理学学士/数学学士

将科学与数学相结合，以获得数学建模，分析和设计方面的技能，以帮助解决复杂的问题。培养雇主强烈追捧的高级知识和技能。学习生物科学，化学，地球科学，环境科学或物理学的科学专业。专门研究应用和计算数学，运筹学或统计。学习科学和数学双学位将为您提供雇主所追捧的高级知识和技能。进行更强大的数学和统计学培训会增强您进行模型分析和设计的能力。毕业生可以在各种激动人心的领域找到工作。一些例子包括自然资源，农业，遗传学，化学和生物化学，感染和疾病控制，生物信息学，物理测量和成像技术。
Combine science and maths to gain skills in mathematical modelling, analysis and design to help solve complex problems.Complete two separate degrees in 4 years full-time.Develop advanced knowledge and skills that are highly sought after by employers.Study a science major in biological sciences, chemistry, climate science, earth science, environmental science or physics.Specialise in applied and computational mathematics, operations research, or statistics.Why choose this courseStudying a double degree in science and mathematics will provide you with advanced knowledge and skills that are highly sought after by employers. A stronger training in mathematics and statistics enhances your capabilities in modelling analysis and design. Graduates find work in a diverse range of exciting fields. Some examples include natural resources, agriculture, genetics, chemistry and biochemistry, infection and disease control, bioinformatics, physical measuring and imaging techniques.Build a unique set of versatile skills for today's complex challenges, with our science and mathematics double degree.Beginning from your first semester, you'll engage in collaborative learning experiences within QUT's innovative environments, tackling real-world problems through diverse scientific, mathematical, and statistical perspectives. You'll gain hands-on experience and learn to effectively analyse and present scientific data, from fieldwork to laboratory experiments.Customise your degree by selecting a major in areas like biology, chemistry, statistics, or applied mathematics, enhancing both your quantitative analysis skills and expertise in a scientific discipline. Whether you aspire to enter the workforce or pursue further study, this program prepares you with a solid foundation and practical skills for success.Careers and outcomesGraduates find work in a diverse range of exciting fields. Some examples include:natural resources: measuring fish populations and predicting sustainable fishing limitsagriculture: from climate modelling to the interaction between crop yields and prices, harvest schedules and environmental impactsgenetics: including gene sequencing and quantitative geneticschemistry and biochemistry: operations research and statistical techniques to improve workflow processes of chemical laboratories. Scientific computation and visualisation related to research areas such as drug design using combinatorial chemistryinfection and disease control: using statistics and mathematical modellingbioinformatics: analysing and modelling data arising in molecular biology, genome sequencing and gene networksphysical measuring and imaging techniques: measuring and modelling using applied and computational mathematics.Possible careersAnalytical chemistAstrophysicistBiochemistBiologistBiotechnologistBiotechnology scientistChemistChemist industrialCoastal scientistConservation biologistEcologistEnvironmental health officerEnvironmental scientistEnvironmental managerExploration geologistForensic biologistForensic chemistGeologistGeophysicistGeoscientistGovernment officerHydrogeologistIndustrial chemistInventorLaboratory assistantLaboratory technician (chemistry)Life scientistMapping scientistMarine scientistMathematicianMedical physicistMicrobiologistMine geologistMolecular biologistNatural resource scientistPhysicistPlant biotechnologistPolicy officerPolicy analystPopulation ecologistProject managerScientistStatistician