MBA Degrees Online

Multimedia is about conveying information as effectively as possible through the integrated use of different media. Multimedia Computing at Aston combines the principles of computing with the tools and skills necessary for working with multimedia. The link between multimedia and computing science is emphasised and illustrated throughout the programme.
You will learn new and interesting ways to combine text, still and moving images, sound and computer animation into software applications and make them accessible through the Internet, CD, DVD and broadcast media.
You will also acquire knowledge and understanding of the scientific principles that underpin the presentation, representation and communication of information in its various forms for multimedia systems.
You will learn new approaches to integrating computing into the environment, enabling people to interact with computers more naturally than ever before, for example when on the move.
The Multimedia Computing programme incorporates a significant amount of practical and project work. This provides great opportunities for putting the taught ideas into practice and leads to a deeper understanding of the subject.
As a graduate in Multimedia Computing, you will be ready for a rewarding career as a technical professional. You will be adaptable to a wide range of opportunities in the design and application of information communication systems based on multimedia, Internet and computer software technologies.

Career prospects continue to be strong for our computing scientists with their sound understanding of the principles and practical applications of computing. The majority of our graduates find stimulating and rewarding positions in computingrelated activities with suppliers and users or within a wide range of careers for which a university degree is a prerequisite e.g. programmer, systems analyst, systems engineer or teacher.
The destination statistics for graduation year 2006 (the most recent study) state that 79% of Aston Computing Science graduates entered graduate-level employment within six months of graduation. The UK average for the subject area last year was around 65%.

You will develop expertise in software development and the key applications of computing science in each year of the programme. Particular emphasis is placed on applications in industry and commerce.
Your final-year project and options will enable you to follow specialisms of particular interest or career relevance. Your project could be based on a topic from an extensive list or you can suggest your own, perhaps based on your professional placement.
Year 1
Java Programming Foundations
Introduction to Computer Systems
Understanding Information Systems
Principles of Financial Accounting
Introduction to Organisational Behaviour
Quantitative Techniques
Communication and Information Skills
Internet Computing
Data Modelling and Database Systems
Business Decision Analysis
Economic Environment of Business
Year 2
Group Project
Java Program Construction
Professional and Social Aspects of Computing
Software Lifecycle
Operations Management
Business Policy
Human-Computer Interaction
Data Structures and Design with Java
Internet Applications and Techniques
Management Accounting
Marketing
Year 3 – Optional placement year
Professional Placement
See placement year section or find out more about the Aston placement year.
Final Year
Individual Project
Software Engineering: Management & Metrics
Finance
Strategic Information Systems
Value-Based Strategy
Optional modules:
Natural Language Processing and Applications
Information Security
Emerging Database Technologies
Interaction Design
Knowledge Management
Web Development
Distributed Applications
Geographic Information Systems
eMarketing
Entrepreneurial Strategy
Marketing Psychology
Market Research

The optional integrated placement year is available with all our chemistry courses. It will give you invaluable practical experience and enhance your career prospects through a paid professional placement in the UK or abroad. We have excellent links with industry and will help to arrange this placement for you. All our undergraduates benefit from these links, whether through their placement, projects or vacation work, an excellent opportunity to receive training in industry or in a research establishment, providing invaluable practical experience and enhancing your career prospects.

Our Biological Chemistry course is aimed at students interested in the flourishing interface between chemical and biological science, processing and biotechnology. The course is based on a core of chemistry and chemical engineering with a strong additional content of biosciences subjects. Graduates will be well equipped to meet the needs of the wide variety of rapidly developing industries looking for skills in these closely interrelated fields.
Our courses emphasise the commercial as well as industrial application of chemistry. They aim to expand your fundamental chemical knowledge, refine your professional, scientific and technical skills and to develop your personal, communication and management skills
Year 1
Fundamental Chemistry
Biological Chemistry
Kinetics
Physiology
Cell and Molecular Biology
Bacteriology
Mathematics
Health, Safety and the Environment
Year 2
Organic Chemistry
Physical Chemistry
Polymer Science
Biological Chemistry
Human Disease
Genetics
Endocrinology
Year 3 – Optional placement year
See placement year section or find out more about the Aston placement year.
Final Year
Organic Chemistry
Biomaterials
Polymer Science
Microbiology
NMR Techniques
Drug manufacture and delivery
Biotechnology
Chemistry research project

