Master of Science in Marketing and Entrepreneurship

at Aston University United Kingdom

Gain specialist training and transferable research skills with our specialised MSc Cognitive and Affective Neuroscience at Aston University, Birmingham. Benefit from access to leading researchers and state-of-the-art facilities within the Aston Institute of Health and Neurodevelopment and School of Psychology.

Cognitive and affective neuroscience studies the biological processes that underpin how human beings think, reason and process their emotional experience. 

The MSc Cognitive and Affective Neuroscience at Aston, provides a unique dual emphasis, providing specialist training at the brain-behaviour interface, as well as on generic and transferable research and communication skills for augmenting your career aspirations and professional development.

Mechanical engineers are innovators, building machines, structures and devices of all sizes and for all uses. Study Mechanical Engineering at Aston and we’ll equip you with the tools you need to bring your ideas to life, helping to solve the world’s problems for generations to come. Our Mechanical Engineering degree course offers highly relevant modules in sought-after engineering and scientific subjects.?It is driven by the demands of industry to produce graduates with extremely strong engineering and scientific skills. We also support you to develop strong project management and teamwork skills, as well as commercial awareness.

What you’ll learn
In your first year, you’ll cover fundamental disciplines of mechanical engineering, through academic classes in engineering, science, and maths. You’ll also take on large, integrated projects in practical settings, and we’ll help you to understand new technology and concepts. The course reflects industry practice, as you work in groups to take products from initial concepts through to built and tested prototypes.

During your second year, you’ll begin to develop the skills and technical knowledge you need to become a professional engineer. Then, in your third year, you’ll undertake a major project, involving design, experimental or analytical work that can be tailored to suit your own interests or to suit your target vocation.?

If you choose to spend a year in industry during your degree, we’ll support you to find a paid, professional placement of direct relevance to your studies. This placement will give you invaluable practical experience in a real work environment and will further enhance your career prospects.

In the final year, you will study advanced-level science and applied maths and exploit this knowledge in a major project, involving design, experimental or analytical work. This allows you to demonstrate your skills, knowledge, and abilities to potential employers through independently tackling a significant engineering challenge.

This course has been designed specifically for those who haven't studied computer science at undergraduate level.

What you’ll learn

You’ll learn to master the tools you need to meet the computational challenges that business and society face, while building a solid base of theoretical knowledge to underpin your delivery of smart solutions and in-depth analysis.

As well as developing a systematic understanding of the software development process you’ll also learn how to make best use of huge amounts of data, enabling you and your future employer to make better business decisions.

We teach specialist subjects ranging from user experience (UX) design to artificial intelligence (AI) and data mining, and give you unique opportunities to apply your knowledge to solve real-world problems.

You’ll be able to get involved with our student-run software development company, Beautiful Canoe, as well as opportunities to work with businesses on real-world issues.

Chemists and chemical engineers make products that we use in our everyday life, from vitamin C to chocolate, from creams to packaging, and from fuels to washing powders.  

You will study how to ensure the safe, sustainable and profitable production of chemicals and materials that will not only improve people’s quality of life but also contribute towards a better future for our planet.  

This programme is academically the same as the BSc (Hons) Chemistry but, as an applied chemist, you will undertake a final year research project under the supervision of one of our academic staff.?  
 
We cater for the needs of ‘pure’ chemists and provide 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.

 What you’ll learn 

You’ll share your first year with chemical engineers, to ensure you have a good grounding in the subject before gaining a deeper insight into the industrial processes. 
 
Areas including sustainability and health and safety will be key to your learning, while more scientific and advanced modules will give you the technical skills you need for your career.  
 
You have the option to spend a year on placement in the

Do you want to do business, not just learn about it? Have you considered running your own business, or leading the development and success of an established organization?

What is enterprise development?
Our innovative program is constructed around you working in a team to set up and run your own enterprise. You will learn everything you need to know by experiencing it for yourself.

The BSc Business Enterprise Development degree at Aston University aims to give you the best start to learning about how to develop, sustain and grow a business. 

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Electronic engineering impacts on so many areas of every day life so it is perhaps no surprise to find that it is the most extensive and pervasive of all the engineering disciplines.

