Bachelor of Science (Hons) in Economics and Management (with integrated placement year)

at Aston University United Kingdom

Applications for September 2022 entry will open on 1 October 2021. You will be able to apply via a link which will be available from this course information page.

You could improve the quality of many lives through the products and materials you design and develop as a chemical engineer.

You will learn how to ensure the safe and profitable production of the chemicals and materials required to create products such as clothing, food, medicine, transport and home entertainment systems.

Chemical engineering is a challenging and fascinating profession with extensive career opportunities. With a masters in chemical engineering you will combine a detailed knowledge of chemistry with an understanding of engineering principles in order to design, construct and operate chemical process plants.

What you’ll learn

Our course is designed to develop your engineering skills, in the context of a firm grounding in chemistry. To ensure this, you’ll share your first year with chemists, giving you a good grounding in the subject before gaining a deeper insight into the industrial processes. Subjects you’ll cover include process design, health and safety, biological chemistry, biomaterials, inorganic materials and polymer synthesis.

The MEng builds on the BEng course and is enhanced by additional subjects including process synthesis, advanced management, bioenergy, and a major research project.

Our MEng is a challenging and demanding course which will enable you to progress more readily after graduation to Chartered Engineer (CEng) status which, in turn, equips you to aim for the highest levels in industry.

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.

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.

If your ambition is to help shape the future development of towns and cities, our Construction Project Management course will set you on the right path.

What you’ll learn
During the course of the programme you will gain the necessary skills to develop a challenging and fulfilling career in the construction industry. You will gain technical knowledge around materials and building processes as well as specialist modules including health, safety and environmental management. 
 
After your first year, your studies will centre on the construction process as well as learning about management, economics, logistics, finance and decision-making, all of which are required by professional construction and project managers. 

Our Construction Project Management programme, part of the civil engineering and infrastructure cluster here at Aston, examines the societal, economic and operational issues related to the construction industry. The particular focus is on developing the skills and experience you need to deliver high quality construction projects safely, on time and on budget. 
 
These skills are in high demand and you’ll be able to effectively and confidently contribute to the future development of our built environment. 

Study the BSc (Hons) International Relations and Sociology degree course at Aston University to get a fascinating insight into the political and sociological challenges facing our society in the 21st century, giving you a great springboard for your future career.

What you’ll learn
On this programme, you’ll explore the major political and social issues faced by governments across the world. You will develop a knowledge and understanding of the international state system, the structure and purpose of international organisations and the roles played by international institutions, other intergovernmental organisations, multinational corporations and NGOs. Important strengths of the programme include its focus on key contemporary issues in international relations and policy, such as global economic change and the environment as well as international comparisons of government policies.

On the sociology strand of the course, you’ll gain an in-depth understanding of social processes, organisational dynamics and inter-group relationships. We explore the social constraints we encounter in our everyday lives and how they are reinforced by class, race, religion and gender. To understand how these issues perpetuate existing inequalities and unequal life chances, we analyse how politics is intertwined with the profit-making aims pursued by big corporations and how their combined interests dominate our social imaginations. When learning about contemporary topics such as inequality, racism, health, migration, sexuality, identity, education, the media, crime and climate change, you will be taught by experts in these fields.

Sociology will equip you with the knowledge and analytical skills that will enable you to think critically and work independently. This includes how to design a research project, collect empirical data, handle complex datasets (e.g., through applying coding techniques) and, most importantly, develop an advanced analytical mindset. This training will be essential for your final-year dissertation during which you will carry out your own individual research project. This experience will provide you with a skillset that is highly desired in a wide range of industries and areas of work.

Explore the concepts, principles and theories relating to leadership within organisations and develop specialist knowledge and skills in entrepreneurship in a range of settings on our MSc Leadership and Entrepreneurship.

The MSc Leadership and Entrepreneurship will develop your knowledge of the concepts, principles and theories relating to leadership within organisations. It will teach you how to apply the strategic role that leadership can make within wider organisational context.

You’ll learn about organisational behaviour, what motivates people and how they work together, how to develop and deliver strategy and change as well as develop businesses within a range of contexts.

You’ll also develop your entrepreneurial skills in relation to business development, identifying opportunities, and international business and emerging economies. This means, you’ll establish a strong entrepreneurial mindset whilst developing your practical skills whilst you study.

Digital electronics and computer systems are significant in commerce, industry and the home, and have an ever increasing impact on the way we work and live. To gain the competitive edge over its global rivals, British industry and commerce needs trained computer systems engineers with skills in both hardware and software who can assess, harness and influence the growth of information technology.

Our Electrical and Electronic Engineering MEng course is designed to stretch our top students and includes a 12 month industrial placement. It gives you the opportunity to study electronics and computer science more deeply than at BEng level while also gaining valuable industry experience.

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. The design of this innovative course emphasises ‘doing’ as well as ‘knowing’, helping you to develop essential practical, intellectual, business and communication skills. This ‘real world’ approach, combined with the beneficial experience you will gain during your placement, will give you a clear competitive edge in the search for graduate employment.

What you’ll learn
The first two years of the MEng are taught alongside the BEng degree and 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 options that enable you to specialise in preparation for your future career. These options include digital system design, telecommunications systems, optoelectronics and signal processing.

The BSc (Hons) Computer Science with Business aims to produce graduate software developers who specialise in managing software development for business.  
 
We focus on the design, construction and application of computing systems to meet the requirements of business organisations.

What you’ll learn

With students joining the programme from a variety of different backgrounds, year one brings everyone to the same level of knowledge.  
 
The remaining years of the Computer Science with Business programme will give you a firm grounding in the principles of computer programme design and business organisation.  You will also have the opportunity to extend your knowledge beyond the traditional business use of IT, getting fully up to speed with new developments with the internet, e-business and distributed computing and multimedia systems.  
 
If you choose our four year course, 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. Our staff will help you find a suitable placement and support you during your year.

Engineers are in demand and our Electrical and Electronic Engineering course will provide you with the analytical skills, design expertise and flexibility you’ll need to stand out from the crowd. 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 begin by covering the fundamental principles of the field, such as digital and analogue electronics, computing, mathematics and project management.

In the second and final year, 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. In your final year you’ll 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.

You may choose to spend your third year in industry and we can 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 further enhance your career prospects.

Engineers are in demand and our Electrical and Electronic Engineering course will provide you with the analytical skills, design expertise and flexibility you’ll need to stand out from the crowd. 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 begin by covering the fundamental principles of the field, such as digital and analogue electronics, computing, mathematics and project management.

In the second and final year, 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. In your final year you’ll 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.

You may choose to spend your third year in industry and we can 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 further enhance your career prospects.