Chemistry. Undergraduate 2018

Transcription

1 Chemistry Undergraduate 2018

2 CHEMISTRY IS SUCH AN IMPORTANT DEGREE. THERE S SO MANY AREAS OF EVERYDAY LIFE THAT IT AFFECTS AND THERE S SO MANY CAREER OPPORTUNITIES. IN THE FUTURE I WANT TO CARRY ON WITH MY CHEMISTRY RESEARCH. I REALLY WANT TO MAKE A DIFFERENCE AND REALLY IMPROVE PEOPLE S QUALITY OF LIFE. Jessica Pimlott BSc (Hons) Chemistry To see an Augmented Reality video of Jessica, please download the Wikitude app from the App Store or Google Play. 1 Download and open the wikitude app 2 Simply type ManMetScience into the search box 3 Scan this page and be amazed! Important notice This brochure was developed in 2017 to help you choose the right course for the 2018 academic year and may be used as a guide for other years of entry. The information therefore reflects the courses as they are at this time. Please be aware that placements and overseas study cannot be guaranteed on our courses. This brochure is intended to provide an overview of our courses and the Faculty of Science and Engineering. The online prospectus available at mmu.ac.uk/courses provides key up-to-date information about our courses to help you make an informed decision about which one to apply to, so please check online.

3 Chemistry is often called the central science and its applications extend across a range of scientific disciplines. Ultimately, chemistry tells us how the material world works and will give you the power to understand and engage with its processes and improve the world around us. Make it in Chemistry As a physical science, chemistry considers the origins, behaviour and properties of materials from the (sub) atomic level to the macro scale, and how they affect our daily lives from health and wellbeing to the material world. You will explore the interplay between chemistry and society, and observe how chemistry is used in medicine, criminal investigation and environmental science. Our degree courses will give you the specialist knowledge and skills in the laboratory to prepare you for a range of fascinating careers. Recent graduates have found employment across a wide range of sectors including the chemical, pharmaceutical, materials, food and drink, utility, healthcare, aerospace, automotive, information technology and telecommunications industries as well as industrial research laboratories, medical communications and environmental consultancies. Make it at Manchester Met The School of Science and the Environment has a reputation for excellent academic programmes, high student satisfaction, internationally recognised research and strong industry links. Our degree programmes are run by research-active staff with strong links to industry, research institutions and national organisations in the UK and overseas. of our research impact is rated world-leading or internationally excellent * 93% of our graduates go straight into employment or further study within six months of graduating ** students from more than 120 countries at the University The UK s greenest university 4 Courses 16 Degree Apprenticeship 18 Foundation Year 20 Making the most of your study 22 Kick-start your future career 24 Supporting your studies 26 Taught by experts 28 International students 30 Come and meet us 31 Fact file * Research Excellence Framework (REF) ** DLHE survey 2015, for all respondents available for employment or further study and whose destinations are known. People and Planet University League mmu.ac.uk/sste 3

4 Chemistry MChem (Hons) Typical units of study may include the following but may be subject to change. Year 1 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 1 This unit provides an introduction to basic laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. The MChem is an integrated four-year undergraduate Masters course. It will enable you to gain a balanced understanding of inorganic, organic, physical and analytical chemistry with sufficient flexibility each year to select areas of study that will develop your knowledge, experience and skills appropriate to a range of science-based careers. Typical areas of study include reactions and mechanisms, materials chemistry, forensic chemistry, drug discovery, computational chemistry and spectroscopy, chemical synthesis, physiochemical processes and environmental chemistry. These study areas are complemented by our strong focus on practical laboratory skills throughout the course. The MChem route includes professional studies and you will spend a year either focusing on a major independent project of your chosen specialism or working in industry. You can also incorporate foreign language options. The choice between MChem and BSc may be left until the end of Year 2, if you initially apply for the BSc (Hons) degree. Progress to the MChem programme is subject to your overall performance at the end of Year 2. Inorganic and Organic Chemistry You will be introduced to atoms, molecules, bonding, structure and periodicity. Identification of functional groups, isomerism and stereochemistry, reaction intermediates, basic reactions and mechanisms, IR and 13C-NMR spectroscopy. Chemical Equilibrium and Mathematical Methods This unit covers key physical chemistry concepts underpinning the behaviour of acids, bases and electrochemistry, alongside the mathematics and transferable skills that underpin these concepts. Introduction to Thermodynamics and Kinetics You will be introduced to the fundamental physicochemical principles of thermodynamics and kinetics along with underpinning mathematical and transferable skills. Introduction to Chemical Analysis The unit will provide an introduction to key concepts required for the study of analytical chemistry. You will explore two main themes: analytical approaches in chemistry, and an introduction to spectroscopy and statistics. Chemistry in Society 1 This unit introduces the contribution made by chemistry to society, in the context of the structural materials used in everyday commercial products. Year 2 You will study one, 30-credit unit and six, 15-credit units Laboratory Techniques 2 This unit provides an introduction to some laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. TEACHING IS CONSOLIDATED WITH LAB WORK WHICH I'VE REALLY ENJOYED AS IT GAVE ME THE OPPORTUNITY TO PUT WHAT I'VE LEARNT INTO PRACTICE. WE'RE ALSO TRAINED TO USE HIGH TECH EQUIPMENT FROM THE FIRST SO YOU GET HANDS-ON EXPERIENCE. Isobel Roland MChem (Hons) Chemistry 4 Chemistry

5 Solid State, d-block and f-block Chemistry This unit covers transition metal complexes, molecular symmetry, crystallography, solid-state chemistry and f-block chemistry Chemistry of the Carbonyl Group This unit covers the use of carbonyl groups as enabling functionality and will be illustrated by discussion of a range of chemical transformations of these functional group. Thermodynamics and Kinetics You will explore concepts required for study of physical chemistry including the study of interfaces, kinetics and thermodynamics. Instrumental Analysis This unit considers key aspects of instrumental analytical chemistry: namely separative methods [chromatography], elemental analysis [atomic spectroscopy] and electrochemistry. Structure and Spectroscopy This unit covers fundamental spectroscopic principles and structural elucidation using NMR, mass spectrometry and infra-red techniques and determination of molecular physical parameters from vibrational and rotational spectroscopies. Likely option units: Chemistry in Society 2 Green Chemistry For the full list of option units visit mmu.ac.uk/courses Year 3 You may opt for a one-year placement in industry or carry out an academic research project alongside taught units You will study one, 30-credit unit and six, 15-credit units Project and Personal Development In this unit, you will plan, develop and implement an individual research project. You will critically analyse published literature and own data. You will also develop research and employability skills. Advanced Laboratory Techniques In this unit, a selection of laboratory experiments/ mini-projects covering the disciplines of inorganic, organic, physical and analytical chemistry appropriate to the course title will be undertaken. Advanced Inorganic Chemistry In this unit, you will explore the role played by metal ions in key life processes and provide an introduction to advanced concepts in coordination/organometallic chemistry. Advanced Organic Chemistry You will consider a suite of advanced organic chemistry transformations and strategies in targeted synthesis. Advanced Physical Chemistry This unit will provide an introduction to advanced concepts in kinetics, surface science and quantum chemistry for measuring and predicting the rates and mechanisms of chemical reactions. Advanced Instrumental Analysis This unit considers three advanced instrumental analytical chemistry techniques in depth: analytical mass spectrometry, atomic spectroscopy, and surface analysis. Likely option units: Chemistry in Society 3 Advanced Topics in Green Chemistry For the full list of option units visit mmu.ac.uk/courses Year 4 You will study one, 60-credit unit and two, 30-credit units Advanced Project and Personal Development In this unit you will plan and implement a research project independently. Your project will include critical analysis of published literature, assessment of significance of outcomes and production of a dissertation reporting outcomes that are potentially publishable. This will help to develop your research and employability skills. Research Frontiers in Chemistry and Materials This unit comprises a selection of topics which reflect emerging technologies at the frontiers of research in chemistry and materials science. Three topics will be chosen from a selection of any two running at any one time. Topics will encompass the broad areas of Advanced Materials, Healthcare Sciences and Environmental Sciences. Further Topics in Analysis, Synthesis and Catalytic Chemistry This unit will extend students' comprehension of key chemical concepts to provide an in-depth understanding of specialised areas of chemistry and instil a critical awareness of advances at the forefront of the chemical sciences. AT A GLANCE DURATION 4 years full-time with optional placement year 1 2 ING AN ACADEMIC RESEARCH PROJECT 3 ING WITH A PLACEMENT Placement 3 4 See Fact File on page 31 for more course information. The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses mmu.ac.uk/sste 5

