Physics and Astronomy - using your degree

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Contents

Introduction

A degree from Scotland's first university is an excellent start to any future career. St Andrews has a reputation for excellence and the ability to attract the brightest students world wide. With this as a starting point you are well on the way to impressing future employers.

Graduates in physics tend to be extremely well qualified for further research and a scientific career, depending on the level to which they have specialized in their undergraduate degree. However, it’s also important to recognize that the basic elements of any physics program will teach you to be a good scientist, developing essential skills such as designing experiments, making accurate measurements and analyzing results.

Physics is also regarded very highly as a generalist qualification leading to a range of careers. Common occupations for physics graduates include research, management, sales, higher education, industry of all kinds, medical technology and the civil service. Outside of the scientific world, like many other undergraduate degrees, physics will open the door to a range of careers; skills such as problem solving, information handling, clear communication, computer and IT skills and critical reasoning are as applicable to a career in banking and financial analysis as they are in any laboratory.

In fact, according to a report by PricewaterhouseCoopers, physics graduates earn around £187,000 more during their career than someone with A-levels/Highers but no degree, whereas history and English graduates increase their earnings by only about half as much. In the UK, graduates in physics earn more than those in most other disciplines.

Print friendly leaflet on What can I do with Physics


The Careers Centre can provide information on a comprehensive range of careers including those detailed above. There are specialist advisers for different occupational areas. We offer 20 minute drop-in sessions on a first come, first served basis. Drop-in is available for all students and recent graduates of the University of St Andrews on Mondays, Tuesdays, Thursdays and Fridays from 2.00pm - 4.00pm.

Students who are in their penultimate or final year and those studying for a Masters or Phd, can book an appointment with a careers adviser. Booked appointments generally last up to 30 minutes. Visit Careers advice for further details.

Student / Alumni Profiles

Students and alumni from the School of Physics & Astronomy have kindly agreed to share their experiences of work and other career-related activities with you. These profiles illustrate the wide range of careers, internships, volunteering and other work experience opportunities open to students and alumni from your School. Check regularly to see what's new.

Where Our Graduates Go

YearOrganisation/CompanyPositionPhysics Required
2011 Smith International Field Engineer Yes
2011 Ernst & Young Audit Associate Not directly
2011 RBS Securities Japan Ltd Financial Analyst Not directly
2010 Rolls Royce Engineer Yes
2010 Royal Bank of Scotland Technology Analyst Not directly
2010 Tesco IT Consultant Not directly
2009 Sharp Laboratories Graduate Researcher Yes
2009 Selex Research Scientist Yes
2009 University of York Fusion Energy Yes
2009 Brockenhurst College Physics Technician Yes
2009 Barclays Bank Credit Risk Modeller Not directly
2009 Standard Life Chartered Accountant Not directly
2009 Kaplan (China) Maths/Physics Teacher Yes
2009 University of Aberdeen PGDE Secondary Physics/Science Yes
2009 DSTL Rotorcraft Survivability Analyst Yes
2003 (CAN) Electoral Reform International Services (London) Politics Goverance and Democracy Programme Manager Not directly
1987 (CAN) Oxford University Press Development Editor (Science) Yes

Where Our Postgraduates Go

YearOrganisation/CompanyPositionPhysics/Astronomy Required
2010 University of New South Wales - Australia Senior Research Associate Yes
2010 Cantab Capital Partners Hedge Fund Not directly
2010 Fiamm Product Manager - Electronic Engineer Yes
2010 University of Dundee KTP Associate Yes
2009 U-Turn Recovery Project IT Support Not directly
2009 Buhler Sortex Electro Optic Development Engineer Yes
2009 Serco Computer Modelling Consultant Yes
2009 Institute Of Theoretical Astrophysics Senior Researcher Yes
2009 Osram Development Engineer Yes
2009 Morson International/Selex Galileo Laser Engineer Yes
2008 MET Office Climate Scientist Yes
2008 Scottish Power Renewables Energy Yield Analyst Yes
2007 Quatar Liquefiled Gas Company Senior Hydrocarbon Accounting Engineer Yes
2006 Madras College Physics Teacher Yes
2006 Centre National De La Recherche Scientifique Postdoctoral Researcher Yes

Popular Occupations for Physics Graduates Nationally

Stock broker.jpg

Physics graduates are employed in many industries. Only a small minority use their physics knowledge or technical skills as a major part of their work.

A 2010 HESA survey of 2009 graduates indicates that, six months after graduation, just over a third of new graduates were employed either full or part time. Of these, 16% were in business and financial roles, 9% were in scientific research and development and a further 8% were in engineering.

Approximately 8% were in management roles in the private and public sector and another 8% had secured work in other technical and professional areas. Nearly a quarter of the physics graduates who went straight into employment worked initially in administrative roles, retail or catering. This may have been to gain work experience or pay the bills while deciding which career to follow.

Source:Prospects

Scientist Training Programme (STP)

From 2011, in England the new graduate entry Healthcare Scientist Training Programme (STP) will replace the Clinical Scientist Training Scheme. As part of the new modernised national training scheme, NHS trusts have been funded to offer approximately 190 salaried training posts in life sciences, physics and clinical engineering or physiological sciences throughout England.

Applications for the 2012 intake to the NHS Healthcare Scientist Training Programme are now closed. The closing date was 27 February 2012. Further details.

Physics Summer Internships & Work Experience

It can be very valuable to gain experience of work in various areas, but particularly in those areas that you are considering as a future career.

