The VSSEC Wind Tunnel is lent to your school; an educator visits to both set up and introduce students and teachers to its operation. Students are introduced to the principles of flight and are challenged to design and construct a prototype wing, collecting Lift and Drag data. During the week, students in class have a chance to revisit the prototype data they have collected to construct another, improved, wing, justifying design changes made on data analysis. The educator returns to discuss the changes and data that students have collected and to collect the wind tunnel. Students actively
- conduct investigations to collect and record data.
- analyse and evaluate data, methods, and scientific models.
- take a qualitative approach when identifying and analysing experimental data with reference to accuracy, precision, validity, uncertainty and errors.
- draw conclusions; use appropriate terminology, representations and conventions; discuss relevant information, ideas, concepts, theories and concepts and the connections between them.
- Two-Visit Format: A VSSEC educator visits your school to set up the Wind Tunnel and deliver an introductory session (90–120 minutes). The Wind Tunnel remains at your school for a week, allowing students to work on, test, and refine their prototypes. The educator returns a week later to guide the analysis session and pack up the Wind Tunnel.
- Full-Day Format: Ideal for rural schools, this option involves a single-day visit where a VSSEC educator sets up the Wind Tunnel and delivers three sessions: introduction, application, and analysis. Afterward, the educator packs up the Wind Tunnel and departs.
Available to Victorian Government Schools only
- At a Glance
- More Information
Victorian Government Schools only
$500 plus GST for one class, week-long hire , includes two 2-hour visits by VSSEC Staff and resources
$750 plus GST for two classes, week-long hire , includes two visits by VSSEC Staff and resources
Please ask if your school is eligible for a subsidy.
Year 7,8,9 and 10
This program allows students to use equipment typically found at a university or industry level. They collect and analyse strain gauge sensor data mapped to lift and drag.