POSTGRADUATE COURSES IN ENGINEERING

8/19/2019 POSTGRADUATE COURSES IN ENGINEERING

1/19

MSc Oil and Gas Engineering

MSc Offshore Oil and Gas Engineering

MSc Drilling and Well Engineering

MSc Petroleum Production Engineering

MSc Subsea Engineering

MSc Asset Integrity ManagementMSc Energy and Sustainability

MSc Offshore Renewables

MSc Professional Engineering Programme

POSTGRADUATE COURSES IN

ENGINEERING


2/19

ENGINEERING

2 THE PROFESSIONAL UNIVERSITY 3 THE PROFESSIONAL UNIVERSITY

FLEXIBLE STUDY modes

courses DESIGNED TO FITaround YOUR BUSY LIFE.STUDY ONLINE or FULL-TIME.

INNOVATIVE RESEARCH

We offer high qualityresearch with areal-world focus.

ACCREDITED COURSES

the majority of ourcourses have accreditationby professional bodies.

a sign of high quality.

succeed in your career

We produce high-calibregraduates with highlydesirable skills who aresnapped up by recruitersand head-hunted by the bestin the business.

informed by industry

OUR VOCATIONAL COURSES AREDIRECTLY INFORMED AND ENDORSEDBY THOSE WORKING IN INDUSTRY.

15% ALUMNI DISCOUNT

RGU GRADUATES get a 15%DISCOUNT on postgraduatecourse fees. applies to bothhome and overseas alumni.

£120 MILLIONINVESTMENTIN OUR AMAZING

RIVERSIDE CAMPUS

reasons why we’re better... WELCOME TO THE SCHOOLOF ENGINEERING

WELCOME FROM THE DEAN

At the School of Engineering we workclosely with local, national and internationalcompanies to ensure that we provide you witha professional educational experience enablingyou to gain the necessary skills and capabilities to meet the demands of employers.

Based in Aberdeen, the energy capital ofEurope, we are ideally located for yourpostgraduate engineering studies.

You will learn from a team of experiencedstaff who are actively involved in research,consultancy and the provision of bespokeeducation and training to industry.

We appreciate that the decision to study fora postgraduate qualication is a major one.

Whether you are a recent graduate seeking to specialise, or an experienced professionalwishing to update your knowledge and skills,you can be certain that by studying with us youare making a career- enhancing decision.

We look forward to welcoming you toour School.

We offer a range of specialistpostgraduate courses with exiblemodes of study, including online orfull-time to t around your needs.

Whether you have recently graduated, wantprofessional accreditation, are looking toretrain or develop your career – whateveryour reasons for postgraduate study – wehave an excellent reputation for producinghigh-calibre graduates with transferable skills that can enhance careers.

Professor John Watson Dean, Faculty of Design and Technology

ABERDEEN IS SCOTLAND'STHIRD BIGGEST CITY witha high quality of life.

AN INSPIRATIONALLEARNING ENVIRONMENT

WHO IS THIS BOOKLET FOR?

This booklet is for individuals considering apostgraduate taught course in subjects relating to Engineering. See the full course list atwww.rgu.ac.uk/better

If you are a business owner or HR managerseeking information on customised trainingplease contact [email protected]

If you are considering a research degree,please visit the postgrad research webpage.

www.rgu.ac.uk/postgraduate-research


3/19

ENGINEERING


AN OUTSTANDINGREPUTATION

We consider our riverside campus,based on the banks of the beautifulRiver Dee, to be one of the mostattractive campuses in the UK and one

of Europe’s nest. The riverside is home to otters, heron, deer and other wildlife.Our campus has beautiful woodlandwalkways and parkland, connecting ourmodern, stylish buildings. In twentyminutes you can be in the vibrant citycentre of Aberdeen, or surrounded byscenic and picturesque countryside.

Watch our campus video from the airwww.rgu.ac.uk/aerial-view

AN INSPIRATIONALLEARNING ENVIRONMENT

WE’RE ONE OF THETOP UK UNIVERSITIESFOR POSTGRADUATEEMPLOYABILITY, WITH A98.5% EMPLOYMENT RATE

HESA Destination of UKLeavers' Survey 2013/14

OUR AFFILIATIONS AND

PROFESSIONAL LINKS

Our accreditations demonstrate the qualityand relevance of our courses and in most casesform the basis for your career progression to Chartered (CEng) status, the highestprofessional engineering qualication.

Please see individual course pages forfull information.

STRONG LINKS TO INDUSTRY We work closely with employers at everystage, from course development andaccreditation, to guest speakers andcommercial collaborations with industry.We are committed to successful workingpartnerships with partner agencies andemployers across different sectors throughout the world. These partnerships ensure that allour courses are always timely and relevant.

ACADEMIC EXPERTS We’re proud of our teaching staff; proud of theirquality and academic achievements as well as the practical experience they have in their area.Our professors, lecturers and tutors combinerst-class qualications with time spent in

business or industry. They offer insight fromboth worlds – the theoretical and practical – to help inspire you.

OUTSTANDING REPUTATION We are extremely proud of our graduateemployment record and are consistently topin the UK for graduate employability. Oursuccess stems from an outstanding reputationfor producing capable and highly-qualied

graduates who learn and apply the skills,knowledge and professionalism thatemployers want in the workplace.

FLEXIBLE LEARNING

We deliver both on-campus and onlinedistance learning (ODL) courses. These studyoptions should enable you to continue withother commitments such as employment.

BEST RIVERSIDE CAMPUS IN EUROPE We have a reputation amongst our studentsfor providing a friendly, supportive andstimulating learning environment based atGarthdee on the banks of the beautiful RiverDee. The riverside is home to otters, heron,deer and other wildlife. Our campus hasbeautiful woodland walkways and parkland,connecting our modern, stylish buildings. In twenty minutes you can be in the vibrant citycentre of Aberdeen, or surrounded by scenichills and picturesque countryside.

In the past decade, the University has invested

more than £120 million to improve its facilities.We consider our riverside campus to be oneof the most attractive campuses in the UK andone of Europe’s nest.

