Course Overview
Mechanical Engineering combines creativity, technical expertise, and problem-solving to design and improve the systems and technologies that shape modern life. It plays a vital role in industries such as aerospace, energy, manufacturing, and medical technology.
The International Stage Two (IS2) in Mechanical Engineering is the first stage of your integrated BEng (Hons) Mechanical Engineering or BEng (Hons) Mechanical Engineering with Renewables degree. During the programme, you will study key topics including solid and fluid mechanics, thermodynamics, engineering design software, and control systems, as well as complete an applied engineering project.
Upon successful completion, you will progress directly to the final two years of your degree at the University of Dundee’s School of Science and Engineering, gaining the advanced knowledge needed to succeed in this innovative and fast-evolving field.
Course modules
This academic literacies module highlights the importance of English language proficiency and core academic skills in higher education. It supports the development of English language and study skills needed for successful progression to the later stages of an undergraduate degree at the University of Dundee. nModule code: IC20001
This module introduces the principles, terminology and applications of electrical and electronic systems. It develops an understanding of electrical circuits, components and instrumentation, and introduces analogue and digital electronics and software used in measurement and control systems. The module equips students to apply electrical, electronic and control theory throughout their continued studies in mechanical engineering.
This module introduces the basic principles, terminology and applications of control systems. It covers programmable controllers for engineering applications, develops logic and coding skills for a common microcontroller, and supports the design of simple embedded control systems. The module also prepares students for further study in control systems engineering and related industrial applications.
This module introduces the skills required to use engineering design software packages. It provides experience with 2D and 3D design tools used in the design process and product development, and develops competence in major engineering software used across industry. The module also highlights the importance of visually communicating design ideas and prepares students for further study in mechanical engineering where design software is essential.
This module introduces manufacturing techniques and product fabrication methods used in engineering. It explores manufacturing processes through critical comparison and includes a practical group design project using CAD software to design, assemble and test mechanical systems. The module develops experience in measurement, fabrication, tolerances and finishing techniques, and prepares students for further engineering projects and group work within the mechanical engineering programme.
This module introduces the basic principles, terminology, conventions and applications of fluid mechanics. It develops an understanding of fundamental concepts and practical aspects of fluid behaviour, supports the application of basic theory to solve simple fluid mechanics problems, and prepares students for further study in fluid mechanics within mechanical engineering.
This module continues the development of mathematical skills most relevant to engineering and covers material required for degree accreditation. It extends understanding of advanced mathematical techniques used in problem solving and scenario modelling, and further develops methods needed for study at year 3 and beyond in engineering and computer science. The module provides a strong mathematical foundation for progression to later stages of undergraduate study.
This module introduces the principles, terminology, conventions and applications of the mechanics of machines and systems. It builds an understanding of classical mechanics, applies these principles to analyse the operation and design of mechanical machines and systems, and provides the applied and theoretical foundation needed for continued study in mechanical engineering.
This module introduces the basic principles, terminology, conventions and applications of solid mechanics. It reinforces core concepts of static mechanics, develops the ability to apply solid mechanics principles to the analysis and design of engineering structures, and prepares students for further study of solid mechanics within mechanical engineering.
This module introduces the basic principles, terminology, conventions and applications of thermodynamics. It covers energy transfer involving heat, work and mass, heat transfer and its control, and the use of diagrams to represent thermodynamic properties and processes. The module also demonstrates how mathematical methods are used to analyse systems and prepares students to apply thermodynamic principles in their continued studies in mechanical engineering.
Why choose the University of Dundee
Scottish University of the Year 2025
For its outstanding performance and long standing and impactful policies that put students first – Daily Mail University Guide 2025.
Bioengineering and Biomedical Engineering
Top in the UK for Bioengineering & Biomedical Engineering and 2nd for Medicine and for Dentistry. The Times and Sunday Times Good University Guide 2025.
In the UK for Education
In the subject rankings, 3rd in the UK for Education and 7th for Medicine, Finance, and Computer Science. The Daily Mail University Guide 2026.
Entry Requirements for
12th Grade Graduation Certificate with 50% in each subject
International Student Fees
You can find the applicable international student course fee for your chosen pathway study route listed below.
| Study Route | Tuition Fees (2025-26) |
|---|---|
| International Stage One | 3-term – Business* / Social Studies – January, April, September – £18,995 3-term – Nursing / Life and Biomedical Sciences / Engineering / Computing – January, September – £19,895 2-term – Business / Computing / Life and Biomedical Sciences / Nursing – January, April – £13,195 |
| International Stage Two | All available subjects – January, September, November – £20,195 |
| Pre-Master | 1-term – Design / Health Education and Social Sciences** / Nursing – April, June – £11,195 1-term – Business / Computing / Energy & Sustainability / Engineering / Law – April, June, September – £11,195 2-term – Business / Energy & Sustainability / Health Education and Social Sciences ** – January, April, June – £15,195 |
| The Distance Learning Pre-Master’s Programme is available exclusively to students in China. For detailed information on fees and eligibility, please contact us here. | |
| Fees are not inclusive of scholarships. All applications are subject to a non-refundable admin Fee of £220. Stated fees are for the pathway only. Stated fees do not include the annual tuition fee applicable for degree course continued at the university after completion of your pathway. For more information on progression degree fees please visit the university website directly. | |
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*The April intake International Stage One (IS1) 3-term Business pathway does not follow the standard progression route. Students will study International Stage One in Business from April to December and will then progress to International Stage Two starting in January. Fees for International Stage Two have not yet been confirmed. These fees are expected to be in line with Oxford International pathway fees and will be confirmed closer to the start of the International Stage Two programme. All pathway fees are subject to annual review and may increase in line with policy, inflation, or regulatory changes. |
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Scholarships at University of Dundee
Up to £6,000 scholarship for 3-term pathways
Up to £4,500 scholarship for 2-term pathways
Reach out to our admissions team for details about scholarships available to you.
Up to £5,500 scholarship for 1-term pathway
Up to £5,000 scholarship for 2-term pathway
Reach out to our admissions team for details about scholarships available to you.
Up to £5,000* for ICD student who completed pathway programme and progressing with Excellence outcome (Automatically assigned on progression if student has met an A grade average during their study in the college)
*Assigned on progression – if a students already has another scholarship confirmed (e.g. Vice Chancellors or GCS) they cannot combine these – they will be awarded the highest value scholarship only
Check the wide range of scholarships on the University of Dundee website