International Stage Two (IS2)

Overview

With a combined total study of three years, our new International Stage Two in Business and Economics gives you a head start to achieving a Scottish degree in business with the University of Dundee’s prestigious School of Business. Students will develop their knowledge in business, finance, management, accounting and economics which opens up a wide variety of career opportunities. The University is top in Scotland, and 14th in the UK, for the proportion of graduates entering high skilled employment (87.4%). (Graduate Outcomes Survey HESA June 2020.

Methods of assessment

• Continuous assessment and feedback
• Project work and testing

Teaching

Small classes on-campus and online giving individual attention

Modules

With the Business and Economics pathway, you will undertake the following subject-specific module:

Business Management

In this module, you will develop an understanding of some of the activities involved in managing a business. You will gain knowledge and understanding of theories of management and consider the nature and impact of different styles of management/leadership. You will also learn the ways in which businesses have impacted society and the need for businesses to behave in an ethical and sustainable way including their responses to change and innovation.

Overview

Studying finance can help you access many career opportunities as it covers management of money, business practice, analysis and planning. Our IS2 in Applied Finance is the first stage of your integrated BSc (Hons) Applied Finance in Practice degree course. You will be introduced to financial accounting, management, business theory and mathematics for business. You will continue your degree studies with the School of Business who boast professional accreditation across many of their degree courses with recognised bodies such as The Association of Chartered Certified Accountants (ACCA) and The Association of International Accountants (AIA).

Methods of assessment

• Continuous assessment and feedback
• Project work and testing

Teaching

Small classes online and face-to-face giving individual attention.

Modules

With the Applied Finance pathway, you will undertake the following subject-specific modules:

Introduction to Financial Accounting

In this module you will be introduced to the basic mechanics and processes of financial accounting in both theory and. It also aims to help you understand the importance of financial accounting procedures in running a business efficiently and cost-effectively.

Financial Management 2

In this module you will look at financial management in the business and personal contexts. You will develop an in-depth understanding of the ways in which businesses are financed, how their financial performance is monitored and controlled and how international and national factors may impact them.

Overview

Mechanical engineering combines a range of technical, creative, and management skills. It plays an important role in a range of sectors including aerospace, energy management, and surgical innovation. Our IS2 in Mechanical Engineering is the first stage of your integrated BEng (Honours) in Mechanical Engineering or BEng (Honours) in Mechanical Engineering with Renewables degree course. You will be introduced to a wide range of Engineering principles including solid and fluid mechanics, thermodynamics, Engineering design software and Engineering control systems. You will also complete an Engineering project.

Upon successful completion of the IS2 programme you will continue your degree studies with the School of Science and Engineering in Mechanical Engineering with both courses meeting, in part, the exemplifying academic benchmark requirements for registration as a Chartered Engineer (CEng) by IMechE and the exemplifying academic benchmark requirements for registration as an Incorporated Engineer (IEng). The International College Dundee programme has been approved by the Institution of Mechanical Engineers (IMechE) as a pathway to the BEng (Honours) in Mechanical Engineering and BEng (Honours) in Mechanical Engineering with Renewables at University of Dundee. This will enable students to gain accreditation status on successful completion of their Honours degree*.

* Mutual recognition of professional qualifications following is a priority for UK professional bodies and universities. If you plan on practising outside the UK, you should check with the relevant national authority on the recognition of this qualification.

Methods of assessment

• Continuous assessment and feedback
• Project work and testing

Teaching

Small classes online and face-to-face giving individual attention.

Modules

With the Mechanical Engineering pathway, you will undertake the following modules:

Academic Literacies

This module prepares you with the English language skills and core competencies you need for your continued degree studies. The aim is to improve your English language proficiency from a minimum 5.5 IELTS (or equivalent) to an IELTS level 6.5 (or equivalent).

Mathematics for Engineers

The module continues the development of the mathematics most relevant to engineers to extend students’ appreciation of the ways in which more advanced mathematical techniques aid problem solving and scenario modelling.

Solid Mechanics

You are introduced to the basic principles, terminology and conventions of static mechanics and equipped to apply basic solid mechanics principles in the analysis and design of elements of engineering structures.

Fluid Mechanics

This module introduces you to fundamental principles, terminology and practical aspects of fluid mechanics. It equips you to apply basic theory to solve simple examples of fluid mechanics systems

Thermodynamics

You are introduced to thermodynamic principles of energy transfer involving heat, work, mass and general energy analysis covering concepts of heat transfer and its control with use of diagrams to represent thermodynamic properties and processes. You will use mathematical methods to analyse a system to estimate properties and results.

Electrical and Electronic Principles

This module provides an understanding of the principles, terminology, and applications of electrical and electronic systems by providing an extended understanding of electrical circuits, components and instrumentation. It also introduces analogue and digital electronics and software for application in measurement and control systems.

Mechanics of Machines and Systems

This module provides you with an understanding of the principles, terminology, conventions and applications of the mechanics of machines and systems. You will apply the principles of classical mechanics to mechanical machines and systems to understand their operation and analyse their design. 

Engineering Control Systems

This module provides an understanding of the basic principles, terminology and applications of control systems by introducing programmable controllers for engineering applications. It also develops logic and coding language skills for a common microcontroller and prepares students for further study of control systems engineering and related applications within industry

Engineering Design Software

This module introduces the skill sets required for the use of engineering design software packages. You will experience 2D and 3D design software applied to both the design process and as an embedded feature in development of products and systems. You will develop the use of major engineering software tools for use in engineering applications and across enterprises, preparing you for modern engineering within industry.

