Chemistry is everywhere and is an ever evolving and dynamic industry. New breakthroughs in fields such as genetics, biochemistry, medicine and pharmacy, materials science (including nanotechnology), forensics, the environment and next generation computer hardware are all driven by chemistry. The subject investigates the nature of the materials that surround us and the interplay of different forms of energy with those materials. In our homes, workplaces, hospitals and leisure facilities we continually encounter products which do not occur naturally but are made by chemists: plastics, dyes, medicines, safe supplies of water, food, clothes made of textiles created from oil, to name a few. However, chemistry is not just used to understand man-made stuff, it is essential to understand the behaviour of biological molecules and essential for our understanding of climate change and the development of new technologies. A Level Chemistry aims to develop your awareness and knowledge of these processes and products, and your practical scientific skills, at a level suitable for progression to Higher Education or to vocational work such as apprenticeships. The course consists of a broader selection of fundamental Chemistry concepts which build on ideas learned at GCSE, with practical sessions closely linked to the theory taught in lessons developing your grasp of the theoretical concepts covered. You will learn through a varied programme of laboratory and practical work, lectures, discussions and team activities in our well-equipped specialist laboratories. During the first two weeks of the course you will work through an induction period which will culminate in an Initial Assessment that will be used to assess your suitability for the remainder of the course.
You will need a minimum of five GCSEs at grade 5 or above including maths and English Language, in subjects relevant to your A Level or A+ Programme subject choices. You should also have a GCSE grade 6 or above in Chemistry or grade 6-6 in Combined Science and grade 6 in Maths. An average GCSE point score of 6.0 is also needed.
The awarding body is OCR Specification A and assessment is comprised of three examinations at the end of two years of study. Paper 1 Content: Module 1 - Development of practical skills in chemistry • Practical skills assessed in a written examination • Practical skills assessed in the practical endorsement Module 2 - Foundations in chemistry • Atoms, compounds, molecules and equations • Amount of substance • Acid–base and redox reactions • Electrons, bonding and structure Module 3 - Periodic table and energy • The periodic table and periodicity • Group 2 and the halogens • Qualitative analysis • Enthalpy changes • Reaction rates and equilibrium (qualitative) Module 5 - Physical chemistry and transition elements • Reaction rates and equilibrium (quantitative) • pH and buffers • Enthalpy, entropy and free energy • Redox and electrode potentials • Transition elements Paper 2 Content: Module 1 - Development of practical skills in chemistry • Practical skills assessed in a written examination • Practical skills assessed in the practical endorsement Module 2 - Foundations in chemistry • Atoms, compounds, molecules and equations • Amount of substance • Acid–base and redox reactions • Electrons, bonding and structure Module 4 - Core organic chemistry • Basic concepts • Hydrocarbons • Alcohols and haloalkanes • Organic synthesis • Analytical techniques (IR and MS) Module 6 - Organic chemistry and analysis • Aromatic compounds • Carbonyl compounds • Carboxylic acids and esters • Nitrogen compounds • Polymers • Organic synthesis • Chromatography and spectroscopy (NMR) Paper 3 Content: all of the above modules Throughout the course you will carry out a range of practicals to support your learning, these will also provide evidence for the Practical Endorsement
About Education Provider
| Region | West Midlands |
| Local Authority | Staffordshire |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address | Knutton Lane, Newcastle-under-Lyme, ST5 2GB |
Chemistry is everywhere and is an ever evolving and dynamic industry. New breakthroughs in fields such as genetics, biochemistry, medicine and pharmacy, materials science (including nanotechnology), forensics, the environment and next generation computer hardware are all driven by chemistry. The subject investigates the nature of the materials that surround us and the interplay of different forms of energy with those materials. In our homes, workplaces, hospitals and leisure facilities we continually encounter products which do not occur naturally but are made by chemists: plastics, dyes, medicines, safe supplies of water, food, clothes made of textiles created from oil, to name a few. However, chemistry is not just used to understand man-made stuff, it is essential to understand the behaviour of biological molecules and essential for our understanding of climate change and the development of new technologies. A Level Chemistry aims to develop your awareness and knowledge of these processes and products, and your practical scientific skills, at a level suitable for progression to Higher Education or to vocational work such as apprenticeships. The course consists of a broader selection of fundamental Chemistry concepts which build on ideas learned at GCSE, with practical sessions closely linked to the theory taught in lessons developing your grasp of the theoretical concepts covered. You will learn through a varied programme of laboratory and practical work, lectures, discussions and team activities in our well-equipped specialist laboratories. During the first two weeks of the course you will work through an induction period which will culminate in an Initial Assessment that will be used to assess your suitability for the remainder of the course.
You will need a minimum of five GCSEs at grade 5 or above including maths and English Language, in subjects relevant to your A Level or A+ Programme subject choices. You should also have a GCSE grade 6 or above in Chemistry or grade 6-6 in Combined Science and grade 6 in Maths. An average GCSE point score of 6.0 is also needed.
The awarding body is OCR Specification A and assessment is comprised of three examinations at the end of two years of study. Paper 1 Content: Module 1 - Development of practical skills in chemistry • Practical skills assessed in a written examination • Practical skills assessed in the practical endorsement Module 2 - Foundations in chemistry • Atoms, compounds, molecules and equations • Amount of substance • Acid–base and redox reactions • Electrons, bonding and structure Module 3 - Periodic table and energy • The periodic table and periodicity • Group 2 and the halogens • Qualitative analysis • Enthalpy changes • Reaction rates and equilibrium (qualitative) Module 5 - Physical chemistry and transition elements • Reaction rates and equilibrium (quantitative) • pH and buffers • Enthalpy, entropy and free energy • Redox and electrode potentials • Transition elements Paper 2 Content: Module 1 - Development of practical skills in chemistry • Practical skills assessed in a written examination • Practical skills assessed in the practical endorsement Module 2 - Foundations in chemistry • Atoms, compounds, molecules and equations • Amount of substance • Acid–base and redox reactions • Electrons, bonding and structure Module 4 - Core organic chemistry • Basic concepts • Hydrocarbons • Alcohols and haloalkanes • Organic synthesis • Analytical techniques (IR and MS) Module 6 - Organic chemistry and analysis • Aromatic compounds • Carbonyl compounds • Carboxylic acids and esters • Nitrogen compounds • Polymers • Organic synthesis • Chromatography and spectroscopy (NMR) Paper 3 Content: all of the above modules Throughout the course you will carry out a range of practicals to support your learning, these will also provide evidence for the Practical Endorsement