Search results for 'mathematics'

The FSK20119 Certificate II in Skills for Work and Vocational Pathways will bring your reading and maths skills to the level you need to get a job, or enrol in workplace training. Over 6 months of study you will be working on your reading, writing and oral communication skills, learning to use digital technologies, and carrying out a range of calculations and measurements. Enquire now for the full list of study units, elective choices, and enrolment dates near you..

Gain essential language, literacy and numeracy skills with the 11139NAT Certificate I in Skills for Education and Training Pathways. It’s a nationally recognised qualification that helps students meet the minimum standards of English language, reading, writing, and maths — plus the basics of digital technologies (computing, business equipment). This course is perfect for anyone wanting to join the workforce, become an apprentice, enrol at university or TAFE. Enquire now for the next intake dates and your eligibility for a student concession or government subsidy. .

The 11140NAT Certificate II in Skills for Education Training and Employment Pathways prepares you for higher education — and you’ll graduate with essential skills in English language, maths, writing and digital technology. Over 12 months you’ll build your confidence in reading, public speaking, producing written work and using digital technologies such as spreadsheets and word processing, plus you’ll spend several weeks planning your career and study goals. Enquire now to discuss your study options..

The 22555VIC Certificate I in Initial Adult Literacy and Numeracy is a nationally recognised qualification that helps students with an intellectual disability gain essential literacy and job-ready skills. The course covers: reading and writing simple phrases, basic counting, addition and subtraction, using notes and coins in money transactions. The course will also build your self-confidence and communication skills. Enquire now for the list of entry requirements, graduation outcomes, and learning centres near you..

The Bachelor of Science (Computer Science) delves into the intricacies of algorithms, data, and computing systems, offering tools to enhance societal knowledge and well-being. This course covers fundamental principles in computational problem-solving, touching on data structures, algorithms, and programming languages. Students gain insights into software development, ranging from artificial intelligence to human-centric computing. This foundational knowledge paves the way for applications in diverse scientific fields or deeper exploration in computer science..

The Bachelor of Science (Physics) delves into the study of matter, energy, space, and time, aiming to uncover the underlying principles of our universe. This course equips students with skills to conduct experiments and develop models that offer foundational insights into the physical world. It has practical applications, such as in biomedical imaging, as well as theoretical implications for understanding complex systems like climate. The skills acquired are versatile and can be applied to various fields, from financial modeling to sustainability solutions..

The Bachelor of Science (Statistics) offers an in-depth education in statistical theory and practical methods. It focuses on building analytical and problem-solving abilities, particularly in data analysis, experimental design, and probability. This course includes practical work with real-world data and trains you in industry-relevant statistical software. Graduates are well-equipped to meet contemporary industry demands, combining statistical know-how with computational skills for insightful data analysis..

Become a qualified statistician with the Bachelor of Statistics. There is a growing demand for competent professionals who have expertise in data collection and analysis, and this degree will help you secure roles in banking, financial services, education, social sciences, marketing, or government organisations. The degree covers: applied statistics, data analytics, mathematics and probability, quantitive research methods, regression modelling, problem solving, scientific computing and more. Choose supporting majors in applied statistics, business, economics, theoretical statistics. Enquire now for the full list of study units, statistician career outcomes, and universities in your area that offer the Bachelor of Statistics..

The Bachelor of Arts (Arabic) focuses on honing listening, speaking, reading, and writing skills in Arabic, spoken by over 250 million people in the Middle East, and one of the six official languages of the UN. The course also underscores Arabic's significance in Islamic culture, its roots in ancient civilizations, and its influence on numerous languages. Further, it offers insights into Arabic's vibrant contemporary literature and culture, including its splendid classical and modern poetry..