6 Pharmaceutical Chemistry MChem (Hons) The MChem in Pharmaceutical Chemistry is an integrated four-year undergraduate Masters course providing a strong grounding in skills and knowledge relating to the role of the chemist in drug discovery. As well as a firm grounding in general chemistry, research methods and relevant laboratory techniques, you will acquire the necessary skills and knowledge in drug testing, drug efficacy, computer-based drug design and the quality control of pharmaceuticals. You will benefit from newly refurbished state-of-theart laboratory facilities and from learning in a research-active environment. The MChem route includes professional studies and you will spend a year either focusing on a major independent project in pharmaceutical chemistry or working in industry. You may also incorporate foreign language options. The choice between MChem and BSc may be left until the end of Year 2, if you initially apply for the BSc (Hons) degree. Progress to the MChem programme is subject to your performance at the end of Year 2. Typical units of study may include the following but may be subject to change. Year 1 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 1 This unit provides an introduction to basic laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. 6 Chemistry Inorganic and Organic Chemistry You will be introduced to atoms, molecules, bonding, structure and periodicity. Identification of functional groups, isomerism and stereochemistry, reaction intermediates, basic reactions and mechanisms, IR and 13C-NMR spectroscopy. Chemical Equilibrium and Mathematical Methods This unit covers key physical chemistry concepts underpinning the behaviour of acids, bases and electrochemistry, alongside the mathematics and transferable skills that underpin these concepts. Introduction to Thermodynamics and Kinetics You will be introduced to the fundamental physicochemical principles of thermodynamics and kinetics along with underpinning mathematical and transferable skills. Introduction to Chemical Analysis The unit will provide an introduction to key concepts required for the study of analytical chemistry. You will explore two main themes: analytical approaches in chemistry, and an introduction to spectroscopy and statistics. Introduction to Drug Discovery This unit will provide an introduction to drug discovery and key concepts required for further study of medicinal chemistry. Year 2 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 2 This unit provides an introduction to some laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. STUDENTS WILL LEARN HOW TO CRITICALLY EVALUATE MEDICINAL CHEMISTRY LITERATURE AND PREPARE REPORTS ON THE PHARMACOKINETIC PROFILES OF SELECTED DRUG MOLECULES TO AN INDUSTRIAL STANDARD.

7 Solid State, d-block and f-block Chemistry This unit covers transition metal complexes, molecular symmetry, crystallography, solid-state chemistry and f-block chemistry Chemistry of the Carbonyl Group This unit covers the use of carbonyl groups as enabling functionality and will be illustrated by discussion of a range of chemical transformations of these functional group. Thermodynamics and Kinetics You will explore concepts required for study of physical chemistry including the study of interfaces, kinetics and thermodynamics. Formulation, Fate and Biometabolism This unit covers the principles of drugs and medicine formulation, the interaction of biomolecules/drugs within biological systems, pharmacokinetics and toxicology in the context medicinal chemistry and drug discovery. Pharmaceutical Analysis and Quality Control This unit provides an integrated approach to the principles of analytical/bioanalytical techniques in the quantitative/qualitative analysis of drugs and related substances/samples (including biologicals). Structure and Spectroscopy This unit covers fundamental spectroscopic principles and structural elucidation using NMR, mass spectrometry and infra-red techniques and determination of molecular physical parameters from vibrational and rotational spectroscopies. Year 3 You may opt for a one-year placement in industry or carry out an academic research project alongside taught units You will study one, 30-credit unit and six, 15-credit units Project and Personal Development for Pharmaceutical Chemists In this unit, you will plan, develop and implement an individual research project. You will critically analyse published literature and own data. You will also develop research and employability skills. Advanced Laboratory Techniques In this unit, a selection of laboratory experiments/ mini-projects covering the disciplines of inorganic, organic, physical and analytical chemistry appropriate to the course title will be undertaken. Advanced Inorganic Chemistry In this unit, you will explore the role played by metal ions in key life processes and provide an introduction to advanced concepts in coordination/organometallic chemistry. Advanced Organic Chemistry You will consider a suite of advanced organic chemistry transformations and strategies in targeted synthesis. Advanced Physical Chemistry This unit will provide an introduction to advanced concepts in kinetics, surface science and quantum chemistry for measuring and predicting the rates and mechanisms of chemical reactions. Advanced Pharmaceutical Chemistry This unit will cover advanced concepts in medicinal chemistry, including synthesis and optimization of clinical drugs and drug discovery pathways. Drug Target Interactions This unit will follow a pharmacological case study based approach of the investigation of drug targets, drug target binding, drug design and drug development. Year 4 You will study one, 60-credit unit and two, 30-credit units Advanced Project and Personal Development In this unit you will plan and implement a research project independently. Your project will include critical analysis of published literature, assessment of significance of outcomes and production of a dissertation reporting outcomes that are potentially publishable. This will help to develop your research and employability skills. Research Frontiers in Chemistry and Materials This unit comprises a selection of topics which reflect emerging technologies at the frontiers of research in chemistry and materials science. Three topics will be chosen from a selection of any two running at any one time. Topics will encompass the broad areas of Advanced Materials, Healthcare Sciences and Environmental Sciences. Frontiers in Pharmaceutical Chemistry This unit will cover current research questions and concepts in the rapidly changing field of medicinal chemistry and case studies supplemented with research-informed teaching. AT A GLANCE DURATION 4 years full-time with optional placement year 1 Seminars or similar 2 Seminars or similar ING AN ACADEMIC RESEARCH PROJECT 3 Seminars or similar ING WITH A PLACEMENT 3 Placement 4 Seminars or similar See Fact File on page 31 for more course information. The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses mmu.ac.uk/sste 7

