Cybercrime continues to pose a major threat, not only to individuals, but also to corporations and governments worldwide. This threat can only be combated by highly skilled specialists with the technical expertise to adapt to new challenges. Our applied cybersecurity major gives you the skills and knowledge to face these challenges, which include safeguarding data and critical infrastructures against malicious cyber-threats. It opens up a world of opportunities, addresses the global shortage of cybersecurity professionals and prepares you with diverse skills across network engineering, forensics and strategic communication. In this major, you\u2019ll be introduced to the basic principles of cybersecurity, look at current practices used to protect organisations from threats, explore models and architectures of the internet and other networks, and study strategies for effective crisis communication. You\u2019ll also build specialist knowledge in information and data security and learn how digital forensic investigation techniques are employed across different scenarios. The skills you build in this major will prepare you to appraise cybersecurity problems, construct cyber-attack defences such as firewalls, examine the roles of protocols and services in different operating environments and perform forensic analysis in a digital environment. Importantly, you\u2019ll be equipped to respond to and manage emerging crisis situations, such as cybercrime and terrorism. Graduate with a broad portfolio of valuable and practical cybersecurity knowledge and expertise. You\u2019ll understand current practices in cyber defence, be able to adapt to evolving real-world cybersecurity problems and have the knowledge to solve those problems. Cybersecurity is one of the most rapidly expanding global industries and experts are sought after in a range of different roles.<\/p>","streams":[""]},{"name":"Artificial intelligence","code":"MJR-CSE003","description":"
Unlock the future with a major in artificial intelligence.<\/p>\n
Dive into the core concepts of AI, mastering algorithms, deep learning, machine learning, computer vision, and natural language processing. Learn how to design and create intelligent systems that mimic human thought, adapting and improving over time. Develop practical skills in software programming and database design, empowering you to build cutting-edge AI applications that are driving innovation in every industry. Prepare to lead in a world where AI is transforming the way we live, work, and connect.<\/p>","streams":[""]},{"name":"Biochemistry","code":"MAJOR-BCH-1","description":"
If you're driven by a curiosity to understand cells and organisms at the molecular scale, La Trobe\u2019s Biochemistry major is your gateway to exploring the fundamental processes that underpin life itself. Biochemistry describes all molecular and cellular aspects of life as we know it, from the simplest bacteria and viruses, to plants and crops, to humans. Advances in Biochemistry furthermore are pivotal to understanding diseases such cancer, neurodegenerative and cardiovascular diseases,\u00a0and play a crucial role in the development of new therapeutic drugs and vaccines.<\/p>\n
You will learn how to apply scientific reasoning, laboratory skills and critical thinking, to develop creative solutions to complex, real-world challenges. Upon graduation, you'll be equipped to make significant contributions to fields and industries such as biomolecular research,\u00a0 pharmaceuticals, healthcare, or potential gain entry into further postgraduate courses.<\/p>","streams":[""]},{"name":"Botany","code":"MAJOR-BOT-1","description":"
Explore the intersection between plants and society. You\u2019ll learn about plant ecology, physiology, reproduction and biotechnology while building skills in project design, data collection and analysis. Botany is vital to dealing with environmental issues, the sustainable food supply and the management of our natural resources.<\/p>","streams":[""]},{"name":"Chemistry","code":"MAJOR-CHEM","description":"
When you understand chemistry, you understand the very building blocks of nature. Learn how atoms and molecules come together to form all types of matter and how to create new substances. The skills you gain both in and out of the laboratory will equip you for a diverse range of careers.<\/p>","streams":[""]},{"name":"Crop science","code":"MJR-AGR01","description":"
Want to help meet the growing worldwide demand for sustainably produced nutritious food? This is the challenge addressed by crop science: the study and improvement of production of our most important food crops. In this major, you\u2019ll explore the issues set to dominate the future of crop production, including unpredictable water supply, climate change, food security, environmental impacts of agriculture, and the impact of pests, pathogens and advances in biotechnology. Build your knowledge in agronomy, agricultural systems, and sustainable intensification. Learn to advise clients and solve problems to improve crop production, improve profits and sustainability. You\u2019ll develop expertise in plant, land and soil management and understand the science of using plants for food, and how to address issues in plant health and sustainable agriculture. Theory is good, but hands-on experience is even better. This major includes a range of practical learning opportunities in the lab and the field, so you can see first-hand how your skills and knowledge apply in real-world settings. These experiences will give you the opportunity to begin building your network of industry contacts \u2013 something you\u2019ll be able to draw on throughout your career.<\/p>","streams":[""]},{"name":"Data science","code":"MAJOR-DATA","description":"