The Bachelor of Arts (Mathematics) delves into the study of universal patterns and structures, forming the foundation for multiple disciplines. Students will be grounded in calculus, linear algebra, and basic modeling techniques using differential equations, honing their critical thinking through quantitative problem analysis. The curriculum prepares students for diverse mathematical areas, offering advanced courses in both pure and applied mathematics. This course amplifies quantitative skills and broadens understanding of the interconnected mathematical branches..

The Bachelor of Arts (Philosophy) fosters independent thinking, urging students to embark on a quest for truth. Philosophers tackle profound questions, from life's meaning to the limits of science. By exploring foundational topics and analyzing insights from history's great thinkers, students enhance their logical reasoning. This course equips them with the intellectual rigor to challenge prevalent notions, broadens their perspectives, and empowers them to address vital issues like social justice, climate change, and free speech..

The Bachelor of Science (Applied Mathematics) delves into advanced mathematical methods for real-world solutions. Students learn about mathematical modelling, applied mathematical analysis, and numerical methods essential in computer programming. Enhancing critical thinking, this course teaches logical, analytical, and creative problem-solving techniques. Specializations include natural resources mathematics and operations research. Practical experience from work placements readies graduates for careers in finance, engineering, technology, and sciences..

The Bachelor of Science (Applied Physics) provides an in-depth understanding of physics, its applications, and essential mathematical and computing skills. It emphasizes the interplay of physics with other disciplines and its broader societal contexts. Graduates can explore careers as medical laboratory or forensic scientists, in government sectors, technical management, or further research and secondary teaching..

The Bachelor of Science (Astronomy and Astrophysics) offers insights into the universe through the lens of physics. It covers topics like radiation physics, celestial mechanics, evolution of celestial bodies, and telescope data analysis. Alongside theoretical knowledge, students develop mathematical, computational, and experimental skills, including problem-solving and instrument design. Graduates are well-equipped for careers in research, teaching, and industries where physical sciences play a pivotal role..

The Bachelor of Science (Computational Science) delves into the world from sub-atomic interactions to galactic processes, encompassing areas from molecular biology to ecosystem dynamics. It's tailor-made for those eager to harness computers for mathematical models, simulations, and problem-solving. With a foundation in computer science fundamentals and advanced techniques like 3D graphics, this course paves the way for varied career opportunities in sciences like biology, earth sciences, and even fields like archaeology and visual art where computational skills are crucial..

The Bachelor of Science (Data Science) offers analytical and computational skills rooted in statistics and computer science, enabling effective data management and interpretation. Students foster critical perspectives on data, grasp essential technical skills, and understand the context of data collection. Advanced studies emphasize multidisciplinary problem-solving, analytical frameworks, and clear communication of results. This course enhances abilities to handle extensive data volumes, visualize findings, and articulate insights to diverse audiences, preparing graduates for innovative roles in various data-centric industries..

The Bachelor of Science (Mathematical Modelling) equips students with techniques to create, apply, and evaluate models, crucial in today's technologically advanced society. As our comprehension of models evolves, the complexity of posed questions grows. Building and interpreting models is vital for future scientists, industry heads, and policy makers. This study ensures students are ready for roles in research, public, and private sectors, arming them with skills to address future societal challenges..

The Bachelor of Science (Mathematics) offers a thorough understanding of mathematical principles and theories. It equips students with strong analytical and problem-solving abilities across various mathematical branches, such as calculus, linear and abstract algebra, probability, statistics, and differential equations. These skills are foundational for fields like science, technology, engineering, and finance..

The Bachelor of Science (Mathematics and Statistics) unravels the captivating patterns and truths of numbers, illuminating the universe's workings. This course equips students with robust analytical and problem-solving skills, versatile for diverse applications. Potential pathways include crafting algorithms for innovative ventures, optimizing industry processes, enhancing healthcare via data science, aiding governmental decision-making, or pursuing global research opportunities..

The Bachelor of Science (Physical Sciences) offers a robust grounding in analytical and computational techniques, as well as hands-on experience in imaging and material analysis. This educational path fosters critical thinking and problem-solving abilities, all within the realm of cutting-edge scientific discoveries with practical applications. Students gain comprehensive knowledge across the spectrum of physical sciences and have the opportunity to focus on a specific sub-discipline..

