Curious about studying Undergraduate Foundation Programme in Engineering and Sciencesat University of Strathclyde ISC - Study Group UK? We've gathered all the key details—entry requirements, modules, fees, and more. Hear from real students by checking out reviews, or take the next step by booking an open day to explore it for yourself.
Access to Higher Education
University of Strathclyde International Study Centre
Full Time
Sep 2027
2 Semester
Course overview: This pathway will prepare you for your chosen undergraduate degree at the Faculty of Engineering or Faculty of Science. Who is this course for? If you have dreams of studying a STEM subject at a UK university, there’s no better first step than our preparation programme. You’ll learn more about your chosen subject through our specialist modules, as well as developing your English language skills in a university setting – ensuring you’re fully prepared to succeed at a UK university. Why study this programme? Studying our Undergraduate Foundation Programme in Engineering and Sciences means you will: Become a part of a supportive international community Learn under our expert staff as you navigate a new education system Choose modules based on your progression degree so you can progress to the second year of your degree at the University.
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.
This module focusses on developing the practical skills required for both study and careers in STEM. Alongside their introduction to basic scientific practices, students will develop communication and reflection skills, and the ability to organise their study.
Mathematics for Science and Engineering 1 This module is aimed to enhance numeracy skills. The module will cover basic algebra, functions, systems of linear equations and matrices. Students will also be introduced to MATLAB, a widely used numerical computing tool, and will make use of it to reinforce the key concepts learned in this module. Mathematics for Science and Engineering 2 This module will introduce the key concepts of sequences and series, differentiation, integration and differential equations. Students will also learn enhanced applications of MATLAB and will apply the software to numerical problems related to key concepts learnt during the module.
This is a route module. This module prepares students for first degree programmes in Engineering and Sciences through the development of mathematical applications, with specific regard to the study of forces, energy and the laws of motion. These key concepts will provide a solid foundation for further study in the field of Engineering and Science.
This is a route module. This module extends the knowledge developed through the Applied Mathematics 1 module. The students will further enhance their knowledge on the study of forces, energy and the laws of motion. They will also become familiar with essential topics related to Statics, circular motion, rotational dynamics and momentum.
This is a route module. This module is designed for students progressing to degrees that require underpinning knowledge of Biology. Students are introduced to the basic molecular building blocks of life; the structure in relation to the function of living cells; the flow of information through the cell; and the basic principles of metabolism. The module includes both classroom and laboratory based learning and serves as a bridge to further undergraduate study.
This is a route module. This module builds upon the knowledge acquired in Biology 1. The main aim of this module is to provide students with a basic understanding of the physiology of the major organ systems of the human body. Students will understand how the body is regulated to maintain a healthy internal environment. Students will also explore diseases where these systems are disrupted. The module is delivered through classroom and laboratory based learning. This module further aims to deepen practical laboratory and scientific communication skills gained in Biology 1 to ultimately equip students with the academic knowledge and practical skills and experience needed to link theory to reality.
This is a route module. The main aim of this module is to equip students hoping to undertake further study at undergraduate level with elementary knowledge of Chemistry. The students will learn about atomic structure, periodic table, chemical bonding and the principles of thermodynamics. The concepts related to reactions of alkenes, alkynes and benzene will also be introduced.
This is a route module. This module builds upon the knowledge acquired in Chemistry 1. The students will be introduced to the concepts of Born-Haber cycles and how to use them in calculations with lattice enthalpy. The students will carry out laboratory operations including mass and volume measurement and titrations with an awareness of the importance of chemical safety.
This is a route module. You will study basic computer architecture and operating systems and to develop a basic understanding of programming. You will be introduced to the study of Java as a programming language, with this being further developed in the Computing 2 module.
This is a route module. This module builds on skills acquired in Computing 1. Students will continue their study of Java programming language and will cover enhanced applications of Java to real-world problems. Students will also acquire understanding of machine language, and HTML language for web development.
This is a route module. The main aim of this module is to introduce elementary concepts of discrete mathematics and graph theory. Students will learn methods of proof and ways to present clear and logical mathematics. These concepts are not only essential for the students transitioning to a mathematics degree at the university but are useful for computer science and engineering students.
This is a route module. The primary aim of this module is to develop a firm ground in the understanding of the analysis and design of analogue and digital circuits. The module will provide students with a good mathematical grasp of circuit theory and help provide students destined for further undergraduate study in Electronic and Electrical Engineering.
This is a route module. This module consolidates and further develop the topics previously studied in Mathematics for Science and Engineering modules. The fundamental concepts of differentiation and integration covered in Mathematics for Science and Engineer 1 and 2 will be examined in more detail, extended to a larger class of functions by means of more sophisticated methods, demonstrated in application to practical problems including solving basic first and second-order differential equations. The course will also include topics on vectors and geometry.
This is a route module. This module will equip the students with elementary knowledge of Physics. The students will study selected topics in mechanics, waves and thermodynamics. The key concepts will be demonstrated using real-world examples and data.
This is a route module. This module will equip the students with knowledge in the areas of electricity and magnetism. The students will learn about electric charge, electric potential, circuits, magnetic fields, magnetic induction and alternating currents. The key concepts will be demonstrated using real-world examples.
This is a route module. Quantitative skills are highly valuable employability skills. The students will learn key concepts in data analysis, sampling and statistical inference. These concepts are the cornerstones of the cutting-edge research and applications in finance, engineering and medicine.
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