The course modules are Pure Mathematics, Mechanics and Statistics, with an emphasis on modelling, reasoning and problem solving. The Pure sections will form the core of the student’s studies providing the skills which underpin the techniques used in Mathematics. Students will extend the algebra, trigonometry, coordinate geometry and vector skills gained at IGCSE. The statistics element has a particular focus on extending a student’s probability and data skills at IGCSE level, and preparing them to move on to courses in Higher Education and the workplace. They will study sampling techniques, standard deviation, distributions and hypothesis testing. The mechanics aspects will be built on vector and speed/distance/time skills from IGCSE. We build up through equations of motion, using calculus in kinematics, applying Newton’s Laws, friction forces, and culminate in applying all these skills to modelling problems involving projectile motion, dynamics for motion in a plane and moments in static contexts.
• Grade 7 or above at IGCSE
Students who apply will sit a 2-hour written paper and write an essay on the teaching and learning of mathematics.
About Education Provider
| Region | East Midlands |
| Local Authority | Lincolnshire |
| Ofsted Rating | |
| Gender Type | Co-Educational |
| ISI Report | View Report |
| Boarding Fee | Unknown |
| Sixth Form Fee | Unknown |
| Address | Brazenose House, St Pauls Street, Lincolnshire, PE9 2BE |
The course modules are Pure Mathematics, Mechanics and Statistics, with an emphasis on modelling, reasoning and problem solving. The Pure sections will form the core of the student’s studies providing the skills which underpin the techniques used in Mathematics. Students will extend the algebra, trigonometry, coordinate geometry and vector skills gained at IGCSE. The statistics element has a particular focus on extending a student’s probability and data skills at IGCSE level, and preparing them to move on to courses in Higher Education and the workplace. They will study sampling techniques, standard deviation, distributions and hypothesis testing. The mechanics aspects will be built on vector and speed/distance/time skills from IGCSE. We build up through equations of motion, using calculus in kinematics, applying Newton’s Laws, friction forces, and culminate in applying all these skills to modelling problems involving projectile motion, dynamics for motion in a plane and moments in static contexts.
• Grade 7 or above at IGCSE
Students who apply will sit a 2-hour written paper and write an essay on the teaching and learning of mathematics.