数学学士学位（应用数学和计算数学）

本课程为希望将数学学习与实际应用和计算仿真紧密结合的学生提供高质量的学习。计算机仿真和可视化技术可用于许多研究项目，包括骨折和伤口愈合以及对沿海系统中的盐水入侵进行建模。本专业向您介绍数学基础，建模和计算方法方面的各种概念，并在理论和应用之间提供牢固的联系。您将研究基础数学理论，以了解如何将其应用到来自物理和化学科学，生物学，工程学和社会科学等许多研究领域的真实场景。您还将开发计算解决方案和仿真方法，并结合建模技巧，以研究大规模的应用问题。<br> <br>数学是最古老的纯科学之一，是科学，工程和商业的技
Highlights:<br>Gain specialist analytical skills recognised by employers as essential for today's complex world.<br>Combine underlying mathematical theory with modelling, computational skills, and the latest computer technology to solve real-world problems.<br>Develop communication, problem solving, critical thinking and teamwork skills.<br>Be involved in real-world applications and computer simulations in research projects.<br>Find employment opportunities across a wide range of areas, such as finance, investment, information technology, environmental management, health, marketing, logistics, defence, media, education and research.<br>QUT is ranked eighth for mathematics in Australia (QS World University Rankings by Subject, 2024).<br>Why choose this course<br>This course provides high-quality learning for students who want to combine their studies in mathematics with considerable involvement in real-world applications and computational simulations. Computer simulation and visualisation techniques can be used in many research projects including bone fracture and wound healing, and modelling saltwater intrusion in coastal systems.This major introduces you to a wide range of concepts in mathematical foundations, modelling and computational methods, and provides strong links between theory and application. You will investigate underlying mathematical theory to see how it can be applied to real-world scenarios from many fields of study including the physical and chemical sciences, biology, engineering and the social sciences. You will also develop computational solution and simulation methods to couple with modelling skills in order to investigate large-scale applied problems.<br>Customise your degreeFoster your passion and shape your career through complementary study areas. As well as choosing a major area of study, your course includes a second study area, which can be either a second major or double minor.A second major can complement your major area of study, giving you the opportunity to develop a significant depth of knowledge and skills in two discipline areas.Mathematics Second Major<br>Careers and outcomes:<br>As a graduate of the Bachelor of Mathematics (Applied and Computational Mathematics) you will find employment opportunities across a wide range of areas, such as finance, investment, information technology, environmental management, health, marketing, logistics, defence, media, education and research. In addition to your knowledge and abilities in mathematics, you will also be highly valued for your analytical and problem-solving skills.Professional recognition<br>On graduation you may be eligible for membership in the Australian Mathematical Society (AMS) and ANZIAM (Australia and New Zealand Industrial and Applied Mathematics), a division of AMS.<br>Possible careers:<br>Actuary<br>Financial advisoranalyst<br>Ict administrator<br>Mathematician<br>Operations manager<br>Research officer<br>Systems analyst