Watch our campus video from the air: www.rgu.ac.uk/aerial-view

Take a virtual tour of our fantastic facilities andour dynamic modern campus at: www.rgu.ac.uk/virtualtours

Or come and see the campus for yourself byregistering to attend one of our postgraduateevents. www.rgu.ac.uk/better


4/19

ENGINEERING


STUDY OPTIONS toSUIT YOUR BUSY LIFE

When considering a postgraduate course, it is important to also consider themode of study which best suits your needs. We deliver the equivalent learningexperience across all our modes of study, offering a variety of different options,allowing you to gain the qualications you need in a way that suits you.

Full-time studyThis is the quickest route and requires fullattendance for the duration of the programme.Allows you to gain the knowledge and skills you

require within the shortest amount of time.

Online studyIf you are unable to study on campus, we offeran online study mode via Campus Moodle, ourvirtual learning environment.

It is a valuable tool that provides an integratedpackage of resources and facilities to all ofour students via the internet. You will be able to interact with fellow students and tutors through innovative technologies includingpodcasts, videos, chat and discussion forums.You will be taken through an induction by tutorsat the beginning of each programme.www.rgu.ac.uk/campusmoodle

Online students have a strong sense ofcommunity through the use of discussionforums, chat and group working areas.

Download our guide to online learning at:www.rgu.ac.uk/better-online

QUALIFICATIONS EXPLAINED

If you don’t want to commit to studying afull Masters degree, you can complete singlemodules and work towards the followingexit awards:

Postgraduate Certicate (PgCert)Award granted on completion of modules that accumulate to 60 credits.

Postgraduate Diploma (PgDip) Award granted on completion of modules that accumulate to 120 credits. If you get adiploma you will have gained 120 of the180 credits you need for a masters degree.

Masters (MSc/MBA) Award granted on completion of modules that accumulate to 180 credits and typicallyincludes a dissertation. This will enableyou to consolidate and apply the skillsand knowledge gained in your earlierpostgraduate study.

Doctorate (PhD/PD) Application is normally to MSc/MRes with transfer to a PhD dependent on satisfactoryprogress around 12 months.

OUR RELENTLESS FOCUS ON PROFESSIONALEDUCATION MEANS OUR GRADUATES ARENOT JUST READY TO WORK, BUT ARE ALSOEQUIPPED TO MAKE AN ENDURING ANDVALUABLE CONTRIBUTION TO INDUSTRYAND THE PROFESSIONS ON A REGIONAL,NATIONAL AND GLOBAL SCALE.


5/19

ENGINEERING


DART® AT RGU Dynamic Advanced Responsive Training(DART®) represents a joint-venturebetween KCA Deutag Limited, aninternational drilling company, and RGU.Our drilling simulator provides realisticreal-time training within a virtual drillingenvironment.

The service provides a full-scalereproduction of an offshore platform orland rig. 3D graphics of the rig’s drill oor

are projected onto a large cinema screen.

The simulation depicts realistic graphicsand sound effects to simulate what thedriller would see and hear on the rig. Theimmersive experience trains for real drillingsituations and challenges, including well-control scenarios.

An accredited IWCF centre, DART® draws upon KCAD’s drilling expertise,engineering skills from within the Schoolof Engineering and psychologists from theFaculty of Health and Social Care to deliverground-breaking consultancy, training andresearch in business-critical human factorsanalysis and adjustment.

For more details please visitwww.rgu.ac.uk/dart

OIL AND GAS INSTITUTE The RGU Oil and Gas Institute was setup to provide a front door for companieslooking to take advantage of our extensiveknowledge and expertise in oil and gas.We have a network of partner institutionsand a team of experts who can supportyour business needs.

We deliver thought-leadership, exclusivefacilities, education, training, consultancyand research for business.

Beneting from a £5 million investment

from the Wood Foundation, the Universitywill ensure that the Institute becomes aglobal centre of excellence in oil and gas.

The Institute provides businesses withaccess to world-class expertise in thecritical areas of drilling, operations,decommissioning and business excellence.

Led by industry experts and academics, the Institute will work closely with thesector on the research and educationrequired to maximise recovery of theworld’s hydrocarbon resources and tomake decommissioning commercially andenvironmentally effective.

Find out more at:www.rgu.ac.uk/ogi


6/19

ENGINEERING


WHAT othersSAY ABOUT US

The Oil and Gas Engineeringcourse provided a comprehensivelevel of teaching in several keyareas of offshore hydrocarbonproduction. The materialprovided was extensive andclearly structured to suitmy method of study, and thesupport provided by the staffwas first rate. I particularly

found the online forum useful,giving easy access to my fellowstudents and bringing real timeworking examples to the floor.This has made a significantcontribution to my developmentwith BP and will provide a firmfoundation upon which to buildmy professional career.

Corrie EwartSubsea Operations Engineer, BPMSC Oil and Gas Engineering

There was good communicationbetween the tutor and students,and lots to learn about thesubject. Quite simply - the time Iwas a student at Robert GordonUniversity was the greatest timeof my life!

Alexei IassinskiBaker Oil Tools

MSC Drilling & Well Engineering

THE I Time spent in Aberdeenoffered great networkingopportunities at SPE studentchapter meetings and EnergyInstitute meetings.

Andrew Hyde, TalismanMSC Oil and Gas Engineering

ENHANCEYOUR CAREER

CAREER PROSPECTS Our relentless focus on professional educationmeans our graduates are not just ready to

work, but are also equipped to make anenduring and valuable contribution to industryand the professions on a regional, national andglobal scale. We believe it is our inspirational teaching and practical courses that make ourgraduates such desirable candidates.

RGU has gained its position as top UK

university for graduate employment throughclose links with industry and other employers.

CAREERS & EMPLOYABILITY CENTRE

We have a dedicated centre with a team ofcareer consultants, offering a full range ofservices to assist individual career planning, job searching and employability needs.

Employers are keen to speak to our studentsdirectly and to facilitate this we arrange on-campus recruitment and applications skillspresentations where employers can raise theprole of their company and provide more

information on the opportunities that theyhave as well as the benets of working for that

company.

Full in-depth career mentoring and careersguidance sessions are available to current

students. For more information, please visit:www.rgu.ac.uk/careers

CONTINUING PROFESSIONAL

DEVELOPMENT (CPD)

Lifelong learning is considered to be an integralpart of personal development, and allows you to keep abreast of innovation within your eld.