Making the most of your time at St Andrews

Mark Gaskell


Mark Gaskell (grad 2012), has written an article on enhancing employability through work experience. Read how Mark secured several work placements and acquired a wide range of different experiences and skills.

Mark Gaskell - Making the most of your time at St Andrews (pdf)









The table below aims to give some examples of the experiences of Physics students.

Organisation/CompanyPosition (click on link for description)
JP Morgan CDP Technology Intern case study
Pontificia Universidad Catolica de Chile Visiting undergraduate researcher case study
Stanford Synchrotron Radiation Source Research Assistant case study
Fermi National Accelerator Laboratory Summer student case study
CNRS Grenoble High Magnetic Field Laboratory Summer Research Placement case study
Space School, UK Leicester University Program Tutor
Baillie Gifford Edinburgh Pensions Management Administrative Assistant
Rolls-Royce Derby, Civil Aerospace Engineering Internship
Tayside Flow Technologies, Dundee via Shell STEP programme Research Assistant
Detica Management Consultancy Consultancy Internship
National Trust for Scotland Tour Guide
The Met Office Summer Placement
PricewaterhouseCoopers Audit Internship
Grenoble High Magnetic Laboratory, France Research Assistant
Anglo-Australian Observatory's fellowship program, Sydney Research Assistant
EF International School Tours Local Leader
British Energy, Heysham Research Assistant
Physic1.jpg

Undergraduate Research Opportunities at St Andrews

Over the course of each summer in St Andrews, there may be up to about a dozen undergraduates working on some form of summer research project in the Physics & Astronomy Department. Each of these students will be working under a supervisor and possibly in a research team, usually receiving some sort of financial backing.

Employability Profile

Over the course of your degree you develop a good mix of subject specific and technical skills as well as transferable core skills. Consider these alongside your other activities, such as paid work, volunteering, family responsibilities, sport, membership of societies, leadership roles, etc. Think about how these can be used as evidence of your skills and personal attributes. Then you can start to market and sell who you really are, identify what you may be lacking and consider how to improve your profile. Studying physics gives you a range of technical skills that relate to different areas such as astrophysics, particle physics, electromagnetism, quantum and classical mechanics, statistical physics and thermodynamics, wave phenomena and the properties of matter. Physics courses also allow you to develop numerous transferable skills that are valued by employers.

Skills

The profile below identifies the skills that can be developed through the study of your discipline based on subject benchmark statements developed by UK higher education academic communities.

This table is able to help you to identify the valuable skills that you can offer to potential employers.

Knowledge
SkillResources available to help you
Demonstrate knowledge and understanding of fundamental physical laws and principles and apply these principles to diverse area of physics Most modules do this. Final year project work can be particularly valued by employers. Internships are a nice bonus to have
Solve problems in physics by identifying the appropriate principles, using science

techniques such as special and limiting cases and order-of-magnitude estimates

Most modules in physics should be doing this. Case studies in the Transferable Skills module do this explicitly, and lab modules should be very much involved in this.
Solve problems by making assumptions and approximations explicit Good work on tutorial and other problems should help here
Identify relevant principles and laws of physics when dealing with problems This should be a skill that is developed in your work in all modules
Plan, carry out, analyse and report the results of an experiment or investigation From first year onwards our labs allow you to develop these skills and provide evidence of attainment. The final year project is particularly good for this.
Analyse data and evaluate the level of uncertainty in results Teaching labs and the project are of prime importance here.
Understand mathematical modelling and of the role of approximation This is covered in some of the early maths modules, in the honours computational physics course, and is some lab work.
Develop the confidence to try different approaches in tackling challenging problems This should be developed through tutorial and lab work
Develop skills of independent investigation Transferable Skills for Physicists, labs, final year project, and other modules should be helping our students become independent learners and researchers.
Communicate well, listen carefully, read demanding texts, and present complex information

clearly and concisely

Some of this should be in most modules, and some is explicitly developed in Transferable Skills for Physicists
Pay attention to detail and manipulate precise and intricate ideas, construct logical

arguments and use technical language correctly

Some of this should be in most modules, and some is explicitly developed in Transferable Skills for Physicists
Develop computing and IT skills in a variety of ways, including using appropriate

programming languages and packages

Comp Sci modules early on, computing techniques in honours physics and astronomy labs, information retrieval and PowerPoint in Transferable Skills for Physicists, potential extras in this area in the final year project.
Work independently, using initiative, planning and organising to meet deadlines, and interact

constructively with other people

This should pervade our students’ study.
Manipulate numerically and present and interpret information graphically This should be being tackled in most modules, but perhaps most often seen in lab based work.
Produce clear and accurate scientific reports Labs give practice in keeping a good lab book and occasionally practice in formal reporting. Transferable Skills for Physicists develop these skills further
Manage own learning
Use laboratory apparatus and techniques soundly Obtained through work in teaching labs and often in the final year project.
Analyse critically the results of an experiment or investigation and draw valid conclusions Obtained through work in teaching labs and often in the final year project.
Evaluate the level of uncertainty in experiment results and

compare these results with expected outcomes, and evaluate the significance of the results.

Obtained through work in teaching labs and often in the final year project

Physics and Astronomy Careers/Employability Link

BruceSinclair.jpg

Each School has a Careers/Employability Link who "champions" employability. Yours is Dr Bruce Sinclair. If you have any information on courses, jobs or placements which would be of interest to your fellow students please let him know. Alternatively you can contact the Employability Coordinator for the University, Pamela Andrew,at pea1.








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