8 Chemistry BSc (Hons) Throughout this degree, we blend practical laboratory-based study with theoretical classes to provide you with a balanced understanding of inorganic, organic, physical and analytical chemistry. There is sufficient flexibility in each year of study to enable development of knowledge, experience and skills appropriate to a range of science-based careers or particular areas of interest. Typical areas of study include physiochemical processes, materials chemistry, forensic chemistry, biological and medicinal chemistry, drug discovery, catalysis, computational chemical modelling and spectroscopy, and synthetic chemistry. Typical units of study may include the following but may be subject to change. Year 1 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 1 This unit provides an introduction to basic laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. Inorganic and Organic Chemistry You will be introduced to atoms, molecules, bonding, structure and periodicity. Identification of functional groups, isomerism and stereochemistry, reaction intermediates, basic reactions and mechanisms, IR and 13C-NMR spectroscopy. Chemical Equilibrium and Mathematical Methods This unit covers key physical chemistry concepts underpinning the behaviour of acids, bases and electrochemistry, alongside the mathematics and transferable skills that underpin these concepts. 8 Chemistry

9 Introduction to Thermodynamics and Kinetics You will be introduced to the fundamental physicochemical principles of thermodynamics and kinetics along with underpinning mathematical and transferable skills. Introduction to Chemical Analysis The unit will provide an introduction to key concepts required for the study of analytical chemistry. You will explore two main themes: analytical approaches in chemistry, and an introduction to spectroscopy and statistics. Chemistry in Society 1 This unit introduces the contribution made by chemistry to society, in the context of the structural materials used in everyday commercial products. Year 2 You will study one, 30-credit unit and six, 15-credit units Laboratory Techniques 2 This unit provides an introduction to some laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. Solid State, d-block and f-block Chemistry This unit covers transition metal complexes, molecular symmetry, crystallography, solid-state chemistry and f-block chemistry. Chemistry of the Carbonyl Group This unit covers the use of carbonyl groups as enabling functionality and will be illustrated by discussion of a range of chemical transformations of these functional group. Thermodynamics and Kinetics You will explore concepts required for study of physical chemistry including the study of interfaces, kinetics and thermodynamics. Instrumental Analysis This unit is an introduction to key aspects of instrumental analytical chemistry: namely separative methods [chromatography], elemental analysis [atomic spectroscopy] and electrochemistry. Structure and Spectroscopy This unit covers fundamental spectroscopic principles and structural elucidation using NMR, mass spectrometry and infra-red techniques and determination of molecular physical parameters from vibrational and rotational spectroscopies. Likely option units: Chemistry in Society 2 Green Chemistry For the full list of option units visit mmu.ac.uk/courses Year 3 Placement or overseas study option In your third year you will have the choice to either go on a placement, where you'll work for a year in industry or take a year studying overseas, or continue directly into your final year of study. Final Year You will study one, 30-credit unit and six, 15-credit units Project and Personal Development In this unit, you will plan, develop and implement an individual research project. You will critically analyse published literature and own data. You will also develop research and employability skills. Advanced Laboratory Techniques In this unit, a selection of laboratory experiments/ mini-projects covering the disciplines of inorganic, organic, physical and analytical chemistry appropriate to the course title will be undertaken. Advanced Inorganic Chemistry In this unit, you will explore the role played by metal ions in key life processes and provide an introduction to advanced concepts in coordination/organometallic chemistry. Advanced Organic Chemistry You will consider a suite of advanced organic chemistry transformations and strategies in targeted synthesis. Advanced Physical Chemistry This unit will provide an introduction to advanced concepts in kinetics, surface science and quantum chemistry for measuring and predicting the rates and mechanisms of chemical reactions. Advanced Instrumental Analysis This unit considers three advanced instrumental analytical chemistry techniques in depth: analytical mass spectrometry, atomic spectroscopy, and surface analysis. Likely optional units Chemistry in Society 3 Advanced Topics in Green Chemistry For the full list of option units visit mmu.ac.uk/courses AT A GLANCE DURATION 3 years full-time 4 years full-time with placement year or overseas study ING WITH A PLACEMENT Placement 3 4 See Fact File on page 31 for more course information. The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses mmu.ac.uk/sste 9

10 Pharmaceutical Chemistry BSc (Hons) Professional pharmaceutical chemists play an important role in the drug discovery industry. As well as a firm grounding in general chemistry, research methods and laboratory techniques, this course enables you to gain the necessary skills and knowledge in drug testing, drug efficacy, computer-based drug design and the quality control of pharmaceuticals. You will benefit from recently refurbished state-of-the-art laboratory facilities and analytical equipment and from learning in a research-active environment. Typical units of study may include the following but may be subject to change. Year 1 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 1 This unit provides an introduction to basic laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. Inorganic and Organic Chemistry You will be introduced to atoms, molecules, bonding, structure and periodicity. Identification of functional groups, isomerism and stereochemistry, reaction intermediates, basic reactions and mechanisms, IR and 13C-NMR spectroscopy. Chemical Equilibrium and Mathematical Methods This unit covers key physical chemistry concepts underpinning the behaviour of acids, bases and electrochemistry, alongside the mathematics and transferable skills that underpin these concepts. Introduction to Thermodynamics and Kinetics You will be introduced to the fundamental physicochemical principles of thermodynamics and kinetics along with underpinning mathematical and transferable skills. 10 Chemistry

11 Introduction to Chemical Analysis The unit will provide an introduction to key concepts required for the study of analytical chemistry. You will explore two main themes: analytical approaches in chemistry, and an introduction to spectroscopy and statistics. Introduction to Drug Discovery This unit will provide an introduction to drug discovery and key concepts required for further study of medicinal chemistry. Year 2 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 2 This unit provides an introduction to some laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. Solid State, d-block and f-block Chemistry This unit covers transition metal complexes, molecular symmetry, crystallography, solid-state chemistry and f-block chemistry. Chemistry of the Carbonyl Group This unit covers the use of carbonyl groups as enabling functionality and will be illustrated by discussion of a range of chemical transformations of these functional group. Thermodynamics and Kinetics You will explore concepts required for study of physical chemistry including the study of interfaces, kinetics and thermodynamics. Formulation, Fate and Biometabolism This unit covers the principles of drugs and medicine formulation, the interaction of biomolecules/drugs within biological systems, pharmacokinetics and toxicology in the context medicinal chemistry and drug discovery. Pharmaceutical Analysis and Quality Control This unit provides an integrated approach to the principles of analytical/bioanalytical techniques in the quantitative/qualitative analysis of drugs and related substances/samples (including biologicals). Structure and Spectroscopy This unit covers fundamental spectroscopic principles and structural elucidation using NMR, mass spectrometry and infra-red techniques and determination of molecular physical parameters from vibrational and rotational spectroscopies. Year 3 Placement or overseas study option In your third year you will have the choice to either go on a placement, where you'll work for a year in industry or take a year studying overseas, or continue directly into your final year of study. Final Year You will study one, 30-credit unit and six, 15-credit units Project and Personal Development for Pharmaceutical Chemists In this unit, you will plan, develop and implement an individual research project. You will critically analyse published literature and own data. You will also develop research and employability skills. Advanced Laboratory Techniques In this unit, a selection of laboratory experiments/ mini-projects covering the disciplines of inorganic, organic, physical and analytical chemistry appropriate to the course title will be undertaken. Advanced Inorganic Chemistry In this unit, you will explore the role played by metal ions in key life processes and provide an introduction to advanced concepts in coordination/organometallic chemistry. Advanced Organic Chemistry You will consider a suite of advanced organic chemistry transformations and strategies in targeted synthesis. Advanced Physical Chemistry This unit will provide an introduction to advanced concepts in kinetics, surface science and quantum chemistry for measuring and predicting the rates and mechanisms of chemical reactions. Advanced Pharmaceutical Chemistry This unit will cover advanced concepts in medicinal chemistry, including synthesis and optimization of clinical drugs and drug discovery pathways. Drug Target Interactions This unit will follow a pharmacological case study based approach of the investigation of drug targets, drug target binding, drug design and drug development. AT A GLANCE DURATION 3 years full-time 4 years full-time with placement year or overseas study ING WITH A PLACEMENT Placement 3 4 See Fact File on page 31 for more course information. The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses mmu.ac.uk/sste 11