We provide a range of short course modules, teaching and CPD programmes, delivered ina variety of study modes. Find out what weoffer at:

www.rgu.ac.uk/profdev

www.rgu.ac.uk/energycentre Email: [email protected]

TAILORED DEVELOPMENT FOR

ORGANISATIONS Our dedicated professional development team can provide tailored CPD opportunities to meet the needs of organisations, includingbespoke education and training deliveredin the workplace. We offer consultations tohelp plan CPD activities, online and blendedlearning for your business.

If you are responsible for the development ofyour staff and would like to know more about this service, please visit: www.rgu.ac.uk/business-services

PROFESSIONAL STUDIES FRAMEWORK

The Professional Studies Framework (PSF)enables students who have successfullyundertaken modules and earned academiccredit to use that credit to gain an academicaward. For further information, please go to:www.rgu.ac.uk/psf

postgraduates EARN MORE

masters graduates earnmore than undergraduatesover their careers.


7/19

ENGINEERING


Petroleum EngineerA petroleum engineer is involved in nearlyall stages of oil and gas eld evaluation,development and production. The goal of apetroleum engineer is to maximise hydrocarbonrecovery at a minimum cost while maintaininga strong emphasis on reducing all associatedenvironmental problems.

Petroleum engineers are divided into severalgroups: petroleum geologists nd hydrocarbons

by analysing subsurface structures withgeological and geophysical methods; reservoirengineers work to optimise production of oiland gas via proper well placement, productionlevels, and enhanced oil recovery techniques;production engineers manage the interfacebetween the reservoir and the well through such tasks as (but not limited to) perforations, sandcontrol, articial lift, downhole ow control anddownhole monitoring equipment; and drillingengineers manage the technical aspects ofdrilling both production and injection wells.

They all work in multidisciplinary teams alongsideother engineers, scientists, drilling teams andcontractors.

RENEWABLESAn EU-wide study estimated that renewableenergy has the potential to create over 900,000

new jobs by 2020. Studying renewable energyresources and sustainability provides essentialskills and knowledge to enter a wide range ofroles in a rapidly growing sector. Careers canrange from technical-level jobs in areas such asdesign, engineering and planning, through toresearch and development, consultancy andproject management.

Reservoir EngineerReservoir engineers analyse the productionpotential of a petroleum reservoir. They study the behaviour and characteristics of a petroleumreservoir to determine the drilling and extractionmethods that should be used to optimise oil orgas recovery. They gather data from varioussources to produce a development plan, usingcomputer models to simulate productionconditions. This enables them to identify risksand forecast the likely outcome of events andpossible interventions, to maximise reservoiryields and performance. Decisions on thenumbers and locations of wells depend on these models, as do development programmes,such as commissioning additional wells orrecommending the employment of enhancedrecovery technologies (e.g. water injection tosimulate ow). Reservoir engineers monitorand update the model as necessary during thelifecycle of the reservoir.

Project EngineerThe role of the project engineer can often bedescribed as that of a liaison between the projectmanager and the technical disciplines involvedin a project. The project engineer is also often the primary technical point of contact for thecustomer.

Typically responsibilities include schedulepreparation and resource forecasting forengineering and other technical activitiesrelating to the project. They assure the accuracyof nancial forecasts, which tie in to projectschedules and ensure projects are completedaccording to project plans. Project engineersmanage project team resources and training,and develop extensive project managementexperience and expertise. When project teams are structured so that multiple specialitydisciplines report to the project engineer, then two important responsibilities of this role areinter-discipline coordination and overall qualitycontrol of the work.

Drilling EngineerA drilling engineer develops, plans, costs,schedules and supervises the operationsnecessary in the process of drilling oil and gaswells. They are involved from initial well design to testing, completion and abandonment.Engineers are employed on land, on offshoreplatforms, or on mobile drilling units either by the operating oil company, a specialist drillingcontractor or a service company. The rolecan involve administering drilling and servicecontracts, engineering design, the planningof wells and supervising the drilling crew on site.Drilling engineers work with other professionals,such as geologists and geoscientists, to monitordrilling progress, oversee safety managementand ensure the protection of the environment.

Subsea EngineerSubsea engineers are involved in any structuralengineering taking place beneath the surface of the sea. They design, build and install mechanicalsystems used under the ocean, such asunderwater pipelines and pumps, transportationequipment, subsea wellheads and offshoredrilling rigs. They need to have a good workingknowledge of all types of underwater equipmentand vehicles. They may also be involved inunderwater data collection, which entails usingimaging technology or remotely operated

vehicles to gather information.Subsea engineers use both traditional and high- tech tools, such as computer-aided design (CAD)systems, to create realistic geometric models ofdrills and rigs, which can simulate and analyse the effects and potential problems of designs(e.g. machine malfunction and slowdown). Theymay also work with oceanographers and otherscientists to determine locations for drillingas well as teams of other engineers andprofessionals to design an interface between thesubsea structures and the well.

Asset IntegrityManagerAn Asset Integrity Manager is responsible forensuring an asset performs its required functioneffectively and efciently whilst protectinghealth, safety and the environment. The industrydenition of Asset Integrity Management is that it is the means of ensuring that the people,systems, processes and resources that deliverintegrity are in place, in use and will perform

when required over the whole lifecycle of theasset. Asset Integrity Managers are often thecompany focal point for the asset life cycle,from the design of new facilities to maintenancemanagement to decommissioning.

An effective Asset Integrity Managementsystem will maintain the asset in a t-for-servicecondition while extending its remaining life in themost reliable, safe and cost-effective manner.Asset Integrity Managers are vitally importantat helping to lead organisations toward sociallyresponsible management, looking after the safetyof people, the prevention of environmentalpollution and minimising risks of disasters toassist company protability.

CAREER OPTIONS in…ENGINEERING

With demand for oil and gas increasing, and greater care being taken of our natural resources, the energy industry faces a challenging and exciting future which is going to test the ingenuityand expertise of those working within the industry and provide exciting opportunities forcareer development.


8/19

ENGINEERING


WORLD-CLASSRESEARCH

RESEARCH WITHIN THE SCHOOL

Our excellent reputation in research allows us tofully participate in collaborative projects such as

the Northern Research Partnership (NRP) and the National Subsea Research Institute (NSRI).Research activity in the School is broadlycategorised into the following areas:- The Energy Group- The Environmental Technology Group- The Electronic Systems Group- The Materials and Bioengineering Group

The research focuses on solving problemsrelating to the oil industry; digital and creativeindustries and includes topics such as:

Hydrogen production membrane technology;uid mechanics; condition monitoring;

renewable energy; integration of renewableenergy-based power plants into electricalsystems; advanced water and air treatment technology; environmental sensing andenvironmental catalysis; image processing;articial intelligence; absorption; porosity;

surface science and biomaterials.

