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Chemistry at Bath. Undergraduate degrees in: Chemistry Chemistry for Drug Discovery Chemistry with Education Chemistry with Management

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Undergraduate degrees in:

Chemistry

Chemistry for Drug Discovery

Chemistry with Education

Chemistry with Management

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Why study Chemistry?

2

Career opportunities

3

Research excellence

4

Ensuring your success

5

Industrial placements

6

Study year abroad

7

BSc, MChem or MSci?

8

Our courses

9

Chemistry

10

Chemistry for Drug Discovery

12

Chemistry with Education

14

Chemistry with Management

16

Living and studying at Bath

18

Some useful links

19

How to apply

20

Entry requirements

21

The Chemistry Department at Bath is extremely welcoming and friendly, and I have always had fantastic help and support whenever I have needed it.

Florence Jeffrey, MChem with Industrial Training

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Welcome to the Department

of Chemistry

“Welcome to the Department of Chemistry. We are a successful, well-equipped and supportive department that takes pride in our outstanding environment for teaching and research. In the most recent Research Excellence Framework (REF 2014), chemistry research at Bath was judged to be amongst the best in the UK, targeted at solving global challenges such as energy, healthcare, functional materials and sustainable chemistry. Our talented students benefit from carefully designed courses led by outstanding scientists with excellent links to industry and global placement opportunities, as well as teaching that leads to high student satisfaction, achievement and employment.

I hope you enjoy learning more about our department and how we can support you to achieve your ambitions as a scientist. If you have any questions or would like any further information please get in contact”

Professor Chris Frost

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Why study Chemistry?

Chemistry lies at the centre of science. A chemist can move seamlessly between areas such as nanotechnology, drug development, forensics, new materials, and atmospheric climate calculations. As a chemist you are in a privileged position to explore a vast range of exciting possibilities.

Chemistry is critical to solving today’s problems. Chemistry is all around us and in the news every day: Cleaner and more economical fuel sources, fighting drug cheats and developing new cures for diseases. With a chemistry degree from Bath, you can play your part in helping to understand and maybe even solve some of the critical issues of the 21st century. Chemistry skills are flexible and marketable. As well as becoming experts in chemical science, our graduates are numerate critical thinkers. Developing your ability at problem solving is an integral part of our degrees. The central and interdisciplinary key skills gained during our chemistry courses can be applied to many careers; ranging from pharmaceuticals, environmental monitoring and biotechnology through to technical writing, project management, finance and law.

What’s special about Chemistry at Bath?

• Friendly department with an excellent reputation – you certainly won’t be an anonymous student at Bath • State-of-the-art facilities for research and teaching

• Excellent graduate prospects – 1st in the Complete University Guide 2016

• Nationally outstanding, fully supported placements scheme • Flexible choice of course – you don’t have to decide about a

year abroad or industrial placement until the start of year two • Unique environment in which to live and work – Bath is a

World Heritage City

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Career opportunities

A wealth of career opportunities are open to you as a chemistry graduate. Over the course of your studies you will develop analytical and critical thinking skills, the ability to solve problems and to work collaboratively with others – these are some of the key skills graduate recruiters are looking for. A chemistry degree will enable you to work within a wide range of areas, including: • scientific research and development in areas such as materials,

pharmaceuticals, energy and the environment, oil and gas, analytical techniques

• teaching

• scientific publishing and administration • banking and finance

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Bath is one of the leading research intensive chemistry departments with a high international profile – 98% of our research was judged as world-leading or internationally excellent in the most recent Research Excellence Framework (REF 2014), placing us 2nd amongst all UK chemistry departments.

As a student here, you will be taught by award-winning academics who manage state-of-the-art research facilities, giving you an outstanding learning and teaching experience. You will also have the opportunity to carry out a research project in the final year of your degree.

