A bachelor's degree is an undergraduate degree that is offered by universities and colleges when students complete a program of study. Most bachelor courses last three or four years with some lasting up to seven years.
Engineering studies deals with the design, optimization, maintenance, and creation of machines and systems. Students may be able to learn about a wide variety of topics, including mathematics, design, and even advanced problem-solving.
The United Kingdom of Great Britain and Northern Ireland, commonly known as the United Kingdom and Britain, is a sovereign state located off the north-western coast of continental Europe.The two most famous (and oldest) universities are Oxford and Cambridge (often referred to as Oxbridge by many Britons) England also has several other world-class institutions, including several in London (notably Imperial College, the London School of Economics, University College London and King's College London, all are part of London University)
Top Bachelor Programs in Engineering in United Kingdom 2018
The BEng (Honours) explores the fundamentals of this creative and analytical subject – from materials and mechanics to design and modelling – with opportunities to focus on engineering design, electronics, environmental technologies, energy and sustainability or mathematical methods. [+]
From microscopic electronic devices to large-scale structures like dams, bridges and towers, engineering touches every area of our lives. Engineering is about extending our horizons by creating solutions to technical challenges and solving problems using a range of methods underpinned by science and mathematics.
The BEng (Honours) explores the fundamentals of this creative and analytical subject – from materials and mechanics to design and modelling – with opportunities to focus on engineering design, electronics, environmental technologies, energy and sustainability or mathematical methods. By successfully completing this degree you’ll meet the educational requirements to register as an Incorporated Engineer (IEng) and partially satisfy the educational requirements for Chartered Engineer (CEng).... [-]
Most science and technology undergraduate degree programmes typically do not reflect the growing multidisciplinary characteristics of the modern business enterprise. However, our degree programme in Engineering Business Management is designed explicitly to provide a solid technical background combined with an understanding of modern business and management practices. [+]
CEOs of large, successful companies and self-made millionaires are more likely to have studied on an engineering degree programme than any other subject area. The technical knowledge, analytical and mathematical skills, and creative problem-solving attitude gained from an engineering degree are well suited to strategic and enterprise-level roles in industry. This degree programme offers a broad-based approach, introducing the major engineering disciplines to provide a solid background in the principles and processes used to solve complex problems. Engineering skills you will acquire, such as optimisation and simulation, are directly transferable to enterprise management. Approaches to systems-wide engineering solutions are also highly relevant to many large-scale industrial challenges as both involve the need to identify, understand and design for large, interconnected networks of stakeholders. Our degree programme in Engineering Business Management also enables you to acquire management skills, both personal and interpersonal, together with knowledge of modern management techniques and business applications.... [-]
Our degree programme in Engineering Project Management is designed explicitly to provide a solid technical background combined with an understanding of modern business and management practices, with a particular focus on project management. It offers a broad-based approach, introducing the major engineering disciplines to provide a solid background in the principles and processes used to solve complex problems. [+]
Modern industry relies on projects for much of its innovation. They are the lifeblood of high tech enterprises. Specialist teams implement specialist solutions on time and to a budget. New approaches to project management, such as agile methodologies, have had to be developed to address the needs of very large and very complex solution development. Project teams usually comprise much smaller teams, each working on separate parts of the overall project and often making different rates of progress. Keeping the overall project on track is a complex challenge. Our degree programme in Engineering Project Management also enables you to acquire project and general management skills, both personal and interpersonal, together with knowledge of modern management techniques and business applications. Graduates from the degree programme will be very well positioned for a wide range of job opportunities across a broad spread of industries.... [-]
Our Engineering Technology programme prepares students to identify, understand and exploit these advances to the advantage of their career, their employers’ profitability and society’s benefit. The programme aims to produce graduates with a balance of analytical, entrepreneurial and exploitative skills to launch them into exciting careers as Incorporated Engineers. [+]
Engineering Technologists make the world work better. Product designs evolve and improve as we improve our understanding. Engineering Technologists drive these changes. From audio equipment to vacuum cleaners, designs improve every year as new solutions to old problems become available. One important consideration in the design of this programme is the need for Engineering Technologists who can “cross boundaries”, so Electrical/Electronic Engineers who can discuss ideas and designs meaningfully with Mechanical Engineers and vice versa. This breadth and flexibility of knowledge will almost certainly be viewed as a key skill for future generations of Engineering Technologists.
