Best STEM Courses in Victoria : Choosing the right STEM (Science, Technology, Engineering, and Mathematics) courses in Victoria can set the foundation for your academic success and future career. Whether you’re aiming for a high ATAR or exploring a passion for innovation, here’s a comprehensive guide to help you make informed decisions.
1. Align with University Prerequisites
Many university degrees require specific VCE subjects. For instance, pursuing a Bachelor of Biomedical Science at RMIT necessitates a study score of at least 20 in Chemistry and units 3 and 4, plus a study score of at least 20 in one of any Mathematics or Physics. Similarly, a Bachelor of Mathematical and Computer Sciences at the University of Adelaide requires Mathematical Methods (if studied from 2017 onwards) or Mathematical Studies (if studied prior to 2017) in Stage 2 of the South Australian Certificate of Education (SACE) or a grade 4 in Standard Level or grade 3 in Higher Level Mathematics in the International Baccalaureate (IB) program. It’s crucial to research the prerequisites for your desired university courses to ensure your subject choices align with their requirements. Source
2. Consider Subject Combinations
Some STEM subjects complement each other, enhancing your understanding and performance. For example, combining Biology and Chemistry can provide a comprehensive foundation for medical or health-related fields. Similarly, pairing Physics with Mathematics can be advantageous for engineering or physical sciences. Be mindful of the workload; while combining multiple sciences can be beneficial, it may also increase study demands.
3. Evaluate Your Strengths and Interests
Choose subjects that align with your strengths and interests. If you have a passion for coding, Information Technology or Applied Computing might be suitable. If you’re interested in environmental issues, Environmental Science could be a good fit. Selecting subjects you enjoy can lead to better engagement and academic performance.
4. Understand the Workload and Scaling
Some STEM subjects are known for their high scaling, which can positively impact your ATAR. Subjects like Specialist Mathematics, Chemistry, and Physics are often considered high-scaling. However, these subjects can also be demanding. It’s essential to assess whether you can manage the workload alongside other subjects.
5. Explore Extracurricular Opportunities
Engaging in extracurricular activities can enhance your STEM learning experience. Consider joining programs like the Australian Science Olympiads or STEM competitions. Additionally, exploring university extension programs such as Monash Scholars or Melbourne Uni’s Extension Program can provide exposure to university-level content in Year 12.
6. Utilize Available Resources
Leverage resources provided by the Victorian Curriculum and Assessment Authority (VCAA) to support your STEM education. The VCAA offers planning and teaching resources to assist in delivering STEM education effectively.
Conclusion
Choosing the best STEM courses involves aligning your subject selections with university prerequisites, considering subject combinations, evaluating your strengths and interests, understanding the workload and scaling, exploring extracurricular opportunities, and utilizing available resources. By carefully considering these factors, you can make informed decisions that set you on a path to success in your STEM education and future career.