Our research covers a wide spectrum of activities and can be grouped into five main areas:

• sustainable chemistry

• catalysis and chemical transformations • sensing and healthcare

• energy materials

• structural and materials chemistry

Visit www.bath.ac.uk/chemistry/research for more information.

A quick fire test for infectious diseases

Research led by Professor Chris Frost and Dr Toby Jenkins has resulted in the development of a new technology for the diagnosis of infectious diseases. A key challenge in preventing the spread of infectious diseases such as sexually transmitted diseases is in obtaining a fast, easy diagnosis that can be given at a patient’s first appointment. The Atlas io© system allows such diseases to be detected and identified in less than 30 minutes, giving medical staff the ability to treat the disease quickly. Researchers at Bath have developed key electrochemical technology for use in the Atlas io© system. By attaching bespoke electrochemical tags to DNA probes, the team developed a simple test to accurately detect infectious diseases.

Eliminating toxic metals from plastic production

A team of researchers led by Professor Matthew Davidson, has developed a more environmentally friendly process for the production of plastics. The team explored the rich chemistry of catalysts involved in the manufacturing process for common plastics such as polyesters and polyurethanes, and found that the heavier and more toxic metals (notably tin, antimony and mercury) could be replaced by more environmentally friendly metals such as titanium. Three classes of titanium and zirconium catalysts used for plastics manufacture have been developed at Bath, eliminating potentially harmful metals used in large-scale processes.

Research excellence

The impact of our research – its influence on the economy, society, quality of life – was judged to

be outstanding and we were placed 4th amongst UK chemistry departments (REF 2014). This

highlights our focus on combining scientific excellence with a strongly collaborative and applied

outlook for research.

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Research excellence

Ensuring your success

Teaching methods

We use a wide range of teaching methods to develop your theoretical and practical abilities, as well as the other transferable skills that are highly sought after by employers. You will have around 24 hours of timetabled contact time per week made up of lectures, laboratory sessions, small group tutorials, problem-solving classes, project work and skills development sessions.

Tutorials

As a chemistry student at Bath you will benefit from a

comprehensive tutorial system providing academic and pastoral support. You will be assigned Academic Tutors in each of the areas of chemistry and will meet them weekly with a small group of other students. You will also be assigned a Personal Tutor from the academic staff, who will offer you guidance and support throughout your studies.

Methods of assessment

Each unit you study is worth a set number of credits towards your final award. Units normally range from 3 to 12 credits each and a total of 60 credits are awarded per year. You will be assessed through a variety of methods, including examinations, practical reports, poster and oral presentations and project reports.

Academic skills and English language courses

The University offers free academic skills and English language courses to all undergraduate students. Academic skills development, including academic writing and presentation skills, is either embedded in your normal timetable or can be taken as extra classes. Further English language courses are provided free for students whose first language is not English. All of these courses are delivered by a team of highly-qualified and experienced teachers, working closely with academic and Professional Services colleagues across the University. Visit www.bath.ac.uk/asc to find out more.

Facilities

The Department of Chemistry has well-equipped undergraduate teaching laboratories that cater for core experimental work. In addition, our computing laboratory has dedicated PCs for network access, programming and computational work with central University software.

Much of our state-of-the-art instrumentation is centrally managed by the Chemical Characterisation and Analysis Facility (CCAF) and the Microscopy and Analysis Suite (MAS) with a wide range of techniques available and staffed by dedicated research officers.

Find out more about our facilities by visiting www.bath.ac.uk/chemistry/facilities

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Industrial placements

Whether you are studying Chemistry, Chemistry for Drug Discovery or Chemistry with Management, you can choose to spend a year on an industrial placement. Placements are a minimum of 44 weeks of paid employment giving you the chance to broaden your experience and transferable skills. We allow and encourage all of our students who achieve satisfactory marks in their year one assessment to undertake a placement, and an exceptionally high proportion of around 60-70% choose this option.

