Extended International Foundation Year in Engineering, Computing and Life Sciences

- Understand the main points in straightforward texts on subjects of personal or professional interest, and distinguish between the main idea and related ideas in a simple academic text in order to answer specific questions.
- Communicate with reasonable accuracy in familiar contexts with generally good control over language structures and vocabulary and express ideas clearly despite some influences from the mother tongue. 
- Write a short, simple academic essay on a familiar topic, if provided with a model.
- Take notes during a lecture which are precise enough for use at a later date.
- Effectively participate in a classroom discussion about an academic topic.
- Give a simple presentation on an academic topic and follow most of a clearly structured presentation within your own field. 

The course aims to introduce and develop the techniques needed to study mathematics for use in foundation programmes (such as Engineering, Life Science, Business and Computing), laying the foundations needed for future study. It aims to develop confidence in using mathematical skills so students can communicate effectively using mathematics.

This module focuses on the need for students at this level to extend their knowledge of and ability to use core study skills appropriate for academic study. Time management, self-evaluation and independent learning are key elements of subsequent modules. Understanding planning, the writing process and how to research are also key skills for being a successful university student, and therefore a foundation in these concepts should be studied.

The module aims to provide a basic knowledge of the aspects of computing necessary for progression to the foundation programme in computing.  The module aims to introduce the essential ideas and concepts that underpin computer systems, cyber security and programming.

The module aims to provide students with the necessary knowledge and understanding of several basic Physics concepts that are required for progression onto the International Foundation programme.

This module introduces key concepts in Biology to students who may not have studied the subject before or for a long time. The module feeds into the Foundation Biology 1 and Biology 2 modules (Undertaken in Term 1 and Term 2 respectively of that course) ensuring that students who have a deficit in Biology can access that course.

The module aims to provide a basic knowledge of chemistry necessary for progression to the foundation programme in science. The module aims to introduce the essential ideas and concepts that underpin chemistry and develop scientific thinking. Students will also develop skills in communicating chemistry.

Academic English Skills aims to provide thorough training in the language and related academic skills which will enable international students to best achieve their academic potential at university. Our Academic English programme is validated by UK ENIC, the UK government agency responsible for providing information and expert opinion on qualifications and skills worldwide. 

You will develop awareness and competency in a range of language-related academic skills, including the processes of academic writing, effective and extensive reading strategies, effective participation in seminars and delivery of presentations, and listening to and recording information effectively from lectures. You will also develop the accuracy and range of written and spoken language required to use language effectively and appropriately, with clarity and confidence in an academic context. 

Alongside your classes, your studies will be supported by an online learning platform, providing you with a range of tasks and activities specifically designed to develop and extend your language and academic skills outside the classroom and to give you more control over your own learning. 

You will complete a self-study project on a topic that you will take, in consultation with your tutor, from the academic discipline that you will subsequently study at degree level. This will also include computer skills.

Applied Maths

You will be introduced to the relationships between forces, linear motion and energy and the conditions for static equilibrium of a body. You will be provided with an understanding of mathematical modelling of force combinations, non-linear motion and non-uniform motion related to varying forces. The module will enable you to identify the application of theory to practice and develop independent study skills in preparation for progression to engineering programmes.

Coding for Computing

This module builds on the skills learnt in the Semester 1 module Introduction To Computing by ensuring students can utilise their skills to code proficiently.

Introduction to Computing

• Understand the basics of computer systems
• Be able to programme basic coding functions and understand good coding practice
• Understand ethical impacts of using computers, including issues of privacy
• Understand issues relating to cyber security

Pure Maths

You will acquire an understanding of mathematics in preparation for studying undergraduate degrees in science and engineering. You will also develop skills in mathematical application, method and technique, as well as independent study skills.

Applied Maths

You will be introduced to the relationships between forces, linear motion and energy and the conditions for static equilibrium of a body. You will be provided with an understanding of mathematical modelling of force combinations, non-linear motion and non-uniform motion related to varying forces. The module will enable you to identify the application of theory to practice and develop independent study skills in preparation for progression to engineering programmes.

Introduction to Engineering Mathematics

You will acquire an understanding of how computers can be used to solve mathematics and how mathematics packages may be used to solve engineering problems.

Physics

- Understand basic fundamental physical laws and principles
- Solve problems in physics using appropriate mathematical tools.
- Demonstrate an understanding of concepts in mechanics, materials, waves, Gas Laws, heat transfer, Atomic Physics, electricity and fields.
- Develop skills in learning independently - manage study time and learn actively.

Pure Maths

You will acquire an understanding of mathematics in preparation for studying undergraduate degrees in science and engineering. You will also develop skills in mathematical application, method and technique, as well as independent study skills.

Maths for Science

This module provides you with an understanding of mathematics in preparation for studying undergraduate degrees in science. You will develop skill in mathematical application, method and technique.

Biology

• Understand key terms and process in cell biology and metabolism.
• Use correct scientific terminology in relation to biological organisms and processes.
• Understand key concepts relating to biological systems.
• Develop skills in learning independently - manage study time and learn actively.

Chemistry

• Understand key ideas in chemistry
• Evaluate and understand key principles
• Understand quantitative aspects of chemical formulae and moles
• Evaluate and demonstrate knowledge of key diagrams

Experimental Methods

This module provides a comprehensive introduction to experimental techniques and data analysis in scientific research. It is designed to equip students with the necessary skills to conduct laboratory experiments safely and accurately, analyse data, and produce high-quality scientific reports. The course covers a range of topics, from basic laboratory procedures to advanced experimental methods, ensuring students gain a thorough understanding of the scientific process.

Must complete a portfolio comprising of 5 – 8 drawings to be submitted by the end of May of the academic year:

• Architecture BA (Hons)
• Interior Architecture BA (Hons)

Must have studied Biology and Chemistry:

• Biochemistry BSc (Hons)
• Biomedical Science BSc (Hons)

Must have studied Biology:

• Biology BSc (Hons)
• Psychology BSc
• Wildlife Conservation BSc (Hons)

Must have studied Chemistry:

• Chemistry BSc (Hons)

Admissions Process

Applications for MPharm Pharmacy will be assessed, and qualifications will be checked to see that they meet or are predicted to meet the University's entry requirements.

Applicants that meet the initial criteria will then be sent an assessment by email with full instructions and a deadline for submission will be sent via email. Applicants who do not pass the assessment will have the opportunity to retake the assessment.

Shortlisted applicants will be invited to an interview and offers will be made to successful applicants.

In order for students to meet the entry requirements for MPharm Pharmacy at LJMU, they must complete:

• Assessment
• An interview – which must be passed in order to progress on to MPharm Pharmacy
• Undertake Fitness to Practise checks – as required by law
• Obtain a Criminal Records Check (from your home country)
• Obtain a Letter of Good Character (written in English)

Applicants should review the communication from the International Admissions Office at LJMU who will contact applicants directly with all relevant forms and paperwork. Further information is also available on the fitness to practise web pages.