This module will present core topics in Chemistry and Biology that will provide a solid foundation for students to build on in Terms 2 & 3 in their course-specific modules. Laboratory sessions will underpin topics and maths skills will be integrated throughout the module.

Indicative content:

• The scientific method
• Atomic structure and the periodic table
• Working with chemical equations
• Isotopes and relative molecular mass
• Chemical calculations
• Scientific form and converting units
• Scales and magnification
• Working with formulae
• Statistics and visualising data
• Fractions and ratios
• Compound growth and decay
• The classification of life
• Evolution and selection
• The molecules of life
• Cells and cell division
• Nutrient cycles
• Learning to use and navigate a range of digital spaces specific to your subject
• Understanding academic conduct and conventions for communicating information
• Finding and using a range of academic sources relating to your subject

Students will develop key mathematical skills alongside fundamental concepts in chemistry and physics that are needed for degrees in engineering and physical sciences. The content covers elements of pure & applied mathematics, physical & chemical systems, and opportunities to develop laboratory skills. Students will learn to apply problem-solving techniques to real life situations.

Topics covered as follows:

• Analytical techniques
• Introduction to inorganic chemistry
• Introduction to thermodynamics
• Gas laws
• Introduction to fluid dynamics
• Acids and bases 
• Nuclear energy
• Mathematical modelling
• Algebra
• Coordinate geometry
• Introduction to calculus
• Trigonometry
• Vectors
• Forces and Newton’s laws
• Moments
• Mechanical energy
• Linear and projectile motion
• Circular motion
• Advancing digital and academic skills introduced during Term 1
• Developing research and information literacy in relation to your subject
• Creating an academic poster on a chosen research paper

This module introduces students to key topics within the Physical Sciences. They will be undertaking research and performing practical investigations related to their studies. Students will continue to develop and use their mathematical skills to model and solve real-life problems.

Topics covered as follows:

• Introduction to Organic Chemistry

• Introduction to Inorganic Chemistry

• Principles of Green Chemistry

• Analytical techniques

• Spectroscopy

• Separation processes

• Properties of materials

• Mineral structure

• Heat transfer

• Latent heat

• Flow rate

• Gas laws