12 Medicinal and Biological Chemistry BSc (Hons) Medicinal chemistry is central to the pharmaceutical industry. This course provides you with a sound knowledge of the chemical and biological principles involved in drug design. As well as a firm grounding in general chemistry, research methods and laboratory techniques, you will study sources of drug molecules, mechanisms of drug action, computational drug modelling, spectroscopy, preparation of drug molecules, biochemistry, physiochemical processes, medicinal chemistry, bioinorganic and bioorganic chemistry, and options that include biomedical and health science units. A research project completes your studies. You will benefit from newly refurbished, state-of-the art laboratory facilities, industrystandard supporting instrumentation and from learning in a research-active environment. THIS COURSE PROVIDES YOU WITH A SOUND KNOWLEDGE OF THE CHEMICAL AND BIOLOGICAL PRINCIPLES INVOLVED IN DRUG DESIGN Typical units of study may include the following but may be subject to change. Year 1 You will study two, 30-credit units and four, 15-credit units Laboratory Techniques 1 This unit provides an introduction to basic laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. Inorganic and Organic Chemistry You will be introduced to atoms, molecules, bonding, structure and periodicity. Identification of functional groups, isomerism and stereochemistry, reaction intermediates, basic reactions and mechanisms, IR and 13C-NMR spectroscopy. Chemical Equilibrium and Mathematical Methods This unit covers key physical chemistry concepts underpinning the behaviour of acids, bases and electrochemistry, alongside the mathematics and transferable skills that underpin these concepts. Introduction to Thermodynamics and Kinetics You will be introduced to the fundamental physicochemical principles of thermodynamics and kinetics along with underpinning mathematical and transferable skills. Introduction to Drug Discovery This unit will provide an introduction to drug discovery and key concepts required for further study of medicinal chemistry. 12 Chemistry

13 Biomolecules and Cells This unit will provide an introduction to principles, concepts and techniques in the study of biochemistry, molecular biology and cell biology. Key themes are biological molecules and cell structure and function. Year 2 You will study one, 30-credit unit and six, 15-credit units Laboratory Techniques 2 This unit provides an introduction to some laboratory techniques and associated practical and analytical skills for interpreting data in inorganic, organic, physical, analytical and computational chemistry. Solid State, d-block and f-block Chemistry This unit covers transition metal complexes, molecular symmetry, crystallography, solid-state chemistry and f-block chemistry. Chemistry of the Carbonyl Group This unit covers the use of carbonyl groups as enabling functionality and will be illustrated by discussion of a range of chemical transformations of these functional group. Formulation Fate and Biometabolism This unit covers the principles of drugs and medicine formulation, the interaction of biomolecules/drugs within biological systems, pharmacokinetics and toxicology in the context medicinal chemistry and drug discovery. Structure and Spectroscopy This unit covers fundamental spectroscopic principles and structural elucidation using NMR, mass spectrometry and infra-red techniques and determination of molecular physical parameters from vibrational and rotational spectroscopies. Applied Molecular Biology This unit will introduce students to the key principles that underpin many nucleic acid molecular methodologies, with a strong emphasis on the applications and context of these techniques. Biochemistry This unit will develop students knowledge of protein structure and function, including metabolic processes linked to cellular signalling and protein modification. Possible option units (indicative and may be subject to change year on year): Analytical Techniques Human Neuroscience Techniques and Applications in Molecular Biology For the full list of option units visit mmu.ac.uk/courses Year 3 Placement or overseas study option In your third year you will have the choice to either go on a placement, where you'll work for a year in industry or take a year studying overseas, or continue directly into your final year of study. Final Year You will study one, 30-credit unit and six, 15-credit units Project and Personal Development In this unit, you will plan, develop and implement an individual research project. You will critically analyse published literature and own data. You will also develop research and employability skills. Advanced Laboratory Techniques In this unit, a selection of laboratory experiments/ mini-projects covering the disciplines of inorganic, organic, physical and analytical chemistry appropriate to the course title will be undertaken. Advanced Inorganic Chemistry In this unit, you will explore the role played by metal ions in key life processes and provide an introduction to advanced concepts in coordination/organometallic chemistry. Advanced Organic Chemistry You will consider a suite of advanced organic chemistry transformations and strategies in targeted synthesis. Advanced Pharmaceutical Chemistry This unit will cover advanced concepts in medicinal chemistry, including synthesis and optimization of clinical drugs and drug discovery pathways. Likely option units: Forensic Genetics Genetic Data and Analysis Drug Target Interactions For the full list of option units visit mmu.ac.uk/courses AT A GLANCE DURATION 3 years full-time 4 years full-time with placement year or overseas study ING WITH A PLACEMENT Placement 3 4 See Fact File on page 31 for more course information. The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses mmu.ac.uk/sste 13

14 Chemical Science BSc (Hons) / FdSc This part-time programme can lead to the award to two back-to-back qualifications. FdSc Chemical Science (normally achieved in three years) and BSc (Hons) Chemical Science (two extra years of study). Due to the strong vocational element of the courses, students must already be employed in the chemical industry. The five-year part-time BSc (Hons) Chemical Science programme was designed in consultation with the chemical industry sector. The three year part-time FdSc Chemical Science foundation degree integrates technical and work-based skills with academic knowledge including relevant aspects of business awareness. With a strong emphasis on work based learning, it is ideal for both laboratory-based employees and process operators looking to up-skill into supervisory or operational management roles. Both programmes are delivered through a blend of work-based activities and distance e-learning, providing a high level of flexibility both in terms of geographical location and work shift patterns. In addition, there are annual week-long University based residential visits embedded into the curriculum. The BSc and FdSc can also be studied as part of the Chemical Science Higher Apprenticeship, a programme where students are employed full-time in a chemical science role, learning in the workplace and studying towards their university qualification. Typical units of study include the following but may be subject to change. Year 1 You will study three, 30-credit units Chemical Concepts 1 This unit covers fundamental chemical concepts in the main branches of inorganic, organic and physical chemistry. Health, Safety and Environmental and Functional Skills This unit will provide a basic understanding of health, safety and environmental aspects that arise in the workplace, which will be facilitated by embedding a range of key transferable skills. Laboratory and Scientific Skills 1 This unit focuses on the development of basic laboratory skills and the enhancement of fundamental maths skills for use in a chemical orientated work-based environment. Year 2 You will study three, 30-credit units Business Improvement The fundamentals of Business Improvement methodologies will be covered including; Building and leading effective teams Project management Business improvement process cycles, PDCA (Plan, Do, Check, Act) and DMAIC (Define, Measure, Analyse, Improve, Control) Continuous improvement reporting, e.g. Toyota A3 Report Lean and Six Sigma tools. This will be complemented by the critical analysis of several appropriate case studies. In addition to the main texts, industrial case studies will be provided, which emphasise the application of tools and techniques to specific scenarios relevant to the learner supported by example data. Case studies may be in the form of written documents, podcasts, short videos, etc. Chemical Concepts 2 (Advanced Physical, Inorganic and Organic Chemistry) This unit will cover the various thermodynamic concepts and principles, e.g. the statistical basis of entropy, Gibbs function, and Le Chatelier s principle, and describe how they are influenced by temperature and pressure. It will examine the mechanism pathways taken involving carbonyl and multi-substituted benzene, and the criteria of aromaticity to predict the chemical behaviour of aromatic compounds. It will explore key principles, e.g. crystal-field theory, to explain the structural features displayed by transition metal complexes, and to describe the factors that influence the stability of metal-ligand complexes. Qualitative and quantitative chemical analysis, including the application of appropriate analytical techniques (e.g. GCMS, UV-Vis spectroscopy) will be used to solve a particular problem. Laboratory and Scientific Skills 2 Enhancement of laboratory skills and the development of IT skills (including database information retrieval) for use in a chemical orientated work-based environment. YOU WILL BE TAUGHT THROUGH A COMBINATION OF DISTANCE E-LEARNING AND ANNUAL RESIDENTIAL STAYS AT THE UNIVERSITY 14 Chemistry

