Master of Engineering (Hons) in Biomedical Engineering

at Aston University United Kingdom

A Business Management and English Language degree from Aston gives you the chance to combine in-demand commercial and leadership skills, alongside theoretical knowledge and understanding of the English language, how it works in business, and its role in the workplace.

What you’ll learn
You will be taught by lecturers who are internationally recognized researchers in fields such as leadership communication, marketing, economic development, multi-national enterprises, forensic linguistics, language and gender, and TESOL.

With a professional placement year as one of its key features, the program is geared towards increasing your employability by providing you with the knowledge and skills required of professionals working in the public, private and voluntary sectors.

Understanding the potential of technology is key to modern life and our programmes are designed to address the latest business needs.

You’ll develop expertise in software development and the key applications of computing science through each year of the programme with particular emphasis on its use in industry and commerce.

You’ll be given a grounding in computer science early in your course, specialising and developing more advanced and unique expertise in later modules, for example computational intelligence, game development or computer animation.

What you’ll learn

You’ll learn how to run software projects, developing the skills to be a designer, programmer and project manager and understanding how to create usable and accessible software.

If you choose our four year programme, you’ll spend your third year in a paid professional placement of direct relevance to your studies. This placement will give you invaluable practical experience in a real work environment and further enhance your career prospects.

Study the BSc English Language degree course at Aston University to learn theoretical knowledge and cutting-edge linguistic skills for the explanation of language in applied contexts.

What you’ll learn
By studying English language in-depth, you will develop critical awareness and gain invaluable communication, analytical and critical skills for your future working life.

Your first year of studying English language at Aston will give you a broad introduction to language and meaning, to the influence of form and context and to the role of language in society.

In the second year, alongside core modules, you can pick the elective modules that interest you the most – such as Language in the News Media, the Language of the Law, Stylistics and Creative Writing. These modules are designed to equip you to describe the features of spoken and written language in technical detail, as well as collecting, managing and working with linguistic data.

Through practical sessions, you will develop the skills to teach English as a foreign language and understand the roles, techniques and dynamics of the classroom.

In the final year, you can choose from a wide range of elective modules to suit your interests and/or career plans, whether you see your future in education, business, law or elsewhere. You will also produce a substantial piece of individual work in the form of a dissertation on an agreed topic of your choice.

An optional placement year offers the chance to apply your learning in a work or study placement in the UK or overseas. Whether you choose to study abroad, work for a company or to teach, Aston’s links with employers, schools and universities around the world mean you will have a wide range of options to boost your employability. Finally, our versatile range of joint honours courses means you can pursue your passion for English alongside a wealth of language and social science options.

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.

Modern digital electronics, computing systems and gadgets are all significant in commerce, industry and the home, impacting our lives on a daily basis.

Our Electronic Engineering and Computer Science course aims to expand the breadth and depth of our students’ knowledge in electronics, internet technology, computing, digital systems and software design.

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.

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.

Mathematics offers a principled, logical, and quantitative perspective of the world around us. From mathematical modelling of air flow and epidemic spreading, through medical diagnosis and power-grid control to investment banking and self-driving cars – mathematics is fundamental to many cutting-edge technologies. Graduates with these skills are in high demand across many sectors of industry and our course equips you the

What you’ll learn
Our program is designed to create graduates with a strong mathematical background oriented towards knowledge and technical skills in demand by the job market.

In your first and second years, you will build a solid foundation of mathematical knowledge by learning core mathematical topics, such as Algebra, Analysis, Calculus, Differential Equations, Geometry, and Probability, amongst others. You will also be developing abilities for problem-solving and real-world applications of that knowledge. For instance:

In Probability and Statistics, you will be introduced to the elementary theory of probability and statistics and learn to apply that knowledge using Microsoft Excel to statistically analyze real-world data sets and draw relevant and practical conclusions.

Numerical Algorithms and Programming will provide you with an essential understanding of core concepts in programming, focussing on mathematics applications. You will learn how to formulate algorithms to execute methods and how to implement generic algorithms from a description.

Develop your skills and knowledge in the design, development, and production of medicines with our Pharmaceutical Sciences MSc at Aston University, Birmingham, and prepare yourself for an exciting industrial or academic career in pharmaceutics or industrial pharmacy.

Pharmaceutical science focuses on formulation strategies for current and future drug therapies and medicinal products.

