1

Areas and types of work available

Salary & Benefit information

People you can count on,

products you can trust

2

Electronic Engineering Industrial Placement

Allocated to dedicated project or specialist team

Experience a variety of activities throughout the product lifecycle Conceptual design Detailed Design Design Analysis Verification Testing

Apply taught knowledge to current projects and investigations Will be given responsibility to complete packages of work required

Development opportunities exist through day to day work and targeted training

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Electronic Engineering Graduates

Allocated to dedicated project or specialist team

Experience a variety of activities throughout the product lifecycle Conceptual design Detailed Design Design Analysis Verification Testing

Apply taught knowledge to current projects and investigations Will be given responsibility to complete packages of work required

Obtain appreciation of key business functions to support future development opportunities

Development opportunities exist through day to day work and targeted

training

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Software Design

Industrial Placement students - typically Training lasts 12 months Two, six month placements – software design and software

verification

Graduates - typically Training lasts up to 24 months First six months in software design Followed by three, four month placements

– Possible placements in systems design, systems verification, safety , SQA, project management, OS systems design, manufacturing (electronic or hydro-mechanical), slave controls, capability team

– Must have one placement in software verification

Final six months placement back in software design

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Software Design

Software design trainees shall typically receive specific training on:

UML modelling Ada95 SPARK Controls Technology Continuous Improvement Introduction Quality Management System Introduction Holistic Gas Turbine – Intermediate Introduction to Product Integrity Introduction to Export Control

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Systems Graduates and Industrial Placements

Requirements gathering and specification

Sub-system design Design analysis, including modelling

and simulation

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Problem investigations System integration Verification and validation

Safety assessment Failure cause and consequence modelling

TOP EVENTeg FADEC CAUSED INFLIGHT SHUT DOWN

TE - IFSD

BOTH OF THESEFAILURES MUSTOCCUR

TE-DF

EITHER OF THESEFAILURES COULDCAUSE TOP EVENT

TE - SF

INADVERTENT TRIPOF OVERSPEEDPROTECTION

IOP TRIP

FMV FAILS CLOSED

FMV-C

LOSS OF CHANNEL BOUTPUT DRIVES

EEC-LANE B

LOSS OF CHANNEL AOUTPUT DRIVES

EEC-LANE A

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Materials Engineers

Design and Technology Materials Selection Materials Evaluation Materials Processing

Selection & Evaluation

Component Failure Forensic Investigation

Materials & Process Specifications Design and Review

Supplier Audit and Manufacturing Process Optimisation

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Multi-Discipline Team Metallurgical Polymers Tribology Surface Treatment Chemistry Fuels and Lubricants

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Mechanical Engineering Industrial Placement

One year working in industry on diverse projects such as A350 and Boeing 777

Opportunities to experience both product design and development

Working in existing project teams applying your skills to real world problems

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Mechanical Engineering Graduate Placement

Develop your Career with a structured programme that is IMechE accredited

Work on Aerospace projects as diverse as A350 and Boeing 777

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Salary & Benefit Information

Graduate Salary - £25,300 per annum Industrial Placement Salary - £15,200 per annum

Accredited Graduate Programmes i.e. IMechE, IET, RAeS AEC uses it placement programme to recruit and sponsor its

future graduates (60% of students sponsored in 2011) Usual large company benefits

25 days plus statutory days Company bonus scheme Pension scheme Flexible working hours in many areas