Bachelor of Science (Hons) in Business Management

at Anglia Ruskin University - Chelmsford Campus United Kingdom

As a BSc (Hons) Building Surveying student at ARU, you’ll find yourself working independently and as part of larger built environment teams. This helps you understand where building surveyors ‘fit in’, and it’s great preparation for your future career.

Together, you’ll go on site visits, attend talks given by professional experts, and learn how to manage projects. This puts you in a strong position for employment in this highly interesting and varied field.

Our Building Surveying degree course is accredited by the Royal Institution of Chartered Surveyors (RICS), so when you graduate, you can take your Assessment of Professional Competence (APC) and qualify as a Chartered Surveyor.

District nurses care for people in their home and in the community.

Our one-year Top-up Degree combines university study with experience in practice with the support of Practice Assessors and Supervisors to enhance your knowledge of working and caring for people in the community.

In particular, you'll focus on population and caseload management; on supporting your patients to achieve and sustain independence; and on caring for those who are either unwell, recovering or at end of life.

As a district nursing student at ARU, you’ll explore how individuals and their families can care for themselves at home, enhancing people’s dignity and reducing hospital admissions. Our course will give you the skills you need to take on this rewarding role, with an understanding of legal and ethical issues.

By the end of the year, you’ll record your qualification with the Nursing and Midwifery Council (NMC) as a Community Specialist Practitioner (District Nursing) with a prescribing qualification.

Explore data analysis, machine learning, neural networks and artificial intelligence algorithm design, while topping up your existing qualification to a full degree in just one year.

Embedded computing is at the heart of almost all modern digital systems, from the automotive industry to healthcare, and science to finance.

More than 20 billion microprocessors and microcontrollers are currently providing intelligent features, smart capabilities, personalised interfaces and optimised communications to an incredibly wide range of devices.

Study at ARU in Cambridge and explore the world of embedded computing. Learn to combine hardware and software components, making the most of powerful portable computing and advanced data-driven decision-making. You'll employ machine learning methodologies to create market-ready solutions with enhanced technologies that transform data into valuable information. Our brand new degree course has been designed with employers and industry in mind, so that you learn the professional skills you'll need as a graduate. You will be guided through cutting-edge tools to learn trends and behaviours from the data itself.

Our BEng (Hons) Electronics and Robotics is designed to put you at the forefront of today’s engineering world.

Placing an emphasis on Industry 4.0 concepts such as digital tools for engineering, the internet of things (IoT), and systematic, project-based approaches, it’ll equip you with skills and knowledge that are in high demand among employers.

Electronics and robotics engineers are required to think originally and critically; work innovatively, creatively and sustainably; and consider the social, commercial, legal and environmental impacts of their work. Throughout the course, you’ll have opportunities to practice these skills, making you well-prepared to enter the workplace when you graduate.You’ll gain experience of every aspect of the development of smart connected electronics and robotics systems today, helping you to discover where your talents and interests lie and determine how you want to use your degree.

Develop your own individual management approach on our Chartered Institute of Building (CIOB) accredited course. Work alongside professionals and industry experts to practically gain the key management skills and knowledge you need for a variety of management roles in the construction or property sectors.

If you have a degree in the built environment or already work in the construction industry our course will help you take your construction project management career further still.

You’ll get the skills and knowledge you need for a variety of roles in construction and the wider property world. You’ll develop your style as a manager and explore technological, economic, environmental, ethical, legal, political and sociological factors and their effect on project management.

By the time you graduate you’ll confidently understand management and organisations and have the right techniques to solve complex problems and make important management decisions.

Designing and building structures like bridges, roads, airports and flood defences demands a high degree of technical skill. Our Civil Engineering BEng course will teach you to approach civil engineering projects competently, responsibly, ethically and safely.

Civil engineering changes our world – from buildings and transport to the environment and civil protection. It covers everything from creative concepts to physical construction and maintenance. Designing and building structures like bridges, roads, airports and flood defences demands a high degree of technical skill.

On our newly designed course your learning will be based around the civil engineering project and hands-on learning, giving you the chance to immediately apply the theory you learn in class to address the challenges of the project. You will learn how to carry out site investigations, select the best materials for the job, analyse and design structures and engineering systems, plan the construction process and assess and mitigate the environmental impact of the project using our specialist workshops and labs. You will learn how to carry out land surveys and use state of the art CAD systems and specialist software to design and analyse complex systems.

When studying our Civil Engineering course, you’ll learn a range of transferable skills, including how to manage projects and contracts; statistics; management techniques; and principles of IT, preparing you for industry work, advising clients, working closely with other engineers and stake holders. You’ll become a creative problem solver and a confident communicator, able to work well independently and in a team.

