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This module aims to enable you to:

• consolidate topics previously studied
• further develop your knowledge of mathematics
• make a successful transition to undergraduate studies in the fields of engineering and sciences

You'll learn an appropriate numerical computing software, such as MATLAB, in the module.

This module aims to build upon the knowledge acquired in Maths for Science and Engineering 1 (MSE 1), providing further knowledge of mathematics and its applications relevant to undergraduate studies in the fields of engineering and sciences. Further topics in the numerical software learned in MSE 1 will be delivered. After successful completion at the requisite level, you'll be prepared to enter year two of undergraduate study.

This module will enable you to gain essential scientific communication skills such as report writing and visual and oral presentations.

You'll also become familiar with the basic skills and health and safety guidelines required to work in a laboratory environment.

This module aims to provide thorough training in the language and related academic skills which will enable you to best achieve your academic potential at the University of º£½ÇÂÛ̳.

During this module, you'll learn how to:

• use effective reading strategies to identify the main lines of argument in academic texts and find specific information
• record effective notes during academic activities
• develop your ability to develop an academic argument

This module will introduce you to chemistry at the post-Scottish Higher (or equivalent) level.

You'll gain knowledge to equip you to undertake further study at undergraduate level.

This module and its sister module, Chemistry 2, provides you with an understanding of chemistry benchmarked to Level 7 of the Scottish Credit and Qualifications Framework (SCQF). Successful completion will allow you to progress to Year 2 at undergraduate level.

The module introduces you to the UK academic conventions of studying science at degree level in a stimulating learning environment, allowing you to become versed in basic theoretical principles and associated laboratory skills.

This module will introduce you to chemistry at the post-Scottish Higher (or equivalent) level.

You'll gain knowledge to equip you to undertake further study at undergraduate level.

This module and its sister module, Chemistry 1, provides you with an understanding of chemistry benchmarked to Level 7 of the Scottish Credit and Qualifications Framework (SCQF). Successful completion will allow students to progress to Year 2 at undergraduate level.

The module introduces you to the UK academic conventions of studying science at degree level in a stimulating learning environment, allowing you to become versed in basic theoretical principles and associated laboratory skills.

This module equips you with the basic concepts of mechanics:

• trajectory
• velocity and acceleration
• Newton’s laws and the concepts of forces
• equations of motion
• energy
• work done
• power

These key concepts will provide a solid foundation for further study in various engineering fields.

This module prepares you for the development of mathematical applications in engineering and sciences by building upon the base acquired in Applied Mathematics 1. By introducing the basic principles and laws of classical mechanics, you'll develop skills in solving problems related to statics and dynamics.

This module provided an introduction to physics by applying the laws and principles of elementary physics to problem-solving. It also teaches fundamental concepts in classical and modern physics by application to the techniques of experimental physics, practical problems and projects.

You'll undertake modules amounting to 120 credits as follows:

• Thermodynamic and Chemical Principles 
• Fluid Flow and Heat Transfer 
• Process Analysis and Statistics 
• Process Safety Fundamentals 
• Applied Mathematics and Problem Solving 
• Chemical Engineering Practice 1 
• Applied Mechanics 

You'll undertake modules amounting to 120 credits as follows: 

• Mass Transfer and Separation Processes 
• Materials Processing and Applications  
• Ethics, Sustainability and Economics 
• Chemical Engineering Practice 2 
• Biochemical Engineering 
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• Chemical Process Design and Simulation 

You'll undertake modules amounting to 120 credits as follows:

• Process Control and Environmental Technology 
• Chemical Engineering Design 
• Advanced Separations and Problem Solving 
• Particle Technology and Advanced ¸é±ð²¹³¦³Ù´Ç°ù²õ