The Bachelor of Science (Honours) (Applied Mathematics) provides an in-depth exploration of mathematical techniques and their practical applications across diverse fields. Students engage with advanced mathematical theories, deepening their analytical skills and capacity to solve complex problems. This course prepares graduates for a range of careers requiring mathematical expertise or for further academic pursuits in specialised areas of mathematics..

The Bachelor of Science (Honours) (Mathematics) enables students with foundational mathematics knowledge to engage in independent research under expert supervision. Typically spanning two consecutive semesters, the course offers comprehensive research training, detailed exploration of contemporary topics, and culminates in a significant thesis project. This study equips students for potential PhD pathways or careers in sectors like finance, education, public service, and technology..

The Bachelor of Science (Honours) (Mathematics and Statistics) provides an in-depth study of mathematical theories coupled with advanced statistical methodologies. Students will cultivate a robust understanding of mathematical principles and their applications in data analysis. By combining rigorous mathematical reasoning with statistical tools, this course equips graduates with the skills to interpret complex data sets and solve real-world problems. Ideal for those seeking roles in research, finance, or data analytics, it lays a solid foundation for diverse career opportunities..

The Bachelor of Science (Honours) (Physics) delves into the core principles of the universe, from minute subatomic particles to vast cosmic phenomena. This study equips students with a profound understanding that underpins contemporary technology, from everyday devices to advanced medical tools. Students cultivate problem-solving skills, learning to meticulously conduct experiments and critically assess findings..

The Bachelor of Science (Honours) (Statistics) delves into the comprehensive study of probability and both theoretical and applied statistics. Statistics play a pivotal role across sciences and social sciences, facilitating informed decisions in uncertain scenarios. This course covers essential topics such as experimental design, sample surveys, and data analysis, equipping students with the expertise to apply statistical methods across diverse scientific domains..

The Bachelor of Commerce (Actuarial Studies) equips students to pinpoint, scrutinise, and measure risks through mathematical, econometric, and financial frameworks. Emphasising skills applicable to fields such as pension, insurance, risk management, and fund management, this course imparts forecasting and econometric modelling expertise. Graduates will be adept at deploying these skills in diverse business environments across both the public and private sectors..

The Bachelor of Mathematics imparts skills in problem-solving, data analysis, mathematical modelling, and logic, applicable across various sectors and industries. This course enables students to use mathematical and statistical models for analysing information and predicting outcomes in fields like economics, finance, and medicine, aiding governments and businesses in decision-making. Students acquire quantitative, analytical abilities and a solid grounding in calculus, linear algebra, and mathematical analysis, developing comprehensive knowledge and application skills in mathematics for diverse fields and industries. .

The Bachelor of Mathematical Sciences (Honours) offers research training and advanced study in mathematics, statistics, data science, finance, and industrial optimisation. It emphasises independent learning and professional skill development, including effective time management through hands-on creative project management. The course encourages students to take initiative, work independently, and deepen their knowledge and analytical skills, qualities highly valued by employers..

The Bachelor of Mathematical Sciences (Honours) offers research training and advanced study in mathematics, statistics, data science, finance, and industrial optimisation. It emphasises independent learning and professional skill development, including effective time management through hands-on creative project management. The course encourages students to take initiative, work independently, and deepen their knowledge and analytical skills, qualities highly valued by employers..

The Master of Mathematical Sciences enhances and broadens knowledge in mathematics and statistics, focusing on their application in fields such as computer science, business, science, and psychology. The course develops skills in researching mathematical or statistical problems across different disciplines and in communicating complex information effectively. Special emphasis is placed on preparing graduates for the workforce, concentrating on the practical application of mathematics and statistics in various industries, thereby equipping students with versatile, industry-relevant skills..