15 Year 3 You will study two, 30-credit units Environmental Management and Sustainability (for the Chemical Sector) This units covers social, economic and environmental aspects that impact on industries within the chemical sector including the strategic importance of Environmental Management Systems linked to aspects of Sustainable development and Eco-Design (Green Chemistry). A work-based Investigation will involve the identification of a suitable area for environmental efficiency enhancement (pertinent to the workplace), which has been negotiated on an individual basis between learner, employer and tutor. This work will entail the carrying out of a critical appraisal including recommendations for implementation. This will build on the tools used, e.g. Lean and Six Sigma and the appropriate skills acquired in the completion of the Business Improvement unit. Negotiated Learning Contract This unit will use a negotiated learning contract to offer appropriate learning activities to a student s programme of study, which are flexible (but structured) and are relevant to the specific workplace environment. This unit has been designed primarily for part-time work based students, who will be studying the majority of the time remote to the University. Content will depend on the nature of the activity to be undertaken, which will be relevant to the particular student s programme and workplace needs. Students will be required to sign a learning contract (agreed by negotiation) to undertake the study programme and the associated assignments within agreed timescales. In some instances, students will undertake segments of other taught units supported by information posted online and online tutor support. If you wish to continue to BSc (Hons) Chemical Science, you will study a further two years: Year 4 You will study two, 30-credit units Advanced Chemical Concepts A (Further Inorganic and Organic Chemistry) Section 1: Aspects of Bioinorganic Chemistry Section 2: Approaches to Synthesis (inc. Retrosynthesis) Section 3: Heterocyclic Chemistry Section 4: Laboratory Skills Work-based Project and Professional Development Planning, developing and implementing an individual work-based project. Critical analysis of appropriate literature and own data. Development of investigative and work orientated skills. Year 5 You will study two, 30-credit units Advanced Chemical Concepts B (Further Inorganic and Physical Chemistry) Section 1: Organometallic Chemistry, Catalysis and Inorganic Mechanisms Section 2: Advanced Kinetics Section 3: Surface Science Section 4: Laboratory Practicals and Skills Advanced Topics (in Applied Chemical Science) The unit comprises of four sub-modules that will include some choice, dependent on current staff specialisms available and the demand. Examples include: Formulations: Design and Processing Analytical Statistics Electrochemical Sensors Ordered Porous Materials Polymer Durability Nanotechnological Chemistry AT A GLANCE DURATION 3 or 5 years part-time distance learning with residential study weeks in Manchester 1 Residential Schools Directed Report 2 Residential Schools Directed 3 Residential Schools Directed ING BSC (HONS) 4 Residential Schools Directed Presentation 5 Residential Schools Directed See Fact File on page 31 for more course information. The latest information about our courses, including the most up-to-date list of units, can be found online at mmu.ac.uk/courses mmu.ac.uk/sste 15

16 Chemical Science Higher and Degree Apprenticeship The Chemical Science Higher and Degree Apprenticeship is a great way to start or progress a career in the chemical industry sector. It is an opportunity to get a foot in the door of a world-leading chemical company or a specialist regional business, learn from industry professionals and develop key scientific and laboratory skills in a workplace environment. You will also study part-time for a qualification with Manchester Metropolitan University and benefit from tutor supported e-distance learning and annual residential schools in our state-of-theart Manchester laboratories. The programme embeds business improvement, scientific knowledge and technical skills that are highly valued within the workplace and suited to progressing a career in job roles, such as: Scientific Team Leader Technologist Laboratory Analyst Laboratory Manager Senior Scientist Process Operations Manager Both programmes allow apprentices to achieve recognition as a Registered Scientist (RSci) by the Royal Society of Chemistry. THE BEST THING ABOUT THE COURSE IS THAT IT S GIVING ME THE PROFESSIONAL DEVELOPMENT I WANT, BUT I M STILL EARNING A FULL-TIME WAGE. THE FLEXIBLE DELIVERY OF THE PROGRAMME WITH LOTS OF DISTANCE LEARNING MODULES HAS BEEN AN EXCELLENT WAY FOR ME TO WHILST WORKING, ENABLING ME TO EARN AND LEARN! Oliver Walker Laboratory Technician, Crown Packaging Frequently Asked Questions What qualification do I receive? Upon successful completion of the Higher Apprenticeship, you will be awarded an FdSc Chemical Science degree. With the support of your employer, you can continue your studies to complete our BSc Chemical Science. How much will it cost? You will not have to pay any tuition fees if you are enrolling on the apprenticeship programme. Your employer and the government pay any university tuition fees. How long does the programme take? If you wish to complete the Higher Apprenticeship, you will usually complete the programme in three years. If you choose to study for the Degree Apprenticeship you will continue for an additional two years. What are the entry requirements? Direct entry from school or college will normally require, three A levels and a minimum of 88 UCAS tariff points (with one being Chemistry, Maths or Physics). Equivalent qualifications such as BTEC level 3 in a scientific discipline is also acceptable. For people with relevant work experience, suitability is assessed on an individual basis. How do I apply? You must first secure a position with an employer offering the apprenticeship programme before enrolling with Manchester Met. Vacancies for the apprenticeship programme are advertised on 16 Chemistry

17 WORKING IN INDUSTRY ALONGSIDE THE ACADEMIC WORK HAS MEANT I VE LEARNT A LOT OF SKILLS I DIDN'T EXPECT TO LEARN. Important things such as giving feedback, when to speak up and how to communicate with different people, and general workplace etiquette that you might not have learnt at school. I've also developed a lot of great working relationships, building my professional network, knowing who I work well with and can ask for support from. Balancing work and university was hard at first and I think it takes a special kind of person to do it successfully. If you are strict with yourself, manage your time well and put in the effort you'll do well. Marianne Payne Chemical Science Higher Apprenticeship BMW mmu.ac.uk/sste 17