CUSP The Centre for Understanding Sustainabilityin Practice (CUSP) works with organizationsand communities at many levels to establishsustainable and resilient societies. CUSP's

activities span a range of sustainability relatedelds such as:

• Food/energy/water nexus and closed loopenergy management

• Appropriate technology for communities andbusinesses

• Agricultural products and food processing inremote communities

• CO2 emissions baseline & management

• Technology diffusion

www.rgu.ac.uk/cusp

RESEARCH AT RGU

Universities, and RGU in particular, areinstrumental in driving fundamental changes to the way knowledge is exchanged and utilisedby companies. RGU’s core philosophy is toensure that our output, from education toresearch, is focused on delivering real-worldimpact and clear commercial value.

We conduct multi-disciplinary, applied

research to solve real-world problems facingindustry. Our innovation services are available through a variety of mechanisms includingconsultancy, technology licensing, intellectualproperty protection and knowledge transferpartnerships (KTPs).

www.rgu.ac.uk/research

Business & Enterprise

UNIVERSITY RESEARCH THEMES

Governance & Society

Information & Communication

Cardiovascular & Metabolic Health

Psychosocial & Mental Health

Environmental & Occupational Health

Energy, Environment & Sustainability

Creativity, Design & Innovation

Digital Technologies

£1.1m project to nd aclean and effective way

of producing biofuelusing solar energy.

The Energy CentreThe Energy Centre works closely bothwith individual departments across theUniversity and with industry to developcourses for those individuals interested inconversion to the oil and gas industry orwho are pursuing further specialisation in this area.

www.rgu.ac.uk/energycentre Email: [email protected]


9/19


10/19

ENGINEERING


MSC OFFSHORE OIL ANDGAS ENGINEERING(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW This course has been developed in closecollaboration with industry and followsguidelines set out by professional engineeringinstitutions which ensure the specialist subject

areas covered are up to date and provide youwith the essential knowledge and skills requiredfor an engineering career within the offshore oiland gas industry.

The course builds upon scientic and

mathematical skills obtained through experiencefrom a rst degree. You will acquire and utilise

skills and integrate knowledge drawn fromdifferent subject areas.

HOW YOU WILL LEARN

Those studying on the full-time course willbe taught via a combination of lectures, guestspeakers, seminars, tutorials and online campusdiscussion forums.

The online option allows you to studyfrom any internet connection in the world.You will be taught via our virtual learningenvironment Campus Moodle. You will be taught and supported by experienced industryprofessionals using current standards andfundamental engineering practices.

The ODL course utilises the same materialand content as the on-campus course and issupported by subject specialists to the same

learning outcomes.

ODL Students typically take up to 3 modulesper year and each module comprises up to 52

hours of lectures and tutorials over 12 weeks of teaching. Signicant additional private study is

expected during each module.

BENEFITS TO YOU Post validation, accreditation of this coursewill be sought from the Energy Institute (EI). If this accreditation is awarded it will ensure that the course content is to the highest industrystandards providing you with key recognition.This course will then also count towards theacademic requirements of the EI allowing you towork towards your chartered status.

BENEFITS TO ORGANISATION Those studying on this course will be able tobring new knowledge to the organisation,developing processes and procedures whichadd real value to the workplace. Employees willbe able to take the theory and immediately put

it into practice, demonstrating the relevance of the material being taught.

CAREER OPPORTUNITIES This course provides the knowledge requiredfor a range of professional careers within theoffshore oil and gas industry.

WHO SHOULD APPLY? This course is suitable for those who hold anHonours degree in Engineering or relateddiscipline at level 2:2 or above. However thosewith other qualications but with considerable

appropriate relevant industrial experience maybe considered.

All international students, for whom English isnot their rst language, must provide evidence

of linguistic ability by gaining an IELTS scoreof 6.5, or its equivalent, prior to receiving an

unconditional offer of a place on the course.

Further information can be found at:www.rgu.ac.uk/english-requirements

www.rgu.ac.uk/applyONLINE

APPLY online at

COURSE CONTENT • Business Essentials

• Wells

• Facilities

• Subsurface

• Materials and Corrosion Science

• Processing and Pipelines

• Oceans, Operability & Humans in the Ocean

• Subsea Systems

Individual Project

In order to complete the full MSc you will need to submit an individual engineering research

project with an industry focus. This is designed to allow you to demonstrate the skills andknowledge gained through the course alongwith integrating and implementing researchmethods, whilst being of practical relevance.For those who continue to work through their studies, you are encouraged to use anissue currently faced within your organisationallowing you to make your course relevant toyour workplace.

YOU WILL LEARN TO • Use a critical approach to upstream offshore

oil and gas engineering

• Apply the scientic, engineering and

management aspects related to selected keyareas of offshore oil and gas engineering

• Utilise skills in integrating knowledge drawn

from different subject areas and learninnovative thinking, which can be applied to the discipline of offshore oil and gasengineering

• Develop initiative, creativity, interpersonal

skills and a high level of independent critical judgement

The flexibility of the onlinedelivery was really the onlyoption available for me dueto working in the offshoreindustry.

When I returned to study thebenefits were huge in terms ofbeing able to take the theory

and immediately put it intopractice and clearly see therelevance of the materialbeing taught.

Stephen KinlochSenior Survey Engineer,Andrews Survey

KEY DETAILS

STUDY OPTIONSFull-time, 1 yearOnline, from 3.5 years

START DATEsSep (Full-time) and Jan (Online)

FEES AND FURTHER INFORMATION

www.rgu.ac.uk/offoilandgas

CONTACTDr Mohamed AmishT: +44 (0)1224 [email protected]


11/19

ENGINEERING


MSC DRILLING ANDWELL ENGINEERING(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW

This course is aimed at developing engineers to become drilling engineers and to enhance the skills of those who are already practicingdrilling engineers.

This course develops levels of professionalskill and understanding in the key areas of welldesign, drilling and operations managementand will give you real practical and academicskills which will enhance your career options.

Typical students include those working inoil and gas companies, energy companies,national oil companies, engineering rms and

engineering service companies.