Encompassing a range of scientific disciplines such as chemistry, biochemistry, pharmacology, toxicology, and physiology, this specialist area of study is crucial for the safe and effective design, development, production, and regulation of medicines.

The Pharmaceutical Sciences MSc at Aston University has been designed to prepare you for an academic or industrial career in the pharmaceutics or pharmacology arena; an area in considerable demand in response to the continued increase in the development of highly complex and sensitive drugs molecules.

If you answered yes, would like to work in an innovative and enterprising sector and gain the skills necessary to create user-centred design, this could be the course for you.

You’ll benefit from practical, hands-on experience, learning from visiting designer practitioners, working on live projects, and ensuring your products are technically and commercially feasible, while also being environmentally responsible. We’ll support you to develop an underpinning skillset of engineering principles and technology and work with you to ensure you’re prepared for whatever future you have in mind, whether that’s in-house design or setting up your own business.

What you’ll learn
In the first year, you’ll get a grounding in product design principles and the opportunity to begin to develop your design specialism.

In the second and final year, you’ll take a common core of five design modules to support your projects, integrating your design specialism with the core aspects of product design. Your final year will culminate in the opportunity to display your work as part of the Aston Inspired final year design show.

We aim to provide you with knowledge of materials, production processes, and technology as well as skills in aesthetics, ergonomics, and management to enable you to develop a successful career in design.

We teach using a hands-on framework called CDIO - Conceive, Design, Implement, Operate – supported by 50 of the world’s top technical institutions. This enables you to apply real-world skills as you learn, enabling you to maximize your learning. You’ll do your learning in our state-of-the-art facilities, which include advanced 3D printing facilitates and a dedicated design studio with specialist equipment designed just for you.

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.

You’ll also have the opportunity to network with employers and showcase your work as part of the Mechanical Engineering and Design Industry Club, where you’ll be given opportunities to meet employers

There has never been a time where so much data has been available in conjunction with the tools to make the most of it. These tools constitute the field of data science. There has also never been a time with so many global challenges to tackle, from the shortage of resource and the impact we have on the environment to the strive to automate and optimise a variety of systems such as transport, energy, health and communication. There are almost limitless opportunities to use these tools in the various domains and applications for making real impact on industry, society and policy making.

This course is for you if you want to use your mathematical and numerical skills to embark on a career in data science and its application. During the course you will develop the necessary analytical and computational skills alongside an informed and critical appreciation of scientific and industrial developments in data.

What you’ll learn 

You will gain a thorough grounding in the fundamental concepts of data analytics to understand the data lifecycle, including problem formulation, data collection and cleaning, exploratory data analysis and visualisation, statistical inference and decision making. Additionally, you will have the chance to apply your knowledge in a research project on a subject of your choice.

You will be trained in a wide range of modern data science and analytics methods in the MSc in Data Analytics programme including the following modules:

Statistical Machine Learning, where you will be able to develop simple, but practical, statistical models for complex real-world data. The models can be used to automate decision making and predictions, such as detecting diseases or deciphering signals.

Algorithmic and Computational Mathematics that focuses on the in-depth study of key general algorithms, with their numerical implementation, which are the heart of data processing and modelling. This includes approximation techniques, interpolation, sampling, etc. that are practiced with hands-on coding.

Data Science Programming will teach you the use of Python and R for data analysis in scientific computing. You will learn how to use Python libraries such as: (i) NumPy and Pandas, for performing complex numerical analysis tasks; (ii) Scikit Learn, to build machine learning models; (iii) Matplotlib and R for 2D data visualisations and (iv) PyTorch, to develop deep learning applications.

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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Bridging the gap between health, medicine and engineering, studying biomedical engineering at Aston University gives you the hands-on skills, knowledge and experience to help create the healthcare practices of tomorrow.

As a biomedical engineer, you will have the skills, flexibility and knowledge to be involved in a wide number of activities such as developing innovative devices and delivering expert services directly to patients.

Through a combination of our deep links into industry and world-class, state-of-the-art facilities, Aston is the ideal place to prepare for a successful and enriching career that improves and saves lives.

Course outline

You will have access to the very best, innovative, hands-on teaching from academics active in the field, with strong links to UK and international biomedical industrial collaborators.

At Aston, we don’t just teach biomedical engineering, we’re actively involved in the field. As a department, we have generated three spin-out companies, are partners with several hospitals, industry consortia, and medical device forums, meaning you’ll have access to over 100 companies developing real world health products in an entrepreneurial environment.