduates from both
courses, according to the specific demands of different business units,
programmes and roles. The Systems Engineering MEng Steering Group has
already made great progress after being re-established last year, engaging
both academic staff and a range of BAE Systems business unit representatives.
I hope that we will be able to extend its remit to include the BEng and
therefore leverage even greater benefits going forward. |
15. Implications for employability Graduate employment for the Systems Engineering
programme is already excellent and the new programme can, at worst, maintain
that record. |
16. Any other relevant information None. |
·
A department proposing a
group of new programmes/titles with a higher proportion of common modules, or
proposing to add a new programme/title to an existing group of this kind,
should produce information clearly defining the award pathways and justify the
differentiation of the award titles.
Proposals of this type should be flagged up during the strategic phase,
bearing in mind that the case may be driven by non-pedagogic issues (such as
marketing, recruitment or administration)
LOUGHBOROUGH
UNIVERSITY
Regulations
for the Honours Degree Programme in
Systems Engineering 2004/2005
These Programme
Regulations must be read in conjunction with the General Regulations for
Undergraduate Awards (GRUA) and the relevant Module Specifications. For
students entering the programme in 2000/2001 onwards GRUA (2000) applies.
Notices of change will be given by the Department responsible for the
programme.
1.1 Administrative
responsibility for the programme rests with the Department of Electronic and
Electrical Engineering.
1.2 The
programme leads to the Degree of Bachelor of Engineering.
1.3 The
duration of the programme is 6 taught semesters. If industrial training is
undertaken, as required for the award of the Diploma in Industrial Studies or
Diploma in Professional Development (Graduate Professional Development Award),
this will occur after completion of Part B.
1.4 Modules
taught in both semesters have elements of their assessment in both semesters.
All Part A and Part B examinations take place during the summer examination
period.
All
Part A modules are compulsory (total modular weight 120)
Code |
Title |
Modular |
Semester |
COA252 |
Programming for Engineers |
10 |
1 |
COA126 |
Computer Systems for
Engineers |
10 |
2 |
ELA001 |
Circuits |
15 |
1 and 2 |
Signals, Systems and Control |
15 |
1 and 2 |
|
ELA005 |
Electromagnetism |
15 |
1 and 2 |
MAA303 |
Mathematics A |
15 |
1 and 2 |
ELA003 |
Electronics A |
20 |
1 and 2 |
ELA007 |
Systems |
20 |
1 and 2 |
All
Part B modules are compulsory (total modular weight 120)
Code |
Title |
Modular |
Semester |
MPB020 |
Materials Engineering |
10 |
1 |
HUB502 |
Human Factors in Systems
Design |
10 |
2 |
TTB022 |
Aerodynamics and
Propulsion |
10 |
2 |
ELB046 |
Electrical Power B |
15 |
1 and 2 |
MMB140 |
Engineering Mechanics |
15 |
1 and 2 |
ELB006 |
Programming for the Real
World |
20 |
1 and 2 |
ELB007 |
Systems Theory |
20 |
1 and 2 |
MAB303 |
Mathematics B |
20 |
1 and 2 |
Code |
Title |
Modular |
Semester |
ELC026 |
Systems Project |
30 |
1 and 2 |
ELC057 |
Systems Project Management |
10 |
1 |
Group A:
Code |
Title |
Modular |
Semester |
ELC205 |
Computer Networks C |
15 |
1 and 2 |
ELC214 |
Software Engineering C |
15 |
1 and 2 |
ELC219 |
Microprocessor
Architecture C |
15 |
1 and 2 |
ELC202 |
Communications C |
15 |
1 and 2 |
or |
|
|
|
ELC203 |
Renewable Energy Sources C |
15 |
1 and 2 |
ELC204 |
Control System Design |
15 |
1 and 2 |
or |
|
|
|
ELC239 |
RF Systems C |
15 |
1 and 2 |
Group
B:
Code |
Title |
Modular Weight |
Semester |
ELC013 |
Electromagnetic Compatibility C |
10 |
1 |
ELC014 |
Photonics Engineering C |
10 |
1 |
ELC040 |
Electrical Machines and Systems C |
10 |
1 |
ELC051 |
Programming with C++ |
10 |
1 |
ELC054 |