Please note that this course does not lead to professional qualification as a mental health nurse. If you are interested in becoming a mental health nurse, visit our BSc Mental Health Nursing course page.

Whatever your background is, our course will meet your personal, professional and educational needs through engaging with innovation, research and leadership.

For the blended version of the course, each module starts with a two day workshop to explain the module and expectations. It's also an opportunity to build relationships with peers and staff. Part-time students will do two days of workshops and one module per trimester. Full-time students will do four, one-day workshop and two modules per trimester. The workshops will be in Chelmsford but if numbers are sufficient they can be put on at our Cambridge campus.

The rest of the learning is distance learning through the virtual learning environment. This has been built as a very innovative learning environment which addresses all learning styles.

For distance only students, the workshop will be replicated online through our virtual learning environment.

Each module takes a virtual international journey – the first is the Siberian express travelling from Moscow to China. Students can collect different types of learning materials at each station and the complete tasks, activities and exercises to help develop their learning on each subject area. Students also have access to a blog and a discussion board to post answers and questions with an alert on each one so the distance learning module tutor managing the environment will then be alerted when students have posted. There's also a goods van with study skills material in it.

At ARU, we understand the importance of collaboration in today’s financial world. So develop your cooperative skills and ideas generation with course-based student societies – and become a stronger player on the job market.

Our Bloomberg Financial Markets Lab in Chelmsford offers you the chance to enhance your employability, through virtual trading and live financial information on global stock exchanges. We believe that the sooner you start, the more you’ll get out of it. That’s why you’ll be using Bloomberg, with full support, from Year 1.

Networking is a smart move for your career, and you’ll be able to make the most of our industry connections. We encourage you to engage at regular seminars and talks led by experts, offering you valuable insights into the business world.

As well as covering the basics, our course includes a number of optional modules. Choose to explore business innovation, financial management, leadership or intercultural management – and tailor your studies to suit your interests.

We understand that while you’re here to learn, you’re also laying the foundations for your future career. We want to help you enhance your employability, and we do that in three ways.

Firstly, by studying with us in Cambridge or Chelmsford you’ll be exploiting our links with local businesses. We host regular visits from employers, guest speakers and business events – helping you build a network for when you graduate.

Throughout your Business Management degree you’ll also benefit from lectures and seminars on CV preparation, job-hunting, obtaining work experience, using social media to enhance your professional profile, and more.

And finally, we work with employers to make sure you graduate with the knowledge, skills and abilities they look for. They help us review what we teach and how we teach it – so you can be sure you’re working on projects that reflect the needs and priorities of business.

At ARU most of our business degrees also include an optional placement year, giving you the chance to spend a year working in industry and to add valuable work experience to your CV.

Engineering is in everything and an engineer is continually looking at how to improve products and the world. It’s about taking a product or system seeing whether it can change to meet demand – whether that is in development, processing, design, or even the materials used.

Our new four-year MEng Mechatronics and Robotics Engineering degree course is about combining the mechanical with the electrical. It's been created with a focus on project-based learning, allowing you to take the theory you've learned in class and apply it in a hands-on project module that runs throughout Year 1.

You will study alongside other mechanical engineering students, specialising in mechatronics and robotics manufacturing in your final year and in certain modules throughout your course. You will focus on the electronic application of engineering – how this can blend with mechanical engineering to move technology forwards.

While studying our Mechatronics and Robotics Engineering degree course, you will learn through a wide range of lab sessions. We explore manufacturing, 3D printing, thermodynamics, dynamics, and structural analysis so you can analyse, calculate, model, and experience your proposed concepts. As a part of your project-based learning you work in a multidisciplinary team with students from different areas of mechanical engineering. This integrated learning will allow you to develop skills that area invaluable to future employers, including analytical and creative problem-solving skills. You’ll also benefit from dedicated support from our experienced staff, who are experienced industry professionals and expert researchers.

Our Mechatronics and Robotics Engineering course leads you through computer-based advanced design, simulation and modelling practice in various topics including computational engineering, fluid dynamics, stress analysis, and industrial management

You’ll benefit from using our workshop and laboratory facilities. These include CAD/CAM and engineering computer modelling centre, industrial-scale CNC milling and lathe machines, metal and plastic rapid prototyping machines, scanning electronic microscope, Instron bi-axial fatigue-testing machine, tensile-testing machine, material-preparation facilities, welding equipment, electronic testing and measuring equipment such as oscilloscopes and signal generating and testing facilities, wind tunnel, air compressors, steam engine and many more.