The Engineering International Foundation Programme (IFP) is a mixture of English language and engineering-based modules.
It is designed for students who want to progress into School of Engineering or the School of Computer Science and Informatics.
Undergraduate degree courses in the Schools of Engineering and Computer Science & Informatics combine theoretical study of fundamental concepts with practical application of skills through laboratory and project-based work.
The courses are designed to be stimulating, flexible and relevant both to the needs of a professional career and as a basis for advanced graduate studies in specialist areas.
The School of Engineering is recognised as one of the best-equipped engineering schools of all UK universities in terms of facilities, research and teaching. The School of Computer Science & Informatics has a leading international reputation for research-led teaching, with dedicated laboratories for specialist areas of research.
Both Schools produce highly-skilled and employable graduates, many of whom will have benefited from industry-based placements and projects.
This module aims to improve students’ overall ability in English and to develop academic study skills for immediate use. Students will learn to write in an academic style with a focus on written accuracy, formal register and the ability to draft and edit essays, in addition to demonstrating an ability to use academic vocabulary and present arguments, and solve problems in both written and spoken format.
This module aims to develop advanced academic language and study skills, building on the strategies and language taught in semester one. Students will be required to apply and practise skills and knowledge in a more autonomous manner, perform more complex writing tasks and take more responsibility for their output.
This module aims to teach academic presentation skills, research methods (including use of the University’s library and database systems), and the importance of appropriate in-text referencing and accurate reference lists. Classes will also focus on methods for effective reading and listening to complete secondary tasks such as paraphrasing / summary writing.
This module aims to orientate students to their studies at Cardiff University and raise awareness of British life and culture. Students will undertake research in an area related to British Culture and present a report based on the findings. Students will also be required to transfer language and study skills taught on other IFP English Language modules.
This module aims to enable students to integrate and combine the use of a variety of study skills taught on other IFP English Language modules in practical situations. It also focuses on learner training to encourage students to be better prepared for their academic studies.
During the course you will be given the opportunity to undertake Personal Development Planning (PDP) which will improve your ability to understand what and how you are learning and help you reflect on and plan your own learning. Learning and development are continual processes and engaging in PDP will help you to develop a positive attitude to all aspects of learning.
On completion of the module a student should be able to:
- provide an introduction to waves, diffraction and interference
- introduce the experimental evidence that leads to the development of modern physics
- introduce the Bohr model of single electron atoms and its use to understand atomic spectra
- provide a basic introduction to wave-particle duality and the Schrödinger equation
- introduce the microscopic nature of matter
- relate the microscopic properties of matter to selected macroscopic properties of solids, liquids and gases through simple models
- explore practical applications though numerical examples.
An introduction to the analysis of engineering problems using mathematical techniques which you will require in the first year of your engineering degree schemes.
On completion of the module, you should be able to have reinforced appreciation of the techniques of calculus (differentiation, integration, and simple differential equations) and applied mathematics.
An introduction to the basic concepts and techniques of calculus for students who have not studied mathematics at tertiary level.
On completion of the module, you should be able to:
- differentiate simple functions from first principles
- use standard derivatives in combination with the product, quotient and chain rules
- use the first and second derivatives to find maximum and minimum values of a function
- apply differentiation to practical problems
- use standard integrals to solve polynomial and trigonometric functions
- apply partial fractions, substitution and integration parts
- solve simple differential equations.
Teaching, learning and assessment
We employ several teaching methods, all selected to deliver the tuition you need in the best possible way.
Students can automatically progress to degree programmes offered by the School of Engineering provided they complete the IFP for Engineering with at least 120 credits and an overall average of at least 50%. Students can automatically progress to degree programmes offered by the School of Computer Science and Informatics provided they complete the IFP for Engineering with at least a merit (50%) in each module of the programme.