Learn how to collect and interpret data \u2013 the language of the modern world. Explore advanced concepts in computing, mathematics and statistics and learn to identify patterns, predict trends and support strategic decision-making that can change the way we deal with today\u2019s challenges.<\/p>","streams":[""]},{"name":"Ecology","code":"MAJOR-ECO-1","description":"
Examine the complexity and diversity of organisms and how they interact to make the environment \u2018work\u2019.\u00a0
Discover the diversity of plants and animals in Australia and their extraordinary adaptations to their environments. Make your own observations on plants and animals and the complex relationships between species. Explore current and emerging threats to flora and fauna and ways to protect and manage threatened species. Learn to \u2018read\u2019 landscapes, and understand how human land use, climate and disturbance processes shape the living world.<\/p>","streams":[""]},{"name":"Genetics","code":"MAJOR-GEN-1","description":"
Discover how inherited genes influence our development and health. You\u2019ll gain an understanding of the mechanisms which enable biological processes at a molecular level and develop skills to contribute to some of today's biggest challenges, such as protecting endangered animals or developing new ways to treat disease.<\/p>","streams":[""]},{"name":"Human physiological sciences","code":"MJR-HPS01","description":"
Explore how the organ systems of the human body function under normal conditions, while exercising, or during disease.
Examine the normal functions of the body from cells to organs and organ systems. Explore how these functions change during exercise or disease, and learn how they can be influenced with drugs. Experience what it's like to be a scientist by honing your data analysis and research skills, and performing your own experiments in practical classes.<\/p>","streams":[""]},{"name":"Mathematics","code":"MAJOR-MAT-H","description":"
Learn the universal language of mathematics. You\u2019ll explore mathematical concepts, learn how to formulate and model abstract problems and build skills in problem solving, clear thinking and communication. Math is used for analysis, forecasting and modelling and plays a vital role in today\u2019s information and technological age.<\/p>","streams":[""]},{"name":"Microbiology","code":"MAJOR-MIC-1","description":"
Discover the invisible world of microorganisms and how they affect our lives. You\u2019ll learn how bacteria and other microbes influence global warming, maintain the environment, help produce food and also impact our health through disease, drug resistance and waste control.<\/p>","streams":[""]},{"name":"Physics","code":"MAJOR-PHY","description":"
Want to explore a discipline that will let you unlock the secrets of the small and invisible? Study physics at La Trobe alongside excellent research teams in exciting laboratories. You\u2019ll become part of our proud history of materials and optical physics and join a collegial and warm environment.<\/p>","streams":[""]},{"name":"Psychological science","code":"MJR-PSY01","description":"
Discover psychology using a scientific approach. In this fascinating major, you\u2019ll deepen your understanding of how people think, behave and relate to one another. Expand your understanding of psychological health and illness, while learning how to assess psychological functioning in individuals.<\/p>\n
Explore how culture and society can shape our experiences and health choices. You\u2019ll investigate how our thoughts, feelings and behaviours are influenced by other people and you\u2019ll learn how to use statistical techniques to understand the differences between groups of people.<\/p>\n
Investigate a range of evidence-based psychological interventions and develop your research skills by conducting an in-depth investigation into an area of psychology. Throughout your studies, you\u2019ll build practical skills in analysis, evaluation and communication. Learn how to apply psychological theory and research to real-world individuals and their communities.<\/p>\n
You\u2019ll learn:<\/p>\n
