University of Chester

Foundation Certificate

Engineering and Computing

International Foundation Programme Engineering and Computing

University of Chester

Centre for Foundation Studies, Chester.

Centre for Foundation Studies, Chester.

Undergraduate Modular Programme

Full-time

Classroom / Laboratory,

1 year

3 Years

Biannual - January - September

C234

H900

No

Engineering, 2015

Computing, 2016

Centre for Foundation Studies

Wednesday 4^th November 2015

The educational aims of the International Foundation Programme Engineering and Computing are to provide international students with a Level 3 course that prepares them for a range of undergraduate study at the University. This preparation is underpinned by an English for Academic Purposes curriculum which complements the subject-specific content of the programme.

• To provide students with foundation-level knowledge and understanding of topics underpinning Engineering and Computing degree-level study and to consolidate prior learning acquired in their home countries.
• To develop students’ study skills to enable them to acquire ability in the collection, analysis, interpretation and understanding of relevant information relating to the disciplines they will be progressing to.
• To offer a general overview of topics within the International Foundation Programme pathway that enables international students to familiarise themselves with the teaching, learning and assessment they will encounter on the undergraduate degrees they will be progressing to.
• To develop students’ English language, number, word-processing, research and writing skills, and enable them to demonstrate English language proficiency that is equal to 6.0 IELTS with no less than 5.5 in each skill.
• To foster a flexible, transferable approach to learning that acknowledges workplace skills and professional development.
• To fully prepare students for the demands of UK degree-level study and promote the English language, academic skills and commitment required to succeed on Engineering and Computing undergraduate programmes.

By the end of the programme students should be able to:

• Demonstrate a knowledge of terms and concepts relevant to the pathway subject-specific modules.
• Use English language and study skills at the required level for further study at the University.
• Identify how theory can be applied to real-life situations.
• Be aware of how undergraduate study prepares students for the world of work.

By the end of the programme students should be able to:

• Analyse, interpret and summarise information.
• Use English language in an academic manner.
• Begin to reflect on their own learning and use feedback as part of this process.
• Demonstrate independent learning.
• Integrate a variety of information sources to come to a conclusion.

By the end of the programme students should be able to:

• Retrieve and collate information from a variety of sources.
• Use proficient English language skill, to include reading, writing, speaking and listening.
• Demonstrate ability in core IT applications.
• Present numeracy and quantitative skill in the production of their assessed work.
• Work with others for problem-solving activities.

By the end of the programme students should be able to:

• Communicate to a high standard with English as a second language.
• Use IT applications effectively for research and presentation purposes.
• Discuss and debate relevant topics and ideas as part of the learning process.
• Convert researched information to a summarised form.

The International Foundation Programme Engineering and Computing is aligned to the Framework for Undergraduate Modular Programmes and offers Foundation level study (Year Z or Year 0) whereby 20 and 40 credit modules are used and students will study for 120 credits in total for the award of a Foundation Certificate.

The programme is designed to introduce international students to topics within Engineering and Computing undergraduate degrees offered by the University, in conjunction with an English language and academic skills curriculum to support learning and preparation for progression to level 4. Where possible, there are synergies between the International Foundation Programme and the programmes that students can progress to. This includes module topics and themes that relate to the transference of knowledge and skills to the workplace, and the relevance of differing modes of teaching, learning and assessment.

There is a 40 credit module, English and Academic Skills, which offers students applied learning in English language skill and an introduction to UK higher education study skills to support academic progression. Assessment for this module combines academic technique, critical thinking skills and opportunities for students to demonstrate English language proficiency that is equal to 6.0 IELTS with no less than 5.5 in each skill. The assessments are therefore mapped to the Common European Framework of Reference for languages and IELTS descriptors.

Refer to Additional Information at section 31 for a list of degree programmes students can progress to, followed by the module diet they need to take within their International Foundation Programme.

120 credits at level 3 entitles the student to a Foundation Certificate.

English language proficiency certification demonstrating IELTS 4.5 with no less than 4.0 in each sub-skill.

The countries listed below are an indicator of High School entry requirements.

Other qualifications

Subject Benchmark Statements make reference to honours degrees. The International Foundation Programme Engineering and Computing prepares students for progression to honours degrees. It is therefore useful to refer to Subject Benchmark Statements for Engineering, 2015 and Computing, 2007. In particular, the methods of teaching, learning and assessment for Level 3 delivery in these subject areas should reflect what students will experience during their honours degree-level studies.

Teaching will focus on enquiry, learning will develop knowledge, study skills and English and Maths competencies. Assessment will enable students to demonstrate the application of knowledge and skill for successful progression to Level 4 studies.

The learning, teaching and assessment methods are designed to accommodate the divergent teaching experiences and learning styles of a class of international students. Their previous education in a variety of home countries will range from strictly didactic approaches and rote-learning to practical applications and field trips.