Applying for a placement during your second year you will be employed full-time in the third year of your degree. During this time, you will be an employee of a company where you will work alongside professional chemists, typically working on a project as part of a team. You will then return to the University for your final year or years of study. All of our students do useful jobs for their placement company and many end up with their work being published in chemical literature or as confidential company reports.

Why do a placement?

• Experience working in the professional world; this is an opportunity to put knowledge into practice and be paid for it • Students return from placement with increased motivation and

a greater appreciation of the relevance of their studies to their future career

• Improve your employability; employers favour graduates with employment experience as well as a good degree

• Gain invaluable experience of the recruitment process • Learn about an organisation and its area of work; this is an

excellent opportunity to evaluate future career paths • Develop your transferable skills including time management,

communication and teamwork

• Students are sometimes offered permanent graduate jobs by their placement provider

Recent placements

We have been offering placements as part of our undergraduate courses for 40 years and have established and maintained links with a large number of UK and overseas companies that provide excellent training. They range from the research laboratories of multi-national oil, pharmaceutical and chemical companies to smaller laboratories involved in

supplying speciality services and chemicals. Students have also undertaken placements in non-laboratory positions such as technical writing, patents, clinical trials analysis, regulatory affairs and management. Recent employers have included:

• GlaxoSmithKline (GSK) • Shell • Johnson Matthey • Syngenta • Mawson Institute, Australia • European Synchrotron Radiation Facility (ESRF), France • AkzoNobel • Takeda • PricewaterhouseCoopers www.bath.ac.uk/science/placements

If you don’t choose the placement option

when you apply, you will be given the option

to transfer in year one of your degree.

I chose to do the Masters in Chemistry course at Bath because I was impressed with the warm welcome from the department, and the investment in the undergraduate laboratories. The Personal Tutor scheme has provided invaluable support during my course and placement” Bradley Vice, on placement at DSM in the Netherlands

‘‘

Support and guidance

Our Placements Team will support and guide you throughout the process including applying for positions, CV writing and interviews. A dedicated Placements Tutor and your Personal Tutor will also keep in contact with you throughout the year and will visit you at your place of work where possible. Mid-way through the placement year you will return to the University to talk about your work experience with staff and your peer group. Please note, although the Placements Team can offer

considerable support in the application process, it is your responsibility to secure a placement. Securing the right placement takes time and effort and there may be competition for places with other students and universities.

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Simon Fraser University, Canada

Study year abroad

As an alternative to the industrial placement, we also offer the opportunity to spend the third year of your degree in the chemistry department of a university abroad. During the year, you will work as part of a research team on a project and undertake modules in appropriate subjects; these modules will back up the course work you would have already completed in Bath.

A study year abroad is organised by staff from the Department on your behalf. Like the industrial placement, you do not need to confirm this option until the second year of your degree.

We currently have links with several universities in North America, Australasia, Asia and Europe including:

• University of Regensburg, Germany • University of Helsinki, Finland • Weizmann Institute of Science, Israel • State University of New York, USA • Dalhousie University, Canada • Simon Fraser University, Canada • National University of Singapore • University of South Australia • University of Canterbury, New Zealand

Please note that exchange agreements with overseas universities evolve with time, and no guarantee can be given that any specific university will be available in any given year.

Foreign language courses

There will be a requirement for foreign language skills in some universities. The University’s Foreign Languages Centre offers courses to all students whether spending a year abroad or not, from beginners to advanced. These include French, German, Spanish, Italian, Japanese and Mandarin Chinese. Visit www.bath.ac.uk/flc to find out more.

My course included the opportunity to study abroad for a year; I went to Spain and it was an unforgettable experience which I would highly recommend”

Jo Hillier, Graduate MChem with Study Year Abroad

‘‘

Singapore

University of South Australia

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BSc, MChem or MSci?

What is a BSc?