18 Foundation Year For those with degree-level potential, but without the qualifications to apply directly for an Honours course, a Foundation Year is the perfect way to prepare for future success. Each Foundation Year is an integral part of a specific degree course. The content of the Foundation Year is tailored to prepare you for your chosen degree so that you start Year 1 of your linked Honours degree with confidence. Successful completion of the Foundation Year guarantees automatic progression onto Year 1 of the degree you have chosen to study. The following courses are available with a Foundation Year: BSc (Hons) Chemistry UCAS code: F108 If you choose the foundation year route, you will apply for a four-year course or five year course with a placement year. Once you have passed your foundation year you will progress directly onto Year 1 of your linked degree and you will be able to apply to Student Finance each year for a tuition fee loan (UK students can also apply for a maintenance loan) for the full duration of your course. For more information about student finance and the range of scholarships and bursaries the University offers visit mmu.ac.uk/moneymatters and for funding information visit gov. uk/student-finance. Different fee rates apply for international students and further details can be found at mmu.ac.uk/international Course structure All Foundation Year students study the academic skills for higher education unit, which will help you to develop the academic and study skills required for degree-level work. Foundation Year Units Academic Skills for Higher Education This unit covers topics such as academic skills: HE terminology, independent study, time management, note taking, reading techniques, academic writing, critical thinking and writing, referencing methods, exam techniques and oral presentations. Research skills: conducting a research project, research design and methodology, analysing and presenting research data. Personal development planning: reflection, skills profiling and action planning. Basic number work: basic arithmetic and mental calculations. Foundation Biology This unit develops your understanding of the basic principles, concepts and experimental techniques as applied to the broad subject areas of biomolecular biology, physiology and biodiversity. It covers topics such as biomolecules, structure and properties of biological molecules, structure and function of cells, structure of nucleic acids and their role as a carrier of genetic information, structure and function of proteins and associated molecules and their importance to metabolism. Foundation Chemistry Introduces the basic principles and key concepts in chemistry and provides a platform of chemical knowledge for continuation or transition into higher education. The unit covers topics such as elements, names, symbols and position in the periodic table, compounds ionic, covalent and their nomenclature, and naming chemical compounds of covalent and ionic inorganic compounds. Foundation Data Analysis This unit develops the critical thinking and data analysis skills required by students on their linked degrees. It covers areas such as descriptive statistics, probability, statistical inference, critical thinking, algebra and visual representation of data. 18 Chemistry

19 THE SCIENCE & ENGINEERING FOUNDATION AIMS TO GIVE THE FUNDAMENTAL ACADEMIC SKILLS AND KNOWLEDGE REQUIRED FOR SUCCESSFUL TRANSITION INTO DEGREE- LEVEL. OUR ACADEMIC AND PERSONAL SUPPORT HELPS TO BUILD YOUR CONFIDENCE AND STRENGTH IN YOUR OWN ABILITIES AND ADJUST TO UNIVERSITY LIFE AND STRUCTURE. Dr Saeed Abu-Zour Foundation Year Coordinator, Faculty of Science and Engineering Entry requirements The typical minimum entry requirements for a degree that includes a Foundation Year are UCAS tariff points. The points must come from full A levels (not AS) or equivalent qualifications, for example BTEC Level 3 Diploma/Extended Diploma, CACHE Level 3 Diploma. If you have other qualifications that are not included in the UCAS tariff we are happy to consider the suitability of these qualifications. You will also need to have a grade D or above (or an acceptable alternative) in GCSE English language and mathematics. For the most up-to-date information on 2018 entry requirements visit mmu.ac.uk/courses If English is not your first language you will also need to have IELTS 5.5 (or an equivalent English language qualification). You will be placed on our Foundation Year International Route which provides additional English language, study skills and tutor support through the English for Academic Unit. Applying for a Foundation Year You will need to apply via UCAS. Degrees with a Foundation Year have their own unique UCAS codes which can be found on the UCAS website or by using Find a Course on our website. mmu.ac.uk/foundation mmu.ac.uk/sste 19

20 Making the most of your study University life is fulfilling in all sorts of ways, so we make sure you have all the information and support you need to get the most out of your time here. Managing your time You'll typically study four units per year, though this can vary for some courses. is made up of three elements, so you'll need to factor time into your weekly schedule for each. 1. Attendance at classes This could include lectures, seminars, practical classes and tutorials. 2. study This is work you do on your own or in groups away from classes. future investment committed 1 million books, journals, articles and e-books in our library 3. Assessment This is the time you spend on preparing for, and participating in, assessments. Modes of study Teaching techniques vary from formal lectures to practical sessions, presentations and group activity, supported by the use of our online Moodle system which will also give you access to your own personalised timetable so you know where you re supposed to be and when. You may find that this is a big shift from sixth form and A level study: the emphasis at University is on your management of your working week, though we are here to help and guide you. Feedback We have been quick to embrace latest technologies to enhance students learning, enabling you to study when and where you want, in the way that suits you best. Our courses use the University s virtual learning environment, Moodle. The system has a simple user interface and allows you to submit assignments, see your grades, receive feedback and access teaching materials, lecture notes and other resources. Some lecturers even provide quizzes for you to test your knowledge Assessment You will be assessed by examinations and a range of continuous assessment including laboratory reports, coursework assignments, in-class tests, oral presentations, reports on case studies, group work and online tests. Emphasis on lab work We believe that the best way to learn about chemistry is to experience techniques and equipment first-hand in the laboratory. We aim to give you practical experience of a variety of manual and instrumental laboratory skills. You will learn and apply the fundamentals of chemical science through practical laboratory work, using the latest equipment and techniques. Teaching takes place in specialist chemistry laboratories, reinforcing the practical nature of the subject. ing abroad The four year study abroad route gives you the opportunity to study overseas during your third year in Europe, North America or Australia. This can be extremely valuable in terms of your personal development and experiencing a different culture first hand. There are also sound academic reasons for studying overseas in terms of specialist facilities and courses together with unique laboratory and fieldwork opportunities. We have over 25 years experience of offering students a study programme overseas. Our International Office takes care of administration arrangements and the School has an Exchange Student Tutor who can assist with choice of University and study programme. mmu.ac.uk/students library during term time 2,400 highly experienced academic teaching staff, professors and researchers 20 Chemistry

21 CHEMISTRY ACCREDITATIONS Where you will learn The School is part of the Faculty of Science and Engineering. Our home is the John Dalton building which is located in the centre of Manchester at our All Saints campus. State-of-the-art laboratories Recent multimillion pound investments have strengthened our excellent facilities including modern laboratories for teaching and research. When it comes to analysing and testing, our laboratories are state-of-the-art and include the latest analytical equipment such as liquid chromatography-mass spectroscopy and nuclear magnetic resonance spectroscopy. We have recently invested over a million pounds in upgrading our synthetic chemistry and materials laboratories and installing new equipment such as an X-ray diffractometer which analyses the crystal structure of materials at the atomic level, and an automated flow micro-chemical reaction system which can improve the yield and efficiency of specialised synthetic chemistry experiments. Teaching Facilities You will be taught in specialist teaching facilities in environmentally sustainable buildings that are amongst the best of any university in the UK. Our spacious lecture theatres and seminar rooms are equipped with the latest teaching and learning resources. The majority of teaching takes place in the computer labs, reinforcing the practical relevance of the subject. IT Facilities We ve recently invested over 2 million in student PCs and software and regularly update our learning and teaching equipment to ensure you have access to the very best equipment and support for your studies. Our IT Zones have extended opening hours for your convenience, and printing facilities and WiFi are available to you across the entire University. Spaces You will have access to numerous study spaces, connected group work areas and social spaces in the John Dalton Building. The library is also open 24/7 in term time, with hundreds of PCs and multiple study zones spread across the five floors including dedicated group working zones. The following degree programmes have recently undergone changes to units of study and are therefore pending re-accreditation by the Royal Society of Chemistry prior to the start of the programme: MChem (Hons) Chemistry MChem (Hons) Pharmaceutical Chemistry BSc (Hons) Chemistry BSc (Hons) Pharmaceutical Chemistry We will also be seeking accreditation for BSc (Hons) Medicinal and Biological Chemistry by the Royal Society of Chemistry. Information on accreditation correct at the time of print. ANALYTICAL, PHARMACEUTICAL AND QUANTUM CHEMISTRY HAVE BEEN VERY INTERESTING FOR ME TO LEARN. THE CONTENT OF THE COURSE BUILT UP MY KNOWLEDGE FROM A-LEVEL AND GAVE IT MORE DEPTH. THE LAB CLASSES GAVE ME A PRACTICAL APPROACH ON HOW THE THEORY IS APPLIED. Ahmed Abdul Rahim BSc (Hons) Chemistry mmu.ac.uk/sste 21