HOW YOU WILL LEARN Those studying on the full-time course willbe taught via a combination of lectures,guest speakers, seminars, tutorials and onlinecampus discussion forums. All full-timestudents are expected to participate in ourinduction week.

The Online Distance Learning (ODL) optionallows you to study from any internetconnection in the world.

You will be taught via our virtual learningenvironment Campus Moodle. You will be taught and supported by experienced industryprofessionals using current standards andfundamental engineering practices.

The online course utilises the same materialand content as the on-campus course and issupported by subject specialists to the same

learning outcomes.

For more information about online study,download our online learning guide.www.rgu.ac.uk/better-online


APPLY online at


• Wells

• Facilities

• Subsurface

• Drilling Technology

• Well Completions and Subsea Systems

• Drilling Operations Management

• Advanced Well Engineering

Individual Project In order to complete the full MSc you willsubmit an individual engineering research

project with an industry focus. This is designed to allow you to demonstrate the skills andknowledge gained through the course alongwith integrating and i mplementing researchmethods, whilst being of practical relevance.

For those who continue to work through their studies, you are encouraged to use anissue currently faced within your organisationallowing you to make your course relevant toyour workplace.

YOU WILL LEARN TO • Develop a critical approach to the

implementation of drilling and wellengineering and to provide a broad andsound understanding of the scientic,

engineering and management aspectsrelated to selected areas of effective drillingand well engineering

• Apply innovative thinking and develop

greater professional knowledge which canbe applied to drilling and well engineering

• Use initiative, creativity, interpersonal skills

and a high level of independent critical judgement at a senior level

BENEFITS TO YOU This course is fully accredited by the EnergyInstitute (EI) which ensures the course contentis to the highest industry standards providingyou with key recognition. This course will alsocount towards the academic requirementsof the EI allowing you to work towards yourchartered status.

CAREER OPPORTUNITIES Previous graduates have gone on to gainemployment in every oil producing area of theworld and work for many of the oil majors and

drilling contractors. This innovative course isdesigned to deliver tomorrow’s drilling andwell engineering experts and is relevant to

senior and middle Managers and Engineers.

WHO SHOULD APPLY?

Applicants must hold an Honours degree inEngineering or related discipline at level 2:2 orabove. However those with other qualications

but with considerable appropriate relevantindustrial experience may be considered.

The course is aimed at practising drillingand well engineers working in oil and gascompanies, energy companies, national oilcompanies, engineering rms and engineering

service companies.





KEY DETAILS




www.rgu.ac.uk/dwengineering

CONTACTJohn BissetT: +44 (0)1224 262377 [email protected]

ACCREDITATION

During my two years ofstudy, I had the chance tocollaborate with IndustryProfessionals and Professorsas well as very experiencedfellow students. The structure

was such that InteractiveDiscussions and Exercisesenhanced my overall skillsand prepared me for day-to-day Job Interfaces. Allthis intensive time createdgood friendships and mostimportantly Academic andIndustry linkage invaluablefor the future.

Athanasios Kitsios Subsea Engineerfor JP Kenny Caledonia Ltd UK


12/19

ENGINEERING


MSC PETROLEUMPRODUCTIONENGINEERING(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW The course has been developed andis supported by experienced industryprofessionals, with reference to authenticindustry application software, current technicalstandards, leading-edge engineering practicesand is fully accredited by the EnergyInstitute (EI).

This course will allow you to develop the skillsand knowledge necessary to select equipment,optimise the design and performance ofproduction facilities and manage eld and well

production operations. You will also cover wellsand related production facilities, whether onland, offshore or subsea. In addition to the more technical aspects of the course you will alsogain valuable management skills for working ina multidisciplinary team on complex projects

such as eld developments, eld enhancement

projects and well rehabilitations.

HOW YOU WILL LEARN

Those studying on the full-time course will be taught via a combination of guest speakers, tutorials, workshops, lectures, industrialvisits and online campus discussion forums.Previous guest presentations have includeddemonstrations of specialised software for the design, modelling and optimisation ofproduction wells.


You will be taught via our virtual learning

environment Campus Moodle. You will be taught and supported by experienced industryprofessionals using current standards andfundamental engineering practices.

The ODL course utilises the same materialand content as the on-campus course and issupported by subject specialists to the same

learning outcomes.

ODL students typically take up to 3 modulesper year and each module comprises up to 52



BENEFITS TO YOU This course is fully accredited by the EnergyInstitute (EI) allowing you to work towardsyour chartered status. The course will facilitateyour progression to a career as an Engineeror Manager, providing you with the tools and techniques required to manage and operateelds and wells effectively after they are drilled.

BENEFITS TO ORGANISATION Those studying on this course will be able tobring new and cross-networked knowledge to the organisation, developing processesand procedures which add real value to theworkplace. Employees will be able to take the theory and immediately put it into practice

demonstrating the relevance of the materialbeing taught.

CAREER OPPORTUNITIES Previous graduates generally work as fullyqualied petroleum engineers and managers in

the upstream oil and gas industry, specialisingin the production discipline.

WHO SHOULD APPLY? This course is aimed at practising oileld

engineers and managers who already haveat least two years’ oil and gas industryexperience.

Applicants should hold an Honours degree inEngineering or related discipline at level 2:2 orabove. However those with other qualications

but with considerable appropriate relevantindustrial experience may be considered.



unconditional offer of a place on the course.www.rgu.ac.uk/english-requirements


APPLY online at


• Wells

• Facilities

• Subsurface

• Production Operations

• Well Completions and Subsea Systems

• Petroleum Economics and Asset

Management

• Production Systems Modelling

Individual Project In order to complete the full MSc you willsubmit an individual engineering researchproject with an industry focus.

This is designed to allow you to demonstrate the skills and knowledge gained through thecourse along with integrating and implementingresearch methods, whilst being of practicalrelevance.

For those who continue to work through their studies, you are encouraged to use anissue currently faced within your organisationallowing you to make your course relevant toyour workplace.

YOU WILL LEARN TO • Develop a critical awareness of current

industry challenges and available techniquesfor addressing these

• Deal with complex issues and incompletedata, both systematically and creatively

• Demonstrate self-direction and originality

in tackling and solving problems

• Show initiative, personal responsibility and

decision-making skills

• Provide clear communication of project

conclusions to both specialist and non-specialist audiences

The PPE programme gave me asolid understanding of the wholepetroleum production system,from the reservoir to the processfacilities. The course works werevery challenging, presenting realdata from typical production

problems faced by the industry.