A Bachelor of Science (BSc) is typically a three year degree, or four years if you choose the industrial placement or study year abroad options. You will study the core chemistry that a graduate chemist should know and have considerable choice in units for the final year of the course. You will acquire the skills – numeracy, problem-solving, analysis – which employers in the commercial and business world value in chemistry graduates.

What is an MChem?

A Master of Chemistry (MChem) degree is longer than a Bachelor’s degree and typically takes four years to complete. It is designed for students who may wish to pursue a career or further postgraduate study in research. It gives all the core skills and knowledge of the BSc along with a greater exposure to topics at the forefront of current research, and a wider experience of modern practical techniques. The final year provides the MChem qualification, through masters-level units and a major research project.

What is an MSci?

Our Master of Science (MSci) courses are the undergraduate masters degrees in Chemistry with Management. To recognise the masters-level achievements in management that are part of the degree, you will earn the qualification of Master of Science rather than Master of Chemistry. It typically takes four years to complete and like our other courses, you will have the opportunity to undertake an industrial placement or study year abroad after year two. By the end of the course, you will achieve the same high-level knowledge of an MChem student, qualifying you for a career in research.

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Our courses

All of our courses will equip you with the knowledge and skills you need to embark on a successful career in chemistry. They aim to:

• offer a stimulating environment that will encourage you to achieve your full academic potential

• provide you with a sound knowledge base in chemistry, including material at the forefront of current research • provide you with a range of generic skills that are of value

to a career in chemistry as well as non-chemical careers • develop your ability to analyse, integrate and apply new

information and techniques

• develop your competence in experimental chemistry • give you the chance to study chemistry at an advanced

level with lecturers who are international researchers • prepare you for PhD study; you will develop strong

research skills

Common course structure

Our courses follow a common structure in years one and two. Core units are designed to build on your existing skills and provide you with a broad practical and theoretical knowledge of the subject. This common structure gives you considerable flexibility to switch between MChem/ MSci or BSc, and the three, four or five year course options, as you discover your strengths and interests at university-level chemistry.

Final years

The final year of our courses gives the greatest choice of units across a wide range of topics and departments. You will study some mandatory units required by the course specification and

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Chemistry

See page 21 for entry requirements

Our BSc and MChem Chemistry courses will give you a broad introduction to all areas of chemistry and the opportunity to specialise in a particular area later in the degree. There is an emphasis on acquiring practical and theoretical skills and a wide range of opportunities for you to put your chemistry knowledge into practice, in research labs and other professional environments outside the University.

BSc Chemistry (3 years)

BSc Chemistry with study year abroad (4 years) BSc Chemistry with industrial placement (4 years) MChem Chemistry (4 years)

MChem Chemistry with study year abroad (4 years) MChem Chemistry with industrial placement (4 years)

The undergraduate masters degree at Bath provides a well-rounded understanding of chemical theory and practice with plenty of opportunities for specialisation, industrial experience and research. I found the tutoring system invaluable throughout my undergraduate studies as it allowed me to develop the ideas introduced in lectures, and iron out potential areas of confusion. A chemistry degree from Bath is highly regarded by employers, and sets you up with the skills and technical experience to work in a wide range of industries.”

Philippe Wilson, Graduate MChem Chemistry

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Course structure and units

BSc

MChem

Course units are subject to change – see page 21 for details. Year 3 (optional for BSc) Final year

Year 1 is common to all chemistry courses

You will study 3 year-long chemistry units, 2 practical courses and 2 linked optional units Core units

Atomic structure, bonding & the Periodic Table; From molecules to materials; Fundamentals of organic chemistry

Practical chemistry

Foundation chemistry laboratory; General practical chemistry

Year 2 is common to all chemistry courses

You will study 3 core chemistry units, 4 practical courses and 3 advanced chemistry units Core units

Inorganic synthesis, structure & reactivity; Organic synthesis, reaction mechanisms & spectroscopy; Principles of physical chemistry; Analytical chemistry; Symmetry & group theory; Liquids & solutions