Electronic System Design with FPGAs |
10 |
1 |
MMC801 |
Advanced Heat Transfer |
10 |
1 |
MMC912 |
Laser and Optical Measurements I |
10 |
1 |
TTC001 |
Computational Fluid Dynamics 1 |
10 |
1 |
TTC050 |
Gas Turbine Theory |
10 |
1 |
TTC051 |
Aerodynamics 1 |
10 |
1 |
TTC052 |
Aircraft Stability |
10 |
1 |
ELC007 |
Electromagnetism |
10 |
2 |
ELC009 |
Electrical Machines and Drives C |
10 |
2 |
ELC015 |
Operations Management |
10 |
2 |
ELC028 |
Java/Internet Programming |
10 |
2 |
ELC041 |
Advanced Topics in Control
C |
10 |
2 |
MMC106 |
Finite Element Analysis |
10 |
2 |
MMC803 |
Turbomachinery |
10 |
2 |
TTC043 |
Computational Fluid Dynamics 2 |
10 |
2 |
TTC056 |
Aerodynamics 2 |
10 |
2 |
TTC057 |
Flight Control Systems |
10 |
2 |
Modules from Group A must
be taken in pairs.
Total
module weight for the year must be exactly 120, so modules must be chosen from
Group A in pairs. Module weighting should be arranged as 60 per semester but
different semester weightings are allowed subject to the approval of the
Programme Director. Any difficulties arising from such a choice will not be
considered as the basis of a claim for impaired performance.
As
an alternative to those options listed in Section 2.3.2, language modules
to a maximum total weight of 20 may be chosen subject to the approval of the
Programme Director. Modules below level 4 are unlikely to be approved.
All module choice is subject to
availability, timetabling and prerequisite restrictions.
In
addition to satisfying the requirements set out in GRUA candidates must satisfy
the following criteria:
In
order to progress from Part A to Part B candidates must obtain at least 100
credits from modules taken in Part A and must normally obtain:
(a) a
mark of at least 30% in each of the remaining modules taken in Part A.
(b) an
overall average mark of at least 40% in modules taken in Part A.
In order to progress from Part B to Part C candidates
must obtain at least 100 credits from modules taken in Part B and must normally
obtain:
(a) a
mark of at least 30% in each of the remaining modules taken in Part B.
(b) an
overall average mark of at least 40% in modules taken in Part B.
To be eligible for the award of
Bachelor of Engineering candidates must obtain at least 100 credits from
modules taken in Part C. To be eligible for the award with Honours the
Part C credit must normally include the Systems Project module ELC026. Where
applicable, the Advanced Systems Project ELD050 is an acceptable alternative to
ELC026.
Final degree classification
will be determined on the basis of performance in degree level module
assessments in parts B and C, in accordance with the scheme set out in GRUA.
The average percentage marks for each part are combined in the ratio: Part B -
20, Part C - 80.
Any candidate who at the first
assessment satisfies the requirements for progression from Part A to Part B on
any MEng programme in the Department would normally be allowed to transfer to
Part B of that programme should they so wish.
Any candidate who at the first
assessment satisfies the requirements for progression from Part B to Part C on
the MEng programme in Systems Engineering would normally be allowed to transfer
to Part C of that programme should they so wish.
Such transfers are subject to
the prerequisite requirements of the chosen MEng programme.
Provision is made in
accordance with GRUA for candidates who have the right of re-assessment in any
part of the programme to undergo this in the University's special assessment
period. However:
(i) Where
a candidate has achieved fewer than 60 credits in any part of the programme,
reassessment in that part may not be undertaken in the special assessment
period.
(ii) Coursework
re-assessment for exercises undertaken in groups and/or involving
constructional, experimental or laboratory work may not be available during the
special assessment period.
·