The excellent tutorials offeredon well performance analysisand the organized visit to theArtificial Lift Department of aWell Service Company exceeded myexpectations for this course.

Newton Duarte

MSC Petroleum productionengineering

KEY DETAILS




www.rgu.ac.uk/ppengineering

CONTACTIan CoweT: +44 (0)1224 [email protected]

ACCREDITATION


13/19

ENGINEERING


MSC SUBSEAENGINEERING(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW This course has been designed in closeconsultation with industry to enable us toprovide you with the most up-to-date contentand specialist modules including drilling andcompletion technology and topside processingfacilities as well as the core areas of subseaengineering including wet trees, pipelines,risers and other seabed equipment. Currentand emerging technologies and their designlimitations as applied to deepwater, long tie-back and HP/HT wells are also covered.

HOW YOU WILL LEARN

Those studying on the full-time course willbe taught via a combination of lectures, guest

speakers, seminars, tutorials and online campusdiscussion forums.


You will be taught via our virtual learningenvironment Campus Moodle. You will be taught and supported by experienced industryprofessionals using current standards andfundamental engineering practices, whichallows us to recreate the same challenginginteractive format of the on-campusprogrammes for those studying off-campus.

In order to support your course work you willhave access to a number of industry-specic

resources such as API and DNV codes ofpractice in addition to technical papers fromSPE One Petro database. This will enable you tokeep abreast of current industry practices andprocedures as well as new technologies.

ODL students typically take up to 3 modulesper year and each module comprises up to 52



BENEFITS TO YOU Our MSc is ful ly accredited by the EnergyInstitute (EI) allowing you to work towardsyour chartered status.

This course will enable you to enhance youremployability in the subsea industry, formaliseyour experience and allow you to progress ontosenior management.

BENEFITS TO ORGANISATION Those studying on this course will be able tobring new knowledge to the organisation,developing processes and procedures whichadd real value to the workplace. Employees willbe able to take the theory and immediately putit into practice, demonstrating the relevance of the material being taught.

CAREER OPPORTUNITIES The Masters in Subsea Engineering is aimedat Engineers who already have some relevantoffshore oil and gas experience and highcalibre graduates who wish to enhance theiremployability in the subsea industry.

WHO SHOULD APPLY? Applicants should have an Honours degree inEngineering at level 2.1 or above. Applicantswith engineering degree at 2:2 level withrelevant years of industry experience may beconsidered. Those with other qualications

but with considerable years of relevant workexperience may be considered.






APPLY online at



• Deal with complex issues and incomplete

data, both systematically and creatively

• Demonstrate self-direction and originality in

tackling and solving problems





COURSE CONTENT • The Oceans, Operability and Humans

in the Ocean

• Wells

• Facilities

• Subsea Systems

• Subsea Pipeline and Riser Design

• Subsea Systems Reliability and Risks

• Control and Telemetry

• Materials and Corrosion Science

Individual Project

In order to complete the full MSc you willsubmit an individual engineering researchproject with an industry focus. This is designed

to allow you to demonstrate the skills and

knowledge gained through the course alongwith integrating and implementing researchmethods, whilst being of practical relevance.

For those who continue to work through their studies, you are encouraged to use anissue currently faced within your organisationallowing you to make your course relevant to your workplace. Typical examples ofproject areas include design, operation and

performance of deepwater intervention andIWOC systems, reliability studies related tosubsea systems, design studies related torisers, pipelines, production control, power andcommunication systems.

The course content is relevantto Subsea Industry needs. it isinteresting and challenging,providing an enhancedlearning and appreciationof topics sometimes outwith

the realm of your workexperience.

Graeme BuchanLead Subsea Engineer,Petrex Limited

KEY DETAILS


START DATESep (Full-time) and Jan (Online)


www.rgu.ac.uk/subseaengineering

CONTACTIbiye IyallaT: +44 (0)1224 [email protected]

ACCREDITATION


14/19

ENGINEERING


MSC ASSET INTEGRITYMANAGEMENT(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW This course is relevant for those who aspire to competently manage and co-ordinatephysical assets to optimum effect. It marks asignicant advance in the delivery of specialised

professional development, designed to meet the ‘real world’ needs of industry.

This course has been developed followingguidelines set out by the Energy Institute (EI)providing you with the appropriate knowledgeand skills to ensure that the people, systems,processes and resources which deliver the integrity, are in place, in use and t for

purpose over the whole lifecycle of the asset.Furthermore you will learn how to adaptstrategies to full dynamic business objectives,

enabling long-term nancial return.

HOW YOU WILL LEARN



Students typically take up to 3 modules per yearand each module comprises up to 52 hours of

lectures and tutorials over 12 weeks of teaching.Signicant additional private study is expected

during each module.

COURSE CONTENT • Problem-solving

• Maintenance and Inspection

for Asset Integrity

• Delivery of Maintenance and Inspection for

Asset Integrity

• Health, Safety, Environment and Risk

Assessment

• Asset Lifecycle Analysis

BENEFITS TO YOU This course is fully accredited by the EIensuring the course content is to the highestindustry standards and provides you with keyrecognition. This course will also count towards the academic requirements of the Institute,allowing you to work towards your charteredstatus. You will also be able to enjoy networking

with fellow professionals from variousbackgrounds.

BENEFITS TO ORGANISATION Those studying on this course will be able tobring new knowledge to the organisation,developing processes and procedures whichadd real value to the workplace. Employees will

be able to take the theory and immediately putit into practice, demonstrating the relevance of the material being taught.

CAREER OPPORTUNITIES Qualied professionals in asset integrity

management are in demand by companies witha drive to prevent loss of human life or damage to the environment whilst realising the costbenets of employing a holistic approach to

their business operations.

WHO SHOULD APPLY? This course is suitable for those who hold anHonours degree in Engineering or relateddiscipline at level 2:2 or above and for engineersand management personnel working in anengineering or operations environment.

All international applicants for whom English isnot their rst language must provide evidence

of linguistic ability, by either gaining IELTS 6.5

or equivalent prior to receiving an unconditionaloffer of a place on the course.