Practical chemistry

Inorganic chemistry; Organic chemistry; Physical chemistry; Computational chemistry

You will undertake a research project as a key part of the final year. The projects are varied, reflecting the diverse research being carried out in the Department

You will also choose from a range of units to bring you to the forefront of current knowledge in those areas Units include

Advanced practical chemistry; Synthesis of medicinal compounds; Chemistry beyond the molecule; Organic & inorganic aspects of homogeneous catalysis; Chemistry of functional materials; Physical organic chemistry; X-ray & neutron techniques for chemists; Computational chemistry; Analytical

chemistry in context; Chemical thermodynamics in context; Porous materials; DNA in the modern world; Radiochemistry; Organometallic chemistry; Contemporary main group chemistry

Year 1

Year 2

You can choose to undertake an industrial placement or study year abroad See pages 6 and 7 for more information

You will undertake either an industrial placement, study year abroad or study year at Bath as part of

your degree

The placement year will also include a research project and some distance learning

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Chemistry for Drug

Discovery

See page 21 for entry requirements

Our Chemistry for Drug Discovery courses provide a solid grounding in chemistry whilst also enabling you to gain in-depth specialist knowledge of the pharmaceutical industry. You will learn how to apply your chemistry knowledge to understanding how drugs are designed, how they work and why they are successful. These courses have been designed in conjunction with colleagues at major pharmaceutical companies to ensure you have experience of the key areas of interest to industry. You will also have opportunities to undertake experimental and computational drug discovery projects.

BSc Chemistry for Drug Discovery (3 years) BSc Chemistry for Drug Discovery with study year abroad (4 years)

BSc Chemistry for Drug Discovery with industrial placement (4 years)

MChem Chemistry for Drug Discovery (4 years) MChem Chemistry for Drug Discovery with study year abroad (4 years)

MChem Chemistry for Drug Discovery with industrial placement (4 years)

The Chemistry for Drug Discovery course has allowed me to target my studies early on to the more biological side of chemistry, opening up numerous options over the course of my degree. The strong relationship that the University has with industrial companies and academic institutions from around the globe made Bath a good option for a placement or a study year abroad. Lab time has also allowed me to experience the real side of chemistry in great depth and develop my lab skills and chemistry understanding quickly.” Jamie Leitch, Graduate MChem Chemistry for Drug Discovery with study year abroad

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Course structure and units

BSc

MChem

Course units are subject to change – see page 21 for details. Year 3 (optional for BSc) Final year

Year 1 is common to all Chemistry for Drug Discovery courses

You will study 3 year-long chemistry units, 2 practical courses and 2 drug discovery units Core units

Atomic structure, bonding & the Periodic Table; From molecules to materials; Fundamentals of organic chemistry; Chemistry of the cell; The chemistry of physiology & drug properties

Practical chemistry

Foundation chemistry laboratory; General practical laboratory

Year 2 is common to all Chemistry for Drug Discovery courses

You will study 3 core chemistry units, 4 practical courses and 2 drug discovery-related units Core units

Inorganic synthesis, structure & reactivity; Organic synthesis, reaction mechanisms & spectroscopy; Principles of physical chemistry; Analytical chemistry; Major therapeutic areas

Practical chemistry

Inorganic chemistry; Organic chemistry; Physical chemistry; Computational chemistry

You will undertake a research project in a drug discovery-related area as a key part of the final year. The projects are varied, reflecting the diverse research being carried out in the Department You will also choose from a range of units to bring you to the forefront of current knowledge in those areas

Units include

Advanced practical chemistry; Synthesis of medicinal compounds; Chemistry beyond the molecule; Organic & inorganic aspects of homogeneous catalysis; Chemistry of functional materials; Physical organic

chemistry; Computational chemistry; Sustainable chemistry in context; Chemical thermodynamics in context; Future of drug discovery; Blockbuster drugs; Biosynthesis & biotransformations;