There will be a focus on introducing students to the mode of delivery they will experience at undergraduate level on programmes within Engineering and Computing disciplines at the University. Diversity of assessment types enables students to practise and demonstrate a wide set of knowledge and skills. There will also be instances whereby assessments will have some resemblance to work-based activities. Examples of assessments are reports, group and individual presentations, listening exams, data collation and analysis, IT applications, and written exams.

Students will undertake a series of formative assessments to hone knowledge, understanding and skills, reflect on their development and prepare for summative assessments. This is particularly salient for the English language provision, where skill in reading, writing, speaking and listening will need to be continuously (self) appraised by students and lecturers via group and personal tutorials. The subject-specific modules and English language curriculum are not delivered as two distinct areas of the International Foundation Programme. Students need to demonstrate their proficiency in language throughout all of their modules and apply subject knowledge for some elements of their English and Academic Skills assessments.

A key aspect of the International Foundation Programme will be the identification and development of critical thinking skills and reflection on one's own progress. This will be 'situated' within the 40 credit English and Academic Skills module but students will be expected to utilise skills-based learning from this module across the programme, as will be the case with the development of their language. The programme aims to give students opportunities to take charge of their own learning by identifying their own interests and areas for development.

There is a highly structured personal tutorial system that underpins the programme. Students will attend a personal tutorial every 4 weeks for the tutor and tutee to review and discuss development across the programme, particularly with regard to language development and language application within the subject-specific modules. These sessions are also an opportunity for students to seek academic and pastoral support, and students will be encouraged to review their own performance and, with guidance from their tutor, set objectives to lead their own development. Academic performance, informed by the personal tutorials, will feed into a mid-term review (approximately every 8 weeks) with all teaching staff in attendance.

The Qualifications and Credit Framework Level 3 descriptor underpins the aims of the learning, teaching and assessment methods:

Achievement at Level 3 reflects the ability to identify and use relevant understanding, methods and skills to complete tasks and address problems that, while well defined, have a measure of complexity. It includes taking responsibility for initiating and completing tasks and procedures as well as exercising autonomy and judgement within limited parameters. It also reflects awareness of different perspectives or approaches within an area of study or work.

Students will have the opportunity to visit the Faculty of Science and Engineering (Thornton campus) as part of the learning process. This will involve an introduction to the practical spaces used for delivery of Engineering programmes and the computer software that students will be using in the first year of their undergraduate degree studies.

The educational aims, programme learning outcomes and curriculum content provide opportunities for students to acquire skills which are transferable to the workplace. Upon successful completion of the International Foundation Programme students will be able to demonstrate knowledge and understanding of topics within a discipline, academic skill and proficient English language ability. This is primarily to achieve progression to an undergraduate degree at the University of Chester. The skill-set acquired will reflect ability in problem-solving, interpreting and analysing information, use of effective forms of communication and aptitude for working in a team and independently. These are transferable to the workplace.

The programme is designed specifically to prepare international students for undergraduate study in the UK. It is therefore expected that a more concerted approach to employability will be available once students have progressed. Such learning is embedded in the University of Chester's degrees, and, as such, opportunities for work based and work related learning are available at Levels 4 to 6.

The link below provides an up to date list of the progression routes available from International Foundation Programmes.

http://www.chester.ac.uk/international/courses/ifp/routes

The University is committed to the promotion of diversity, equality and inclusion in all its forms; through different ideas and perspectives, age, disability, gender reassignment, marriage and civil partnership, pregnancy and maternity, race, religion or belief, sex and sexual orientation. We are, in particular, committed to widening access to higher education. Within an ethically aware and professional environment, we acknowledge our responsibilities to promote freedom of enquiry and scholarly expression.

The Centre for Foundation Studies is committed to upholding the University's commitment to equality and diversity. This is particularly significant in the context of teaching students from a variety of countries where culture and customs, legal and belief systems may not be tolerant of people and practises that are protected by UK and EU law.

Below is a list of degree programmes students can progress to, followed by the module diet they need to take within their International Foundation Programme:

BEng (Honours) Chemical Engineering

FP3001 English and Academic Skills

FP3201 Chemistry

FP3401 Pure Maths

FP3402 Physics

FP3403 Applied Maths

BSc (Honours) Applied Computing

BSc (Honours) Cybersecurity

BSc (Honours) Games Development

BSc (Honours) Software Engineering

FP3001 English and Academic Skills

FP3406 Foundation Maths for Computing

FP3407 Introduction to Programming

FP3404 Computing

FP3405 Introduction to Cybersecurity

BEng (Honours) Mechanical Engineering

BEng (Honours) Electronic and Electrical Engineering

FP3001 English and Academic Skills

FP3401 Pure Maths

FP3402 Physics

FP3403 Applied Maths

FP3404 Computing

BSc (Honours) Physics

BSc (Honours) Chemistry

FP3001 English and Academic Skills

FP3201 Chemistry

FP3401 Pure Maths

FP3402 Physics

FP3403 Applied Maths