The Bachelor of Mathematical Sciences trains students to apply mathematical principles effectively to enact measurable changes in various sectors. This course goes beyond theoretical knowledge, providing in-demand skills applicable in traditional mathematical fields and modern industries that require analysis of complex numerical data. It prepares graduates with a robust mathematical foundation, enabling them to adapt and contribute to diverse professional environments where quantitative skills are essential. .

The Master of Actuarial Practice responds to the growing need for expertise in risk assessment, innovative business solutions, and complex data analysis. It is ideal for those passionate about mathematics and eager to develop advanced quantitative analysis skills for problem-solving in business environments. This course prepares students for a career as qualified Actuaries, professionals increasingly sought-after for their ability to interpret and understand diverse quantitative information beneficial to organisations. .

The Graduate Certificate in Commerce is tailored to impart formal qualifications in finance, accounting, or information systems, enhancing prospects for senior management or financial roles. This course focuses on developing specialist knowledge and skills in applied finance, professional accounting, and information systems. It enables students to think critically and make confident decisions, paving the way for career advancement. Ideal for those aiming to deepen their expertise in commerce, this certificate offers a strong foundation for professional growth. .

The Graduate Certificate in Mathematics is tailored for professionals aiming to boost their mathematical skills and career prospects. It provides essential knowledge applicable across finance, insurance, engineering, and data analytics. This certificate is also ideal for accredited teachers from other disciplines seeking proficiency in tertiary-level mathematics, including algebra, calculus, and statistics. Students will gain expertise in problem analysis, innovative solutions, data visualisation, and enhanced communication and learning skills, making it a versatile choice for a range of professional contexts. .

The Bachelor of Mathematics (Honours) is crafted to enhance the mathematical and communication skills acquired during undergraduate studies. This course delves deeper into advanced mathematics, providing a foundation for a lucrative career across various industry sectors or in multidisciplinary and emerging research fields. Ideal for those seeking to deepen their expertise in mathematics, this degree prepares graduates for a wide range of professional and research opportunities. .

The Master of Statistics enhances understanding of statistical science and hones consulting and project writing skills. It offers extensive training in mathematical principles and statistical analysis, preparing students for practical and research roles in diverse sectors like finance, engineering, and medical science. This qualification is designed for both current and aspiring statisticians seeking in-depth knowledge and application of statistics. .

The Master of Financial Mathematics provides expertise in mathematical and computational techniques to assess and manage financial market risks. Students will learn about pricing financial contracts, including options, investment portfolio management, capital adequacy for financial institutions, firm valuation, and optimal capital and contract management. This course is tailored for those seeking advanced skills in navigating and strategizing within the complex financial marketplace, preparing graduates for roles in risk management and financial analysis..

The Master of Actuarial Science is designed to provide students with a deep understanding of actuarial principles and practices. This course equips students with analytical skills to assess financial risks and offers insights into insurance, pensions, and financial planning. It covers a range of topics including probability, statistics, and financial mathematics, essential for actuarial analysis. Ideal for those with a strong interest in mathematics and finance, this course prepares graduates for a challenging and rewarding career in the actuarial profession. .

The Graduate Diploma of Applied Statistics is tailored for students with a professional interest in statistical analysis. This course equips students with skills to assess data in humanities, social and health sciences, and information systems. It emphasises practical and theoretical aspects of statistics. Graduates gain knowledge and skills essential for roles such as statistician, analyst, or data scientist across various industries. The course prepares students for impactful data analysis and interpretation, essential in today's data-driven world. .

The Graduate Certificate of Applied Statistics equips students with the knowledge and skills essential for careers in statistics, analysis, or data science across various industries. It offers specialisation options in areas such as biostatistics, epidemiological methods, generalised linear models, time series, and stochastic finance. This course also serves as an entry pathway to the Master of Applied Statistics, providing a solid foundation for further advanced study in applied statistics. .