Techniques in drug discovery; DNA in the modern world

Year 1

Year 2

You can choose to undertake an industrial placement or study year abroad See pages 6 and 7 for more information

You will undertake either an industrial placement, study year abroad or study year at Bath as part of

your degree

The placement year will also include a research project and some distance learning

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Chemistry with

Education

See page 21 for entry requirements

If your first love is chemistry but you are thinking of going on to teach after graduation, then the Chemistry with Education course is for you. The course aims to give you sound knowledge of the theory and practice of chemistry, along with knowledge of the issues and skills required to work as a secondary level teacher in science. The final year of the course includes a project based in a local school, giving you invaluable experience of what day-to-day teaching is like.

BSc Chemistry with Education (3 years)

Completing a Chemistry with Education degree at Bath has been invaluable in my journey to becoming a teacher. The course structure allowed me to study chemistry alongside the theory of education and learning. There was also numerous opportunities to work with schools and gain insight into what a teaching career would be like. The tutors are incredibly supportive and are always willing to help, making my time at Bath enjoyable. Parts of the course such as the University Ambassadors Scheme also allowed me to work closely with a school, completing an active research project that I still use in my teaching practice today.” Amalie Millest, Chemistry teacher at Kingdown School

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Course structure and units

BSc

Course units are subject to change – see page 21 for details.

Final year

You will study 3 year-long chemistry units, 2 practical courses and 2 education units Core units

Atomic structure, bonding & the Periodic Table; From molecules to materials; Fundamentals of organic chemistry; Exploring effective learning; Theory & context of learning

Practical chemistry units

Foundation chemistry laboratory; General practical laboratory

You will study 3 core chemistry units, 4 practical courses and 2 education units Core units

Inorganic synthesis, structure & reactivity; Organic synthesis, reaction mechanisms & spectroscopy; Principles of physical chemistry; Education in society; Educational psychology

Practical chemistry units

Inorganic chemistry; Organic chemistry; Physical chemistry; Computational chemistry

You will undertake a project in a local school as a key part of the final year

You will also study 2 education units and choose from a range of chemistry units that will bring you to the forefront of current knowledge in those areas

Units include

Advanced practical chemistry; Synthesis of medicinal compounds; Chemistry beyond the molecule; Organic & inorganic aspects of homogeneous catalysis; Chemistry of functional materials; Organometallic chemistry; Contemporary main group chemistry; Computational chemistry; Physical organic chemistry; X-ray & neutron techniques for chemists; Chemical thermodynamics

in context; Porous materials; DNA in the modern world; Issues in science education; Science education in practice

Year 1

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Chemistry with

Management

See page 21 for entry requirements

By studying our Chemistry with Management courses you will not only gain a broad education in chemistry but also valuable understanding of the business environment in which they work; you will be able to carry out the various roles required of effective managers in the chemical and related industries. Management units are taught by The School of Management at Bath, and on graduation you will be well suited to roles in scientific industries carrying out research, as well as areas such as marketing, administration or finance.

BSc Chemistry with Management (3 years) BSc Chemistry with Management with study year abroad (4 years)

BSc Chemistry with Management with industrial placement (4 years)

MSci Chemistry with Management (4 years) MSci Chemistry with Management with industrial placement (5 years)

One of the reasons I had such a good time at Bath was the Chemistry with Management course. Not only was it a fun and inspiring environment to study in with experienced lecturers and motivated students, but an important aspect for me was that I would get an excellent education to enable me to choose the career I wanted. This degree will definitely give you a head start.”