Our courses are developed in collaboration with a wide range of industry sectors to give a broad but relevant degree so teaching won’t just be standard lectures and you’ll be encouraged to discover how science fiction becomes fact. Designing your own products and working with cutting-edge equipment will be a core part of the course. Our ground-breaking, fast-track, higher level Electrical and Electronic Engineering MEng course allows you to gain an MEng qualification in four years, rather than the traditional five years, making it a more time and cost-effective choice.

What you’ll learn

The first two years of the MEng are taught alongside the BEng degree. You’ll begin by covering the fundamental principles of the field, such as digital and analogue electronics, computing, mathematics and project management, rapidly developing the analytical skills to understand and begin designing electrical circuits and systems.

In the second and final years you’ll specialise by selecting from a broad range of career-focused options, including systems analysis, data acquisition and control, digital system design, telecommunications systems, optoelectronics and signal processing. The final year is taught alongside our masters programmes and you can choose to study a broad range of modules, or specialise in one particular area, such as communications, sensing, computing or electrical power. You will also undertake an in-depth project, based on your areas of specialism.

You’ll have access to an extensive network of computer facilities throughout your course, including high performance PCs for industrial standard ECAD, Unix workstations and a large number of embedded processors for lab work. These resources are complemented by specialist electronics, telecommunications and networked laboratories and research facilities.

This postgraduate program embeds sustainability and sustainable development deep within the mindset of engineers, providing them with the skills to design and construct new technologies, and envision engineering solutions that embrace the challenges of global sustainable development. This course also features the opportunity to undertake a professional placement in its second year. 

What you'll learn

Through an integrated approach of Multi-/Inter-disciplinary, Real-World Problem-Based Learning and collaboration with our industrial partners and network, this course will enable engineers to innovate and bring forward more holistic solutions that meet human needs while protecting our natural resources, by equipping students with the necessary tools and skills in critical thinking, communication, team working, leadership, research, project management, and innovation that are required to produce globally-minded and socially aware engineers that are future agents of change, furnished with attitudes of service to engineering a sustainable world.

This course, which combines electronic engineering and computer science knowledge and experience, will enable you to be skilled in digital electronics, a highly sought after skill set in the current employment market. 

What you’ll learn
You’ll gain a solid grounding in software engineering and computing systems, complemented by engineering expertise in digital electronics and telecommunications. To build a bridge between hardware and software specialists you’ll study computing and electronics with single honours students from the electronic engineering and computer science subject groups.? In the second and final year, you’ll be able to choose specialist options in preparation for your future career. These options include digital system design, telecommunications systems, optoelectronics and signal processing. In your final year you’ll undertake an in-depth project, based on your area of specialism.

We place particular emphasis on encouraging the development of essential professional skills, including communication and the ability to work as part of a team.

You’ll have access to an extensive network of computer facilities throughout your course, including high performance PCs for industrial standard ECAD, Unix workstations and a large number of embedded processors for lab work. These resources are complemented by specialist electronics, telecommunications and networked laboratories and research facilities.

This brand new course gives you the skills to devise and develop artificial intelligence solutions alongside broader business strategy - a strong combination. This course also features the opportunity to undertake a professional placement in its second year. 

What you’ll learn

We'll teach you, specialist, technical information together with a deep understanding of how businesses work, to enable you to create ethical, well-justified, and appropriate AI solutions.

Our focus on this course is the application of your AI technical information and knowledge in a business setting, with a focus on machine learning and data mining to improve business processes. You’ll have the opportunity to design and plan, implement, test, evaluate and document your solutions with this focus in mind. 

As well as the development of your technical and business knowledge, you’ll also grow your communication and team working skills as you work on your own and with others on projects and presentations. One of these projects gives you the opportunity to develop a computer game, work as part of a team, and present your solution to the rest of your class.

Develop a breadth of business knowledge including the functions of management and science of decision-making. Whether you want a career at the forefront of a global operation, start-up, or not-for-profit organization, this degree could be for you.

What you’ll learn
You will gain a solid foundation in your first year across a breadth of business topics before shaping your second and final years to concentrate your study on particular specialisms. You can gain professional accreditations and exemptions in many of these career paths and you’ll also undertake a placement year to put your learning into practice.