Mathematics

<div id="tab2" class="tab grid_8 alpha hide-on-small" style="display: block;"> <div class="courseLinks hide-on-medium-down"> <img src="/media/liverpoolhope/styleassets/cssimages/media,975,en.gif" alt="print Icon" style="width : 24px; height : 24px; "> <span><a href="javascript:window.print()">print this page</a></span> <span class="st_sharethis_custom" st_processed="yes"><a href="#">share this course</a></span> </div> <h2>Curriculum</h2> <p>Level 1</p> <p>You will receive a broad introduction to the subject with a focus on Mathematical Thinking and Mathematical Modelling. You will be given well-structured learning activities that lead to more independent project work, which is the best way to develop the fundamental skills that will lay the foundation for successful study at Level 2. You will study specific areas of Mathematics such as Calculus, Probability Theory and Linear Algebra. Matlab will be used as a computational environment.</p> <p>Level 2</p> <p>You will study Mathematical Modelling and problem solving and approaches for Computational Simulations.</p> <p>Level 3</p> <p>You will study Applied Mathematics topics such as Optimisation and Operations Research where you will apply mathematical understanding to solve real-world problems.</p> <p>You will be assessed through both examination and coursework. Coursework is mainly project based, which aims to apply mathematical understanding to problem solving. At Levels 1 and 2, 50 per cent of the assessment is through examination. At Level 3, assessment is 100 per cent coursework based.</p> <h2>You may also be interested in...</h2> <p><a href="/undergraduate/undergraduatecourses/accounting/">Accounting</a></p> <p><a href="/undergraduate/undergraduatecourses/computerscience/">Computer Science</a></p> <p><a href="/undergraduate/undergraduatecourses/informationtechnology/">Information Technology</a></p> </div>