APPLY online at

• Corrosion Management

• Engineering Project Management

• Integrity and Reliability Management

Individual ProjectIn order to complete the full MSc you willsubmit an individual project with an industry

focus. This is designed to allow you todemonstrate the skills and knowledge gained through the course along with integrating andimplementing research methods, whilst beingof practical relevance to the industry. For thosewho continue to work through their studies, youare encouraged to use an issue currently facedwithin your organisation allowing you to makeyour course relevant to your workplace.

YOU WILL LEARN TO • Develop knowledge of tools and techniques

used to resolve problems in an assetmanagement context

• Analyse and justify the importance

of a safety culture and the development ofrisk assessment skills

• Analyse and justify the importance and

effectiveness of the nancial management of

assets throughout their lifecycle

• Identify, justify and apply the

systems and techniques that areused to effectively maintain and monitorasset integrity and reliability

• Use business management expertise to

manage assets in line with company missionand values

• Develop the skill and abilities for the effective

management of projects, work and assets

• Use and develop knowledge of strategies

for optimum asset integrity and reliabilitymanagement

The flexibility of the onlinedelivery was really the onlyoption available for me dueto working in the offshoreindustry.

When I returned to study thebenefits were huge in terms ofbeing able to take the theoryand immediately put it intopractice and clearly see therelevance of the materialbeing taught.

Stephen KinlochSenior Survey Engineer,Andrews Survey

KEY DETAILS

STUDY OPTIONSOnline, from 3.5 years

START DATEJanuary

FEES AND FURTHER INFORMATIONwww.rgu.ac.uk/assetmanagement

CONTACTSteve ButtonT: +44 (0)1224 [email protected]

ACCREDITATION


15/19

ENGINEERING


MSC Energy ANDSUSTAINABILITY(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW This course is designed to receive graduatesfrom a range of backgrounds (engineering,business, architecture, environmental andsocial sciences) and draw them into anunderstanding of the full breadth of humansustainability with energy as the core theme.

Energy systems have much wider implications than just how far we can drive or whether

the lights stay on; energy is a fundamentalcomponent of our water and food resources too. This course allows you to reinforce yourknowledge and understanding of sustainabilitywithin your own eld of expertise, before

inviting you to leave your comfort zone andengage with aspects which will be new to you.

For example, Engineers may want to examinebehavioural issues, Environmentalists perhapsneed to understand business drivers andArchitects need to assess how residents mayinteract with their structures. There are twentymodules to choose from over the four principalsubject areas, plus the nal project (required

for MSc). There is an initial introductorymodule (Energy and Sustainability - TheInterdisciplinary Roots) that will be taken by allstudents.

HOW YOU WILL LEARN




lectures and tutorials over 12 weeks of teaching.Signicant additional private study is expected

during each module.

YOU WILL LEARN TO • Apply your existing eld of knowledge and

expand into other areas that impinge onsustainability, be it technology, social issues,built environment, business practices orenergy issues

• Identify, assess and justify robust

analytical techniques for application tonew subject areas. This course will give

you the capabilities and condence to be

professionally more persuasive on issues ofglobal importance.

BENEFITS TO YOU

RGU has long-established strengths in theareas of engineering, business, social sciencesand architecture, with a substantial collectivestaff experience in sustainable practices,corporate social responsibility and otherrelated elds.

CAREER OPPORTUNITIES

Many companies and corporations throughout the world are seeking to reduce energy costs,improve their image and reduce risk to theiroperations. The global challenges addressedby this course are long-term, substantial ethical,professional and technological tasks that mustbe addressed by organisations of all shapesand sizes.

WHO SHOULD APPLY?

This course is suitable for those who holdan honours degree, or equivalent, in anappropriate discipline at 2:2 or above. However,we treat each applicant individually – if youhave appropriate experience and the academicpotential then we will interview you for a place.





APPLY online at

COURSE CONTENT

Compulsory module: Energy & Sustainability –The Interdisciplinary Roots

Choose seven of the following modules:

• Corporate Social Responsibility in the

Energy Sector

• Urban Environment and Social Regeneration

• Building Sustainable Community Relations

• Renewable Energy Issues

• Oil & Gas Management

• Environmental Aspects of Oil & Gas Law

• Asset Life Cycle Analysis

• Design Management

• Existing Building Refurbishment

• Sustainable Development

• Building Science

• Low Carbon Housing

• CO2 Management

• Environmental Impact and Risk Assessment

• Sustainable Energy Resources

• Sustainable Energy Systems

• Security, Conict and Energy

• Economic Context of Energy

Individual ProjectIn order to complete the full MSc you willsubmit an individual project with an industry

focus, allowing you to demonstrate the skillsand knowledge gained through the coursealong with integrating and implementingresearch methods, whilst being of practicalrelevance to the industry.

In addition to their keeninterest in research,staff are very helpful andsupportive of students.The small class size makesteaching and learninginteractive and this hasprepared me professionallyfor the world of work.

Francis Xavier TuokuuMsc Corporate Social Responsibilityand Energy Student

KEY DETAILS

STUDY OPTIONSOnline, on average 3.5 years

START DATESeptember and January

FEES AND FURTHER INFORMATIONwww.rgu.ac.uk/energysust

CONTACTDr Joanneke KruijsenT: 01224 262343E: [email protected]


16/19

ENGINEERING


MSC OFFSHORERENEWABLES(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW This course has been designed to provideyou with an understanding of the physical, technological, economic and environmentalaspects of renewable energy sources, and of their present and potential future role in energysupply systems.

You will gain the skills and knowledge toassess different types of offshore renewablefoundations and structures, the challenges ofmaintenance, decommissioning, health andsafety implications of each design. You will alsolook at the operation and control of electricalpower and energy systems as well as the controland telemetry systems to allow integrativedesign.

You will be able to identify and quantifyappropriate sites, assess the availableresource and select the correct technologyfor the location. You will be able to model thehydrodynamic and aerodynamic forces applied to offshore structures and select the bestinstallation and anchorage system for the job.

The course also covers managing the health,safety and environmental impact of offshorerenewables through effective risk assessmentand environmental impact analysis. It willpromote an understanding of the principles,fundamental concepts and strategies of project

management, and of the benets to the offshore

renewables sector. It will enable you to practiceand carry out essential project planning and

execution processes.