The Bachelor of Actuarial Science equips students to assess risks and opportunities in business settings and influence key economic structures. This course focuses on applying mathematical concepts to real-world scenarios, developing analytical skills essential for corporate planning. Students will enhance their mathematical prowess and learn to solve genuine commercial problems using diverse concepts and data. Ideal for those keen on applying analytical expertise in practical settings, this degree prepares graduates for impactful roles in business and economics. .

The Bachelor of Commerce (Honours) (Econometrics) offers a supportive setting for students to refine their skills as econometricians. This course emphasises the development of abilities highly prized by discerning employers, including analytical thinking, problem-solving, quantitative methods, data analysis, research proficiency, and effective communication. It aims to equip students with the vital skills necessary for a successful career in econometrics and related fields. .

The Bachelor of Science (Advanced) (Mathematics) explores the discipline's strength, elegance, and variety. Recognised as a language and an analytical tool, it offers a unique perspective on the world. The course provides students with fundamental mathematical concepts, including abstract algebra, vector calculus, and multivariable calculus. Additionally, it focuses on formal proof and analysis, essential for comprehensive mathematical understanding. .

The Bachelor of Science (Advanced) (Physics) examines the universe's elemental structure, from the minutest subatomic particles. It underpins numerous modern technologies, including smartphones, tablets, and medical imaging devices. Studying physics not only shapes you into a proficient scientist but also hones your problem-solving skills. The course focuses on designing and conducting experiments, along with the critical analysis of results. .

The Bachelor of Science (Advanced) (Statistics) is integral to various fields including sciences, social sciences, finance, and business. It serves as the primary method for evaluating evidence from diverse data sources. This course covers theoretical, computational, and applied aspects of statistics, along with probability theory, equipping students with comprehensive statistical knowledge and skills. .

The Bachelor of Advanced Science (Honours) (Mathematics) challenges and expands students' problem-solving, logical thinking, and conceptual abilities. This course develops quantitative and analytical skills, providing a strong foundation in calculus, linear algebra, probability, discrete mathematics, mathematical analysis, and modelling. Students gain comprehensive knowledge, enabling them to tackle complex mathematical problems and apply their skills across diverse fields, preparing them for successful careers in mathematics and related disciplines. .

The Bachelor of Advanced Science (Honours) (Statistics) equips students to apply modern statistical tools for data-driven decision-making and real-world problem-solving. This course combines theory with practical experience, enhancing critical thinking, analytical capabilities, and technical skills. Students learn how statistics can improve medical treatments through experimental design or assess drought conditions using meteorological and spatial data. They also apply statistical techniques to analyse and interpret complex data, transforming it into meaningful insights that address various societal challenges. .

The Bachelor of Advanced Science (Honours) (Physics) offers comprehensive study of the laws of physics and their applications in everyday life, from understanding time to advancing new technologies. Students combine scientific and mathematical knowledge with skills in computer programming and statistics to explore theories in quantum mechanics, biophotonics, astronomy, or astrophysics. Additionally, they learn to apply this knowledge to develop advanced materials, electronic and optical devices, preparing them for diverse scientific opportunities. .

The 22554VIC Course in Initial Adult Literacy and Numeracy supports the development of literacy and numeracy skills specifically tailored for learners with intellectual disabilities. Participants will learn basic mathematical operations, time recognition, money handling, symbol recognition, and simple reading and writing skills. Successful completion of this course awards the nationally recognised qualification Course in Initial Adult Literacy and Numeracy (22554VIC). Enquire now for a full list of entry requirements and available enrolment dates..

The 39289QLD Certificate II in Core Skills for Employment and Training - Numeracy equips students with essential mathematical skills in Number and Algebra, Measurement and Geometry, and Statistics and Probability. It enhances numeracy capabilities required in personal, work, and civic life, forming the foundation for mathematical specialisations and professional applications. Enquire now for the full list of elective choices, entry requirements, and available enrolment dates..