Toby Quadt, Product Manager at Bayer Healthcare

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Course structure and units

BSc

MSci

Course units are subject to change – see page 21 for details. Year 3 (optional) Year 4 (MSci) or Final year (BSc) MSci final year

Year 1 is common to all Chemistry with Management courses

You will study 3 year-long chemistry units, 2 practical courses and 2 management units Core units

Atomic structure, bonding & the Periodic Table; From molecules to materials; Fundamentals of organic chemistry; Business economics; Introduction to accounting

Practical chemistry

Foundation chemistry laboratory; General practical laboratory

Year 2 is common to all Chemistry with Management courses. You will study 3 core chemistry units, incorporating practicals and choose 4 management units

Units include

Inorganic synthesis, structure & reactivity; Organic synthesis, reaction mechanisms & spectroscopy; Principles of physical chemistry; Organisational behaviour; Managing human resources; Intermediate

accounting; Corporate finance for managers; Marketing; Corporate responsibility

You will study a combination of chemistry and management units, with the flexibility to focus on a particular area. You will also undertake a research project as a key part of the year

Units include

Advanced practical chemistry; Analytical chemistry; Symmetry & group theory; Liquids & solutions; Chemistry beyond the molecule; Organic & inorganic aspects of homogeneous catalysis; Chemistry of functional materials; Contemporary main group chemistry; Sustainable chemistry in context; Digital business

innovation; Principles of finance for managers; Innovation, industrialisation & international competitiveness; Privacy, trust & security in information systems; Management consulting: theory & practice; Business

strategy; Investment & trading; Advanced accounting; Contemporary issues in business & society

You will undertake a research project as a key part of the final year. The projects are varied, reflecting the diverse research being carried out

in the Department

You will also choose from a range of units to bring you to the forefront of current knowledge

in those areas Units include

Topics in chemistry; Operations management; Strategies for sustainability; Business analytics

Year 1

Year 2

You can choose to undertake an industrial placement as part of your degree BSc students also have the option of a study year abroad

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Living & studying at Bath

The University of Bath is a vibrant community that is located just one mile from the city centre. Everything you need as a student is on campus including cafes, a grocery store, two banks, a dentist, medical centre and top sports facilities. Bath itself is a relatively small but beautiful UNESCO World Heritage city. It is a great place to be a student with a good selection of restaurants, bars and cafes plus three theatres, cinemas, museums and galleries. There are excellent bus links to and from the campus as well as good train links to London and Bristol.

Find out more about the city of Bath on the official tourism website: www.visitbath.co.uk

Students’ Union

Students consistently rate the Students’ Union (SU) at Bath in the top ten in the country in the National Student Survey. When you join the University of Bath, you’ll automatically become a member of the SU which will give you access to all of the services on offer such as student welfare advice, representation, skills training, peer support, events, sports and societies.

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Accommodation

The University has a broad range of rooms both on and off-campus to suit a range of budgets. University accommodation is guaranteed to all full-time first year students as long as the application deadline is met and you meet the eligibility criteria. www.bath.ac.uk/study/ug/accommodation

Library

The University library is open 24 hours a day, 365 days a year. As a student here you will have access to hundreds of books and articles many of which can also be accessed online. You will also have access to many computers around campus and Wi-Fi hotspots.

www.bath.ac.uk/library

Sports facilities

The University’s £30million Olympic style sports training village represents one of the best university sports facilities in the country. Facilities include a 50m pool, fully equipped gym, 400m athletics track, sports halls, tennis courts, all-weather pitches, the Physio and Sport Science Centre and much more. As a student here you will have access to the facilities seven days a week with dedicated student sport sessions every day.

www.teambath.com

The arts

There are many ways you can get involved in the arts. The Edge offers a range of discounted classes in dance, music and visual arts as well as free practice facilities. There is an extensive programme of live performances, exhibitions and concerts. www.bath.ac.uk/arts

Some useful links

Accommodation tours

Take a virtual tour of our accommodation buildings and rooms.

www.bath.ac.uk/study/virtual-tour Careers

Our careers service offers information, advice and guidance to all students.

www.bath.ac.uk/students/careers Cost of living

Take a look at our budget guide and start planning financially for university.

www.bath.ac.uk/study/ug/funding/living-costs Funding

Find out if you’re eligible to apply for one of the University’s bursaries or scholarships.

www.bath.ac.uk/study/ug/funding The Disability Service

Our Disability Service is there to provide you with information, advice and support if you have a disability. www.bath.ac.uk/students/services/centre/ disability-service

International students

Bath has a truly international community – our students are from over 100 countries around the world.