The first year of all of our engineering degree programmes at the University of Greenwich focuses on the understanding of engineering science fundamental principles. This approach ensures that all of our graduates experience a solid foundation of broad technical knowledge and a working understanding of all the major Engineering disciplines – an essential prerequisite for a successful career in engineering management. At the end of the 1st year, students will be invited to choose to either continue on their initial degree programme or to swap to any of the other engineering degree programmes on offer. We feel it is very important that our students are empowered to be able to choose the degree programmes that are most appropriate for their ambitions and goals and we recognise that those may change during your studies with us as you learn more about each discipline. Engineering at the University of Greenwich. Quality. Industry. Rigour.... [-]
This course reflects the realities of a modern business environment, combining a firm grounding in the principles of engineering with an understanding of the essential industrial concern that innovation must yield a profit. [+]
This course reflects the realities of a modern business environment, combining a firm grounding in the principles of engineering with an understanding of the essential industrial concern that innovation must yield a profit. Teaching draws on the expertise of the School of Engineering, which delivers the highest standards of technical expertise; WMG (Warwick Manufacturing Group), which offers innovative links between academia and industry; and Warwick Business School (WBS), which is internationally recognised for excellence in business management.
Our curriculum integrates business and technical content, developing your engineering expertise alongside knowledge of the full range of business functions, equipping you to find your place in an increasingly competitive global marketplace. In your first year, you will study the core modules common to all our Engineering degrees. In the second year, you can start personalising your course. You will not determine your final degree course until the second year, ensuring that you can make an informed choice. The main difference between the Engineering Business Management (EBM) and Engineering and Business Studies (EBS) degree streams is the proportion of business material encountered in the third year of study, EBS having more.... [-]
Our accredited Engineering degrees develop an in-depth understanding of the principles of engineering, with teaching from a wide range of automotive, civil, electronic, systems and mechanical engineering experts [+]
Our accredited Engineering degrees develop an in-depth understanding of the principles of engineering, with teaching from a wide range of automotive, civil, electronic, systems and mechanical engineering experts, and options to specialise in areas that interest you during your second year.
These courses are led jointly by academics in the School of Engineering and WMG (Warwick Manufacturing Group). Interdisciplinary projects enable you to tackle challenges that could range from engineering a robot to rescue victims in a collapsed building, to designing and building a nano-satellite. You will develop sought-after skills including a multidisciplinary approach to problem-solving, the ability to manage projects and communicate ideas, and the capacity to lead, research, design, innovate and develop products and systems.... [-]
This course allows students to study a variety of electrical and mechanical engineering disciplines both practically and theoretically; [+]
Bachelor of Engineering in Integrated Engineering
This course allows students to study a variety of electrical and mechanical engineering disciplines both practically and theoretically; students have the opportunity, through the final-year project module to produce an engineering design or product; this course improves both practical and academic skills to prepare students for a wide range of opportunities either in employment in RandD or on to a Masters degree course; on successful completion of this degree, students are able to work within the engineering industry as a technician, design engineer, quality control engineer or test engineer.
Year 1: Applied software; basic mathematics; engineering principles; introduction to materials; learning and skill development for higher education; mathematics for technology 1; mechatronics. Year 2: Applied mechanics; computer aided design; design and technology project; mathematics for technology 2; microprocessor system design; programmable logic controllers; statistics and process quality assurance. Year 3: Advanced mathematics; control systems; energy, technology and sustainability; final year undergraduate project; project management for technologists; signals and systems; stress and dynamics.... [-]