First Year
Introduction to Organic & Inorganic Chemistry
Physical Chemistry
States of matter
Spectroscopic & Instrumental Methods
Practical Laboratories
These elements in the first year are designed to introduce and familiarise you with the fundamentals of Organic, Inorganic and Physical Chemistry; subjects common to any university chemistry degree. You will also develop skills in modern analytical techniques and be introduce to good laboratory practice.
Second Year
Polymer Science
Kinetics
Aromatic, Carbonyl and Heterocyclic Chemistry
Spectroscopic techniques
Thermodynamics
Transitional Elements
Practical Laboratories
The second year sees the introduction of new elements designed to help you develop an advanced understanding of the core subjects and build your expertise in more applied subjects, such as Polymer Science.
Sandwich Year (Optional)
This is an opportunity to receive training in an industrial or commercial setting and to acquire valuable experience for a 12-month period. It is usually paid work experience, enabling you to broaden your outlook on education and on work. The experience and skills learned are a tremendous asset to your when seeking employment. The Placement Tutor assists in finding placements and is usually the industrial visitor and supervisor.
Final Year
Advanced Organic, Heterocyclic and Inorganic Chemistry
Organometallics
Electro- and Stereochemistry
Electric properties of Polymers
Practical & Project work
This final year sees an emphasis on mechanistic studies and techniques, further development of your knowledge and understanding of advanced chemistry and the development of research skills in a final year research project which you will undertake under the supervision of a member of academic staff.

To provide a thorough theoretical and practical training in the fundamental principles and practices of Chemistry. We recognise the need for practising chemists to possess strong tactile and manipulative skills, and therefore we focus on the development of subject confidence and competence through ‘hands-on’ experience. Our novel areas of research allow us to place special emphasis on and introduce you to exciting elements like Speciality Polymers, Biopolymers, Liquid-crystals and Electro active Organic and Inorganic Materials. A research project in the final year helps develop initiative, independence of thought, self-reliance, and team-work skills and fosters the ability to reason and communicate your ideas with confidence.
Entry Information
If curriculum or timetabling restraints mean that you are unable to take a full range of A2/AS levels, you should indicate this in the Personal Statement on your UCAS form. You should also ask your Confidential Referee to mention this in his/her reference.
Specific Subject Requirements:
A2 Level: Chemistry Grade C. General Studies accepted.
GCSE: English and Mathematics grade C, together with any other specific qualification required by the other Combined Honours subject you have chosen.
We welcome the development of the Key Skills qualification. We look for evidence of Key Skills at Level 3 and will take this into account when deciding whether to make a conditional offer and at confirmation. However, we will not make Key Skills an essential entry requirement at present, as this may disadvantage able students who do not have the opportunity to gain the qualification. Key Skills will also not be included within any points offer.
Applicants offering alternative qualifications (IB, EB, Access etc.) will be considered. Mature students are encouraged to apply and will be considered on individual merit

Your broad grounding in the principles of chemistry will prepare you to enter research, development or production in the chemical industry or to undertake postgraduate research or teaching certificates. Alternatively you may pursue a career in areas as diverse as commerce, administration, accounting, banking or the civil service.
The study of chemistry is a springboard to your future, whether or not you enter a directly related career and is a highly stimulating and rewarding choice. For students taking the Biological Chemistry course there are also opportunities in a wide variety of modern exciting industries including pharmaceuticals, agrochemicals, biotechnology, environmental control, water, renewable energy and materials.

We cater for the needs of ‘pure’ chemists whilst providing the opportunity to explore the industrial, pharmaceutical, technological and commercial dimensions of chemistry. Business and other specialist topics are built into our courses enabling you to develop valuable
management skills. You share your first year with chemical engineers, to gain a deeper insight into industrial processes.
You will study subjects such as process design, health and safety, biological chemistry, biomaterials, inorganic materials and polymer synthesis. The innovative and relevant nature of our courses will also help you to discover new and exciting areas of chemistry, including bio-compatibility, medicinal drug delivery systems, the Buckminster-Fullerenes and cluster compounds, liquid crystals, non-metallic conductors and superconductors.
Years 1, 2 and 3
Inorganic Chemistry
Organic Chemistry
Physical Chemistry
Biological Chemistry
Practical Classes
Year 1
Thermodynamics
Kinetics
Mathematics
Chemical Engineering Operations
Chemical Processes and Process Design
Year 2
Thermodynamics
Polymer Science
Bioscience
Spectroscopy
Year 3 – Optional placement year
See placement year section or find out more about the Aston placement year.
Final Year
Polymer Science
Biomaterials
Analytical Techniques
NMR Techniques
Research Project

Your broad grounding in the principles of chemistry will prepare you to enter research, development or production in the chemical process industries or to undertake postgraduate research or teaching certificate. Alternatively you may pursue a career in areas as diverse as commerce, administration, accounting, banking or the civil service.
The study of chemistry is a springboard to your future, whether or not you enter a directly related career and is a highly stimulating and rewarding choice.
For students taking the Biological Chemistry course there are also opportunities in a wide variety of modern exciting industries including pharmaceuticals, agro-chemicals, biotechnology, environmental control, water, renewable energy and materials.