VCE

Students learn the fundamentals of Fusion 360 to design and 3D-print their own creations. Building on core skills like sketching, projecting, dimensioning, extruding, lofting, and revolving, they also explore how to assemble multiple components[…]

This real-world business simulation challenges students to bring virtual products to life, blending financial literacy, creative design, and ethical decision-making in today’s evolving e-commerce landscape.

Students explore a range of renewable technologies including solar, wind, hydroelectricity, hydrogen, and biofuels and learn how these can be integrated into efficient, sustainable systems.

This immersive program gives students a real-world introduction to entrepreneurship through team-based design challenges, pitch preparation, and a dynamic marketplace experience.

Students build solar panel sun-tracking systems and participate in robotics challenges, developing skills in system design, sensor programming, control algorithms, and robotics programming.

Students explore how current and emerging technologies are transforming agriculture, from smart crop and livestock monitoring to automated harvesting and distribution. Using real-time sensor data and regional case studies, they investigate how environmental factors[…]

Students investigate genetic diversity and evolutionary relationships in local Leadbeater possum populations in the Yarra Ranges region.

By constructing and modifying pedigrees based on genetic testing data, students gain practical analysis experience aligned with VCE Biology Unit 2.

Students explore CRISPR/Cas9 genome editing through hands-on experimentation. They program Cas9 to target specific DNA sequences and analyse results using gel electrophoresis. The session covers the mechanics, applications, and ethical implications of this groundbreaking[…]

Students analyse caffeine content in various drinks using High-Performance Liquid Chromatography (HPLC). After preparing caffeine standards with micropipettes, they run samples through HPLC, interpret chromatograms, and determine concentrations.

Using High-Performance Liquid Chromatography (HPLC), students prepare paraben standards, generate a calibration curve, and analyse real cosmetic samples.

Using HPLC, students prepare and test pharmaceutical samples, identify active ingredients, and interpret real-world data.