22 Kick-start your future career At the heart of our curriculum and student support lies a real focus on developing skills to make you highly employable and an asset to any organisation. Placements Many of our courses encourage industrial and professional placements to offer a taste of working life. And, as we re at the heart of the thriving North West, you ll be perfectly placed to take advantage of one of Europe s largest regional economies. The sandwich route provides the opportunity to spend your third year on an employment placement allowing you to gain valuable work experience with a relevant company in the chemical or pharmaceutical industries. The School offers help with finding a suitable placement. Experience has shown that the practical skills and experience you gain are invaluable in building your confidence and leading to improved employment prospects after graduation and often improved academic performance in your final year. ing and working abroad Enhance your employability, develop new skills and experience other cultures and perspectives by working and studying abroad. Many of our courses offer the option to study overseas for three, six or ten months at partner universities all over the world including Europe, Australia, China and the USA. There may be opportunities to undertake a work placement abroad as part of your degree, and summer exchange opportunities are also open to students of any discipline. For more information visit mmu.ac.uk/outgoingexchange Employable skills You will study a curriculum designed in conjunction with industry to equip you with the range of skills and strengths that employers demand. Our courses are designed to equip you with transferable skills that may also be applied to non-subject-specific career pathways such as in management, local government, teaching or the civil service. For those who wish to continue their studies there is a range of postgraduate programmes here at Manchester Met in environmental sciences. 22 Chemistry

23 THE TEACHING VARIED FROM LARGE LECTURES TO SMALL SEMINARS WITH WEEKLY PRACTICAL SESSIONS IN THE LAB. THE FACILITIES ARE CONSTANTLY BEING UPGRADED AND THE TEACHING LABS CONTAIN INDUSTRY-STANDARD EQUIPMENT. Thomas Robertson MChem (Hons) Chemistry ing in Manchester Manchester and the North West are one of the largest centres for Science in the UK. Our graduates are well placed to take advantage of the North West s diverse and thriving scientific and environment sectors. Employability Hub A dedicated hub for careers and employability information to help you kick start your career thinking, research different career paths and make first-class applications. Futures Skills Award Discover new opportunities, sell your skills and stand out from the crowd with the Futures Skills Award, which gives you recognition for all of the extra-curricular activity you do. Jobs4Students Temporary, paid, on-campus work opportunities through the Jobs4Students service. Just sign up to the mailing list when you arrive and receive alerts when roles come up. Global network Leverage connections and develop professional relationships with our 270,000 alumni-strong network, spanning all professions and thousands of UK organisations. mmu.ac.uk/careers mmu.ac.uk/sste 23

24 Supporting your studies We re here to help you get the most out of your studies, with advice and guidance from specialist support staff and outstanding learning facilities. Student Hubs Student Hubs across our campus offer a first port of call for face-to-face guidance on course-related matters, as well as information about university services and facilities. Student support officers Student support officers provide support through group workshops and individual sessions, advising on everything from managing your time to revision techniques. Academic support Course unit leaders, programme leaders and personal tutors will give you all the course-specific help and guidance you need throughout your time here. Library A newly-refurbished, five-storey library open 24/7 during term time means access to over a million books, journals and e-resources whenever you need them. There s also a helpdesk, technical and digital equipment to loan, electronic book returns and a café on site too. MyMMU Sector-leading virtual learning through Moodle, which brings together your student , course timetable, teaching materials, reading lists, assessment marks and feedback accessed via the MyMMU app from your phone, laptop or tablet. I DID A WORKSHOP TO HELP ME WITH MY REFERENCING AND ACADEMIC WRITING WHEN I FIRST STARTED UNIVERSITY. DOING THIS REALLY IMPROVED MY CONFIDENCE. Aimee Cooper BA (Hons) Inclusive Education and Disability Studies 08:00 Alarm Check Moodle for today s timetable and try not to get too distracted by social media. 09:30 First lecture Guest speaker provides plenty for us to think about over a coffee in the Hub Café afterwards. 11:30 Meet with personal tutor Discuss latest assignment and chat about how I m settling into to life at uni leaving plenty of time to meet friends for lunch at The Union. 24 Chemistry

25 Disability Service Support for disabled students and students with specific learning difficulties, with Disability Service Advisers working with both current and prospective students. Our advisers can help with any screenings, assessments or funding you might need, or provide access to a host of internal and external resources. Counselling and wellbeing Talk to a professionally trained counsellor, in confidence, about any personal problems you may have. The team also runs workshops and courses on themes such as relaxation, stress management and confidence building. Students Union Experienced, trained staff offering specialist, student-centred advice when you need it most. This includes practical help and support with academic issues, housing and finance. It s also free and independent. mmu.ac.uk/students 14:00 Visit the library Borrow a new textbook from the course reading list and a laptop for 24 hours so I can make a few notes. 16:00 Hockey practice Practice session with uni hockey team ready for next week s game. 20:00 Quiz night! Off to The Union for a few drinks and maybe even finish the night with a win on the quiz! mmu.ac.uk/sste 25

26 Taught by experts Our courses are designed, led and taught by some of the UK s leading academic voices. This means you ll learn directly from passionate, knowledgeable individuals. Teaching expertise We work hard to maintain a high teaching quality on all our degrees. Our teaching expertise is second to none. You will be taught and supervised by research-active academic staff, most of whom are at the forefront of their specialist field and who will give you support and guidance throughout your studies and beyond. Many of the staff who teach in the School have experience of working in industry and have well-established links and contacts in their industry sector, ensuring your education and training is relevant for future employment. The School has two senior learning and teaching fellows among its staff and all new staff undertake a postgraduate Certificate in Academic Practice. We believe that the basis for a first-class learning environment is a welcoming and open atmosphere which encourages interaction between all members of the School whether they are students, support staff, researchers or lecturers. We ensure that teaching sessions are run by an academic staff member so that students have the benefit of direct contact with an expert in the topic. We encourage students to contact us outside formal sessions if they have any queries. You will be taught by experts in their fields, many with real-life industry experience 2,200 + professional and support staff across the University The University holds an annual studentnominated Teaching Awards to recognise excellent teaching 2,400 + teaching staff, professors and researchers MY RESEARCH INTERESTS ARE IN CHEMICAL AND PHARMACOLOGICAL PROFILING AND THE DEVELOPMENT OF METHODS FOR DETECTING LEGAL HIGHS SUCH AS MEPHADRONE AND ITS DERIVATIVES. AS AN UNDERGRADUATE, YOU LL BENEFIT FROM SPECIALIST TRAINING AND INVOLVEMENT IN RESEARCH PROGRAMMES TO BROADEN YOUR EXPERIENCE AND PREPARE YOU FOR YOUR FUTURE CAREER IN SCIENCE. Dr Oliver Sutcliffe Senior Lecturer in Psychopharmaceutical Chemistry 26 Chemistry