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Application process

Applications to our courses are made through UCAS – the UK Universities and Colleges Admissions Service. Once you have sent your application to UCAS, your form will be considered by our Admissions Team. Every application received before the UCAS deadline in January is given equal consideration, paying particular attention to the subjects you are studying, your predicted grades, your reference and personal statement. Factors such as academic achievement, your potential, skills, motivation and commitment will all be considered. For more information on how to apply and deadlines visit www.ucas.com We do not generally conduct interviews for chemistry courses unless we feel that we would like to know more about you and your academic preparation for university. For example, this may apply if you have non-traditional qualifications or you have been out of mainstream education for a period of time. Our primary interest is to verify that you have the knowledge and abilities to succeed on one of our courses.

Once you’ve been made an offer you will be invited to a departmental UCAS Day. This will give you a taste of what it’s like to study here and an opportunity to meet current students and staff.

How to apply

Open Day

If you are undecided which of our courses to apply for, you can visit us on a University Open Day in June or September where you’ll have a chance to speak to current students and staff about your options and hear talks on our courses.

Visit www.bath.ac.uk/opendays to find out more.

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There may be rare occasions where due to unforeseen or unavoidable circumstances it becomes necessary to make significant changes to a course or to withdraw it or part of it (e.g. a particular unit/module). Visit: www.bath.ac.uk/study/ug/apply/ admissions/changes-withdrawal

Find out more about this and other important University terms and conditions: http://go.bath.ac.uk/ugp-important-terms All of our courses have the same entry requirements. This is part of our designed flexibility; if you gain admission for one course you are equally qualified to swap to any other chemistry course. We welcome applications from candidates of all ages and backgrounds.

Entry requirements

GCSE (or Scottish equivalents)

• Chemistry or science at grade B or above • Mathematics at grade B or above • English Language at grade C or above

A Level

You will be individually assessed but a typical offer is AAA to include A2 Chemistry. At least one other subject should include Mathematics, Further Mathematics, Physics or Biology

Access to HE Diploma

• A HE Diploma pass with at least 36 credits achieved at distinction and 3 credits achieved at merit or distinction • At least 12 credits from Chemistry units in both Organic

and Inorganic Chemistry achieved at distinction

• A further 12 credits from Mathematics, Physics or Biology units achieved at distinction

You will be expected to demonstrate a high academic standard and may be invited to attend an interview. You will also be expected to meet the GCSE requirements listed above

BTEC

• D*DD in the BTEC Extended Diploma in Applied Science • BTEC Diplomas and Subsidiary Diplomas in science

subjects with distinction grades will be considered where they are offered in combination with A Level Chemistry. The combination of optional units must include a suitable amount of Chemistry content to prepare you for the academic study environment of our degrees. Please contact us to discuss the suitability of your options

Scottish Higher

AAAAB in Scottish Highers plus AA in Advanced Highers, which must include Chemistry

Irish Leaving Certificate

AAAABB in 6 Higher Level subjects, including Chemistry and one other science or Mathematics subject at grade A

International Baccalaureate

36 points, including 6 in Higher Level Chemistry and no less than 5 in two other Higher Level subjects

European Baccalaureate

82% overall, with a minimum of 8.5 in both Chemistry and one other science or Mathematics subject

The University also offers a residential Science Foundation course at Bath College for overseas applicants not meeting the above requirements

Other qualifications may be accepted. For detailed and up-to-date information please visit our study pages: www.bath.ac.uk/chemistry/admissions

(24)

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