HOW YOU WILL LEARN



BENEFITS TO YOU Aberdeen as the Energy capital of Europeand Robert Gordon University as a major

provider of Distance Learning professionaleducation to the energy and offshore industryare uniquely placed to exploit the opportunitypresented by the drive towards renewableenergy sources. This course builds on thestrengths of the existing courses in Oil andGas Engineering and Subsea Engineering andadds content on the offshore environment andelectrical power, forming a unique programmewhich is relevant to the needs of professionalengineers working in, or aspiring to work in, the offshore renewables sector. The MSc willequip graduates to become part of the 21st

century engineering community responsible forsustainable energy generation for the future.

BENEFITS TO ORGANISATION Graduates will be equipped with broad andwide-ranging experience covering the offshorerenewable energy sector. They possessexcellent diagnostic and technical skills,leadership potential, team working abilities, timemanagement skills, presentation skills which areessential for any progressive organisation within the offshore renewable energy sector.

WHO SHOULD APPLY? This course is suitable for those who hold anhonours degree, or equivalent, in Engineeringor related discipline at 2:2 or above.





APPLY online at

COURSE CONTENT

• Offshore Renewable Energy Conversion

• Offshore Foundations and Structures

• Environmental Impact and Risk Management

• The Oceans, Operability And Humans In The

Ocean

• Introduction to Integrity and Reliability

• Electrical Power and Energy Systems

• Control and Telemetry Systems

• Engineering Project Management

Individual Project In order to complete the full MSc you will

submit an individual engineering researchproject with an industry focus, to allow you to

demonstrate the skills and knowledge gained through the course along with integrating andimplementing research methods, whilst beingof practical relevance.

YOU WILL LEARN TO • Apply fundamental principles of engineering

and project management to assess and

manage life-cycle phases of offshorerenewables

• Apply hydrodynamic and aerodynamic

principles to the energy conversion, structuralloading and anchorage requirements ofOffshore Renewable Energy structures

• Apply engineering criteria in selecting

installation, transport and energy conversion

methodologies

CAREER OPPORTUNITIES An EU-wide study estimated that renewableenergy has the potential to create over900,000 new jobs by 2020. The British Wind

Energy Association states that “...the range ofopportunities within the wind energy industriesis diverse, and the demand for talent is vast.Over the next 10 years it is anticipated that thewind energy industry will grow from 5,000 up to

potentially 60,000 employees.”

Based in the Energy capitalof Europe, we are a majorprovider of Online DistanceLearning professionaleducation to the energy andoffshore industry and areuniquely placed to exploitthe opportunity presented bythe drive toward renewableenergy sources.

DR ALAN Owen, DIRECTOR OF [email protected]

KEY DETAILS

STUDY OPTIONSOnline, 3.5 years

START DATEJanuary

FEES AND FURTHER INFORMATIONwww.rgu.ac.uk/renewables

CONTACTDr Alan OwenT: +44 (0)1224 [email protected]: @CUSPatRGU


17/19

ENGINEERING


ProfessionalEngineeringProgramme(PgCert/PgDip/MSc)

PROGRAMME OVERVIEW The Professional Engineering Programme isdesigned for Engineers working in the energyindustry. It aims to broaden and deepenstudents’ knowledge and understandingof a variety of engineering-based facetsof the industry and to support their careerdevelopment and progression. The course isexible with regards to module choice, allowing

selection from a range of topics from the Schoolof Engineering.

This Programme enables students to take modules for Continuing ProfessionalDevelopment (CPD) purposes or to accumulatecredits towards an exit or nal award. The

following awards are available within theProfessional Engineering Programme:

• Master of Science Engineering(8 modules plus a project)

• Postgraduate Diploma Engineering(8 modules)

• Postgraduate Certicate Engineering

(4 modules)

There is also the potential to achieve a coursespecic award.

This Programme has been designed toencourage a variety of applicants who wish tofurther their career (CPD), transfer to anotherdiscipline, gain a wider appreciation of otherdisciplines or gain accreditation to a professionalbody as part of a further learning plan.

Possible applicants may include:

• A qualied Engineer who is undecided as to

which Engineering MSc discipline to choose,may undertake a number of modules toinform their choice while still working towardsan MSc

• A qualied Engineer who would like to

take a number of modules from differentEngineering MSc courses

• Companies seeking a tailored set of modules to suit the training needs of their employees



• Deal with complex issues and incomplete

data, both systematically and creatively

• Demonstrate self-direction and originality in

tackling and solving problems





BENEFITS TO YOU This course will enable you to enhance youremployability in the energy industry, formaliseyour experience and allow you to progressonto senior management.

CAREER OPPORTUNITIES The vast majority of applicants will be in

employment in the energy sector already.However, there is evidence of a healthydemand for those wishing to transfer orprogress higher in their careers via an MSc.

WHO SHOULD APPLY? Please refer to each module descriptor for entryrequirements atwww.rgu.ac.uk/engprogrammes

All international applicants for whom English isnot their rst language must provide evidence

of linguistic ability, by either gaining IELTS 6.5

or equivalent prior to receiving an unconditionaloffer of a place on the course.

Applicants should download and complete the Professional Engineering ProgrammeApplication Form from the website:www.rgu.ac.uk/professionalengineering

Contact us to nd out more: [email protected]

HOW YOU WILL LEARN

The online option allows you to study from anyinternet connection in the world.



lectures and tutorials over 12 weeks of teaching.

Signicant additional private study is expectedduring each module.

COURSE CONTENT The Professional Engineering Programmeallows you to apply for modules from the wideselection offered by the School of Engineering.Module prerequisites must be met.

To view the Engineering Postgraduate portfoliovisit: www.rgu.ac.uk/engprogrammes

Individual Project

In order to complete the full MSc you willneed to submit an individual project with an

industry focus. This is designed to allow you todemonstrate the skills and knowledge gained through the course along with integrating andimplementing research methods, whilst beingor practical relevance to the industry. For those

who continue to work through their studies, youare encouraged to use an issue currently facedwithin your organisation allowing you to makeyour course relevant to your workplace.

KEY DETAILS

STUDY OPTIONSOnline, from 3.5 years

START DATEJanuary, May, September(dependent upon module choice)

FEES AND FURTHER INFORMATIONwww.rgu.ac.uk/professionalengineering

CONTACTJo-Anne TaitT: +44 (0)1224 [email protected]

http://www.rgu.ac.uk/professionalengineeringhttp://www.rgu.ac.uk/professionalengineeringhttp://www.rgu.ac.uk/professionalengineering


18/19


19/19

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