27 Research The School of Science and the Environment was rated internationally excellent with some rated worldleading in the most recent research assessment exercise. Our materials research examines novel materials, their properties and the modification and characterisation of surfaces for a wide range of applications. The group has specialisms in organic polymer materials, polymer degradation and stabilisation, processing and recycling, fillers, pigments, paints and polymer composites. Our nanotechnology specialists focus on functional polymer materials, zeolites, graphene electrochemistry, nanoparticles, fullerene-containing polymers, optronic/ photonic materials and LC/GC mass spectroscopic analysis. Our surface engineering experts conduct research using physical and chemical vapour deposition processes and atmospheric pressure processes. A wide range of functional films has been produced and characterised including antimicrobial coatings, tribological coatings, photocatalytic and superhydrophilic surfaces, barrier layers for packaging and transparent conductive oxide layers. Our Earth and Ecosystem Response to Environmental Change research focuses on the biological, chemical and physical processes which operate within Earth Systems, and their impacts upon global ecosystems and sustainability. Our Centre for Aviation, Transport and the Environment is an internationally recognised centre of expertise in emissions measurements and modelling, modelling of global climate impacts, biofuels, carbon management and climate change adaptation strategies. Research is conducted for government, UN Agency and industry. ONE OF THE JOYS OF BEING A THEORETICAL CHEMIST IS THAT I GET TO PERFORM RESEARCH ON A WIDE RANGE OF APPLICATIONS FROM OLFACTORY PROTEINS AND GRAPHENE THROUGH TO FULLERENES AND THEIR DERIVATIVES. I CHOSE THEORETICAL CHEMISTRY AS IT WAS THE MOST CHALLENGING SUBJECT I COULD THINK OF. TOO OFTEN STUDENTS SHY AWAY FROM ANYTHING PARTICULARLY CHALLENGING FOR FEAR OF FAILURE, BUT FAILURE MEANS DOING THINGS IN A NEW WAY IF IT WAS EASY, IT WOULDN T BE WORTH DOING. Dr Lindsey Munro Principal Lecturer mmu.ac.uk/sste 27

28 International students Greater Manchester has one of the largest student populations in Europe and we welcome international students from 120 countries to our University every year. INTERNATIONAL WELCOME SEPTEMBER 2018 find out more mmu.ac.uk/ welcome Come and meet us Staff from our international office regularly visit countries across the world to meet students and provide advice about studying at the University and life in Manchester. You can also meet us online at our virtual events at mmu.ac.uk/international International qualifications You will be required to show you have a good level of English for entry to all courses. For most undergraduate courses, you will need to reach IELTS 6.0 or above with no less than 5.5 in any component. You can find country-specific information about many international qualifications at mmu.ac.uk/international/your-country If you need to improve your English before you start your course, we can help. There are courses in general and academic English to help you reach the level you need. See mmu.ac.uk/englishlanguagecourses Making your application Applications are submitted through the Universities and Colleges Admissions Service (UCAS) at ucas.com Many international and EU students use a recruitment consultant or education adviser. They will be able to tell you more about the University, offer support with your applications, and some will offer assistance with your visa and provide pre-departure briefings. To check if there is a University-appointed education adviser in your country please visit our website. Your arrival We want to make sure your arrival at Manchester Met goes as smoothly as possible so we run a free airport pick-up scheme, which is available all year round. All new international students arriving at Manchester Airport when beginning their studies are eligible, but you may need to book depending on when you arrive. Every September we run welcome events for international students, designed to help you meet other students and settle in at the University. Help when you need it The University s student services team offers international students career advice, counselling and learning support. The Immigration and Welfare team provide confidential advice and guidance as well as regular workshops to help with renewing your visa. English language support We provide free English language support workshops. These will help improve your language skills, your confidence in classes and seminars, and help you achieve better results in projects and exams. International student tuition fees and scholarships Our international fees are competitive and the cost of living in the region is much lower than London and many other world cities. Tuition fees remain the same for each year of your degree and the University offers competitive scholarships for international students. For up-to-date information, please visit our website. mmu.ac.uk/international Watch videos of our international students talk about life at the University Find out from a current international student what it's like to study at Manchester Metropolitan contact us to book a chat Take a tour of our laboratories, workshops, lecture theatres and more online We visit countries across the world to provide faceto-face advice about studying at Manchester Metropolitan Join us for online events including webinars and virtual tours of the University 28 Chemistry

29 ING AT MANCHESTER METROPOLITAN UNIVERSITY HAS GIVEN ME THE OPPORTUNITY TO EXPERIENCE STUDENT LIFE IN A METROPOLITAN CITY AND IMMERSE MYSELF IN A COMPLETELY DIFFERENT CULTURE. The campus is in a great location, close to the city centre and within walking distance of the train stations and university accommodation. Manchester Metropolitan has an Employability Hub, which provides many services such as CV writing workshops and the opportunity to meet employers. In addition, there are part-time job opportunities available on campus, which have helped me improve my CV. Wan Ling Lee BA (Hons) Business and Spanish Malaysia mmu.ac.uk/sste 29

30 You can make it at Mcr Met. COME AND MEET US SAVE THE DATE Wednesday 20 June 2018 Saturday 13 October 2018 Saturday 20 October 2018 Saturday 24 November 2018 Book your place at mmu.ac.uk/openday It is important to find out as much as you can about our University and our courses and we look forward to meeting you at one of our Open Days and Applicant Visit Days. Open Days Open Days are your opportunity to get a feel for our campus and find out what University life is really like. We hold open days each year in June, October and November. These events provide you with the opportunity to meet current students, speak to tutors from the courses you are interested in, and see our superb university facilities for yourself. To ensure you get the most from your Open Day we recommend that you book a place in advance. Watch our Open Day video at mmu.ac.uk/study/undergraduate/visit Applicant Visit Days Once you have received an offer of a place from us, we will invite you to attend one of our Applicant Visit Days. These usually take place on Saturdays and Wednesdays from February to April. You can find out more about your courses, have tours to see where you will be taught, and meet subject tutors and current students for the course you have applied for. It is an important opportunity for you to find out anything else you would like to know before you make your decision. Online You ll find lots of useful information on our website. You can ask us about our courses using our online course enquiry form or visit our Frequently Asked Questions section, which should answer many of the queries you have; or phone us on +44 (0) Connect with us OPEN DAYS ARE GREAT FOR TALKING TO STUDENTS WHO ALREADY AT MANCHESTER METROPOLITAN. YOU CAN GET FIRST-HAND EXPERIENCE ABOUT WHAT IT IS LIKE TO YOUR SUBJECT, NOT JUST READ ABOUT IT. Todd Lewis-Ryan BSc (Hons) Mathematics 30 Chemistry