Engineering Project

This module introduces, and appreciation for, manufacturing techniques and product fabrication methods. This includes background research of manufacturing techniques and processes used in product development, from a critical perspective (e.g. comparison of aluminium and carbon-fibre chasses) and a practical design and fabrication project, where the you will work in groups to use CAD software (e.g. AutoCAD) to design, assemble and test mechanical systems.

Overview

Computers affect every part of our lives. Technology is rapidly evolving, and the need for computer scientists to work across almost every industry continues to grow. Our IS2 Computing is the first stage in your integrated BSc (Hons) Computing Science degree course. You will be introduced to a wide range of Computing principles including software engineering, multi-paradigm programming, advanced algorithms and fundamentals of computer systems.

On completion, students will continue to Year 3 of BSc (Honours) in Computer Science in the School of Science & Engineering. During this degree, you'll work at the cutting-edge of technology. You will develop machine learning algorithms, web applications, and multi-platform games. You'll learn how to use technology to find solutions that can change lives worldwide.

You'll become part of an exciting and innovative environment, working with real-world organisations to create applications from requirements gathering to final product. We work closely with industries on a local and international level to ensure that the topics you study are practical and relevant. You'll put this experience into practice through short-term summer work placement modules.

Methods of Assessment

• Continuous assessment and feedback
• Project work and testing

Teaching

Small classes on-campus and online giving individual attention

Modules

Academic Literacies

This module prepares you with the English language skills and core competencies you need for your continued degree studies. The aim is to improve your English language proficiency from a minimum 5.5 IELTS (or equivalent) to an IELTS level 6.5 (or equivalent).

Introduction to Data Structure and Algorithms 

This module introduces the theory and Java implementation of commonly used data structures in computing and improves general programming skills by applying these data structures to solve problems.

Software Engineering

You will understand the importance of considering users in the software development process and be able to demonstrate object-oriented software design and development.

Advanced Algorithms and Complexity

This module aims to introduce advanced methods and designs of algorithms like time complexity and Big 0 notation. It will enable you to develop algorithms for specific problems and find solutions.

Fundamentals of Computer Systems 2A

This module introduces you to UNIX and computer systems such as microprocessors, operating systems and their interrelationships. In addition to this, the module presents the basic concepts of computer architecture.

Mathematics and Web Authoring

This module provides the appropriate foundation in mathematical skills to enable students to be successful when they move onto later stages of their undergraduate studies in Computer Science. It also introduces web development topics such as the history and social characteristics of the web, the different varieties of web technologies and various types of strategies for designing websites. 

Fundamentals of Computer Systems 2B

This module aims to give students an advanced understanding of a computer’s hardware fundamentals and the principles of operations of computers and peripheral devices. In addition to this, the module aims to introduce C# programming and the essentials of modern computer architecture and operating systems. 

Introduction to User and Interfaces

This module provides an opportunity to understand the design of human computer interfaces for users of varying capabilities. It includes consideration of accessibility, e.g., interfaces for differently abled populations (e.g., blind, motion-impaired) and interfaces for differently aged population groups (e.g., children, 80+).

Introduction to Multi-paradigm Programming

The module aims to enable students to develop programming skills in C and C++ by providing essential data structure.  The module covers the principles of procedural programming, a review of object-oriented programming concepts and the outline of data structures like stacks, queues, trees, graphs, and hash tables.

Business and Economics

• BSc (Hons) Business Management in Practice
• BSc (Hons) Business Economics
• BSc (Hons) International Business in Practice
• BSc (Hons) International Business with Marketing in Practice
• BSc (Hons) International Business & Management

Applied Finance

• BSc (Hons) Applied Finance in Practice
• BSc Accounting & Finance
• BSc Islamic Accounting & Finance

Mechanical Engineering

• BEng (Hons) Mechanical Engineering
• BEng (Hons) Mechanical Engineering with Renewables

Computing

• BSc (Hons) Computer Science
• BSc (Hons) Computer Science (Data Science & AI)
• BSc (Hons) Computer Science (User Experience & Design)

This module prepares you with the English language skills and core competencies you need for your continued degree studies. The aim is to improve your English language proficiency from a minimum 5.5 IELTS (or equivalent) to an IELTS level 6.5 (or equivalent).

This module will help you develop the mathematical and problem-solving skills required for your degree studies. It will also introduce students to Blackboard, Turnitin software and how to utilise multiple modes of communication.

In this module you will be introduced to basic statistical concepts, packages, topics and methods. It will enable you to collate and present data in various accessible forms in order to analyse and interpret it effectively.

This module will introduce you to the current international issues affecting contemporary businesses and provided with a greater appreciation of the role of business within society. You will also learn how businesses respond to challenges associated with cultural differences, ethical issues, sustainability and the impact of technological change.

In this module you will develop an understanding of the main contemporary macroeconomic issues in the U.K. and globally and be able to operate the standard methods used in analysing open economies. Applied Policy introduces you to dealing with macroeconomic accounts and with data used to measure economic performance.

This module will help to understand the micro aspects of the economy by focusing on the basic theories of consumer and firm behaviour.