Note.<\/em>\u00a0This major is not accredited by the Australian Psychology Accreditation Council (APAC).<\/p>","streams":[""]},{"name":"Statistics","code":"MJR-STATS-1","description":" Discover how to estimate the present and predict the future with statistical thinking. You'll learn how to design experiments, collect data and summarise information. Develop skills in predicting and planning, and identify trends from masses of information.<\/p>","streams":[""]},{"name":"Zoology","code":"MAJOR-ZOO-1","description":" Explore the scientific study of animals, from individuals and populations to species and ecosystem level.\u00a0 In La Trobe's Bachelor of Laws(Honours)\/Bachelor of Science, you can pursue multiple interests and gain a powerful combination of legal skills and cutting-edge scientific knowledge.<\/p> From stem cell research to how personal information is collected, stored and shared, advances in science and technology have real human impacts. This double degree uniquely prepares you to address contemporary challenges from a scientific, legal and ethical perspective.<\/p> Benefit from our progressive approach to legal education with a law degree you can shape to your own career goals. You'll get a solid grounding in the basics of law and hone your expertise in advocacy, negotiation and dispute resolution \u2013 skills valued by employers across industries.<\/p> Your science degree offers you huge flexibility, with an extensive range of majors to choose from. Follow your interests in emerging areas like cybersecurity, artificial intelligence and data science or traditional fields including chemistry, botany and genetics. Bring knowledge to life in world-class facilities, including the La Trobe Institute for Molecular Science (LIMS), and learn from academics who are leaders in their fields.<\/p> Take your skills into the real world while you study. You'll have the opportunity to do placements in a range of legal settings, including community legal centres, law firms, government agencies, and judges and magistrates (subject to availability). On the science side, you could complete a placement with one of our industry partners \u2013 previous students have worked with CSIRO, Bayer Crop Science, and various government departments.<\/p> You will graduate ready to start your career as an expert legal practitioner, with an advanced understanding of scientific concepts or a science professional with a solid understanding of regulatory environments and how they impact scientific work.<\/p> You'll learn:<\/p> The qualification awarded on graduation is recognised in the Australian Qualifications Framework (AQF) as Level 8 \u2013 Bachelor Degree Honours.<\/p>", "entryReq": { "rse": { "isEligible": true, "ineligibleMsg": "", "admCriAtarStmt": " This course uses the ATAR as part of its selection considerations.<\/p>", "prerequisite": " VCE: Units 3 and 4: a study score of at least 20 in any Mathematics. VCE: A study score of 35 in English (EAL) equals 4 aggregate points per study. A study score of 30 in English other than EAL equals 4 aggregate points per study. A study score of 25 in any Business, any Humanities, Legal Studies, any Mathematics or any Science equals 4 aggregate points per study. A study score of 20 in any LOTE equals 4 aggregate points per study. Overall maximum of 12 points.<\/p> <\/p><\/p>", "otherAdmOpts": "" }, "higherEd": { "isEligible": true, "ineligibleMsg": "", "prerequisite": "", "admCri": " Applicants who have undertaken studies in a language other than English must demonstrate that they have achieved the required minimum scores in the International English Language Testing System (IELTS) (Academic) or equivalent. Refer to Language requirements<\/a> for further information.<\/p><\/li> Subject proficiency: Demonstrated proficiency equivalent to stated Year 12 prerequisites.<\/p><\/li><\/ul>" }, "vet": { "isEligible": true, "ineligibleMsg": "", "prerequisite": "", "admCri": " Applicants who have not successfully completed an Australian Year 12 or equivalent are ineligible to apply for this course. This course uses the ATAR as part of its selection considerations.<\/p><\/li> Subject proficiency: Demonstrated proficiency equivalent to stated Year 12 prerequisites.<\/p><\/li><\/ul>" }, "wle": { "isEligible": true, "ineligibleMsg": "", "prerequisite": "", "admCri": " Applicants who have not successfully completed an Australian Year 12 or equivalent are ineligible to apply for this course. This course uses the ATAR as part of its selection considerations.<\/p><\/li> Subject proficiency: Demonstrated proficiency equivalent to stated Year 12 prerequisites.<\/p><\/li><\/ul>" }, "prerequisite": "", "academicEntReq": "", "essentialRequirementsInherent": "", "engReq": "", "hasEngReqAlt": true }, "vtacCodes": [{"vtacCode":2100312361,"feeTypeCode":"CSP"}], "courseStructure": " To qualify for the award of Bachelor of Laws (Honours)\/Bachelor of Science, students must complete a total of 600 credit points across 5 years.<\/b><\/p><\/div>
Learn the ecology, behaviour, physiology, development and origin of animals, and examine how they interact with their environment. Discover topics such as animal physiology, behaviour and reproduction, Australian fauna and ecology, and endangered species biology. Gain hands-on experience through field course opportunities and access to our on-campus wildlife sanctuary.\u00a0<\/p>","streams":[""]}], "specialisations": [], "virtualRollover": { "enabled": false, "instance": false, "indicativeFees": false, "startDates": false }, "relatedCourses": { "nestedCourses": null }, "startDates": "Semester 1 (March 2026), Semester 2 (July 2026)", "duration": "5 years full-time or part-time equivalent", "prerequisite": "English; Other (Please refer to admission requirements<\/a> for details)", "courseDescription": "
Units 3 and 4: a study score of at least 30 in English (EAL) or at least 25 in English other than EAL.<\/span><\/p>", "admCriInAddToAtar": "", "selRankAdj": "