YEAR ONE MODULES
Applicable Mathematics 1A
- The aims of this course are to provide a solid foundation of mathematics upon which Mechanical Engineering subjects and further study of Mathematics can be based, to give an understanding of the role of mathematics in engineering, and to emphasise the need for simple manipulative skills and the ability to put these together to solve a longer problem in a clear and logical way.
Design and Manufacture 1A
- To introduce the students to the basic parts and components of engineering applications. In addition, to develop the students awareness of the role of the engineer in real engineering environments.
Materials M1
- To introduce the students to the mechanical properties and structure of engineering materials.
Thermodynamics and Fluid Mechanics 1
- To foster thorough, accurate knowledge in thermodynamics and fluid mechanics theory considered in relation to its application in aeronautics.
Applicable Mathematics 1B
- The aim of this course is to provide the fundamental knowledge or calculus, complex numbers, numerical methods and probability and statistics required for an engineering degree.
Applied Mechanics 1
- foster a thorough, accurate knowledge in applied mechanics theory towards its considered application in aeronautics.
Design and Manufacture 1B
- To develop knowledge base and skills in fundamental methods and tools used to support the engineering design process and activities, to develop spatial awareness through the practice of drawing on a CAD system, and to communicate engineering design ideas and solutions effectively.
Managerial and Organisational Context E1
- This course provides students with an introduction to the understanding of human behaviour within organizations. The aim of this course is to show how organizations, and the managers within them, affect all aspects of our lives, from birth to death. It will demonstrate how the research and theories of social sciences can help students, as future organization members, to use such knowledge to become both more effective themselves, and to increase the effectiveness of others.
- As an introductory course on people in organizations, it will take a historical perspective, introducing you to the key concepts, theories, authors, research and frameworks in the discipline.
YEAR TWO MODULES
Applicable Mathematics 2A
- The aims of this course are to provide a solid foundation of mathematics upon which Mechanical Engineering subjects and further study of Mathematics can be based, to give an understanding of the role of mathematics in engineering, and to emphasise the need for simple manipulative skills and the ability to put these together to solve a longer problem in a clear and logical way.
Design and Manufacture 2A
- To further develop the students' knowledge and understanding of engineering practice and processes and their relation to engineering design.
Electrical Power Engineering 2
- To understand the function, design, and characteristics of electrical and electronic components and sub-systems within the wider context of mechanical products and systems. Mechanical engineers are usually concerned with the design of products which include electrical and/or electronic components and sub-systems. They may also be involved in the design and manufacture of electrical and electronic components themselves.
- One of the key elements of modern engineering is the successful integration of the electrical and electronic aspects with the mechanical aspects of the overall system design. It is common for advanced products to be designed by teams of specialists managed by engineers who understand enough of the individual specialisms to guide the whole project. The aim of this course is to provide the electrical and electronic foundation for this integration.
Engineering Computing M2
- To introduce the students to aspects of the engineering computing environment and available computing applications. To develop an understanding of the use of computing in addressing and solving engineering problems.
Materials M2
- To provide the student with a fundamental appreciation of the relationship between structure and properties of engineering materials.To give the students practical experience in the application of the engineering principles taught in the lectures.
Thermodynamics M2
- To develop the basic principles of thermodynamics via the First and Second Laws of Thermodynamics and to illustrate the use of these principles in engineering devices.
Applicable Mathematics 2B
- To expand the mathematical background of engineering students to increase understanding of the mathematical methods, symbolism and notation likely to be encountered by engineers in the pursuit of their professional careers and to illustrate these ideas by practical applications where appropriate.
Applied Mechanics 2
- The aim of the course is to develop a second level of understanding in basic statics and dynamics and to develop skill in solving simple engineering problems. This course is designed to help the student solve problems in structural mechanics and to describe the motion of systems of bodies (in particular aerospace vehicles) through mathematical modelling and solution.
Design and Manufacture 2B
- To further develop the students’ knowledge base and skills with respect to the methods and tools used to support the engineering design process.To discover and appreciate the importance of team working for managing engineering product design projects in an industrial context
Microeconomics E1
- To address the problem of scarce resources and show how resources can be allocated efficiently for the profit maximising firm and for society as a whole. The subject area is sometimes described as ‘investment appraisal’, ‘cost benefit analysis’, and ‘engineering economy’.
Power Electronics 2
- To understand the function, design, and characteristics of electrical and electronic components and sub-systems within the wider context of mechanical and aerospace products and systems.
YEAR THREE MODULES
Design and Manufacture 3
- The aim of this course (Parts 1 and 2) is to illustrate practise and develop an appropriate level of ‘practical’ knowledge and skill relating to the integrated activities of Industrial and Engineering Design.
Engineering Design M3
- To develop the students understanding of Availability, Reliability and Maintainability, thereby enhancing the students’ ability to evaluate engineering design proposals from a number of related viewpoints.
Materials and Manufacture M3
- By the end of this course students will have extended their knowledge of the classes of materials and the way in which their properties and processing determine materials selection. Specifically, students will develop a knowledge of phase transformations in the iron/carbon system and use these as a basis for introducing the concepts of welding of structural steels. The course will introduce the joining of non-metallic materials and the adhesive bonding of metals and polymers, and forming processes for metals, polymers and composites.
Mathematical Modelling and Simulation M3
- To provide an introduction to the mathematical modelling of engineering systems and the uses to which they can be put. These include simulation, analysis and design. The use of computers to achieve this will be discussed as will generic issues relating to the use of computers for solution of mathematical problems.
Mechanics of Materials and Structures M3
- To equip students with the knowledge to reliably and accurately predict the deformation of non-uniform bars and plane trusses, subject to force and displacement loading, using modern finite element (FE) methods.
Dynamics, Control and Fluid Power M3
- Vibration: The aim of this part of the course is to give the student a thorough grounding in the modelling of mechanical systems, the solution of the resulting differential equations and the application to simple vibration problems.
- Control: The aim of this part of the course is to understand and analyse simple feedback control systems. - Fluid Power: The aim of this part of the course is to introduce applied methods for the design and analysis of fluid power systems.
Heat Transfer M3
- This course is designed to give the students a basic understanding of the various mechanisms of heat transfer. The course will also provide the student with an understanding of heat exchangers and how such items of equipment are designed.
Instrumentation and Data Systems M3
- To introduce the theory, design and implementation of instrumentation systems as employed in the manufacturing and process control industries.
Marketing E1
- To introduce students to the basic concepts of industrial marketing and the central tasks of the marketing function within an organisation.
Note: The following curricula are provided as a guide but the details may change from year to year.