2025 NSW Bridge Project Competition Information Webinar

To support the M7-M12 Integration Project Bridge Competition, and New South Wales teachers delivering Physics, Engineering and/or Mathematics, The Engineering Link Group and Transurban are providing teachers a FREE professional development workshop. Since the competition is open to all schools in New South Wales, this workshop will be online.

The M7-M12 Integration Project Bridge Competition is sponsored by Transurban.

When: Wednesday 7 May 2025

Time: 3.30 pm (for a 3.45 pm start) to 4.30 pm

(Note: if you are unavailable but interested, please register and a link to the recording will be emailed to you post-event.)

Hosted by Transurban, the workshop will consist of two parts:

1. A presentation by a Transurban engineer on the engineering, physics, and mathematics of bridges and other fixed structures.

The engineer will discuss real bridge designs, including the different types of bridges and how these designs can be adapted to using lighter materials, such as spaghetti.

2. A presentation and Q & A session with Greg Millican (TELG) providing advice and strategies on how to run the competition in your school.  Greg is a teacher and Curriculum Leader, with nearly 30 years of teaching experience in Physics and Mathematics, and over 10 years running the Bridge Competition in Queensland.

The workshop will have opportunities for participants to ask questions. Resources to help promote and administer the competition in your school will be made available to all participants after the workshop.

Participation in this workshop is free. A recording will be available after the workshop for teachers to use with their students.

A link and instructions on how to join the workshop will be emailed to all registered teachers before the event.

A certificate to recognise 1 hour of Professional Development can be emailed to all registered teachers, on request.

Objectives of the workshop:

• Demonstrate context-based teaching and learning to secondary science, engineering studies, and mathematics (STEM) teachers.
• Offer a range of real experiences in the engineering world, from which to draw contexts for teaching.
• Provide potential contacts of local engineers and scientists, who could provide further contextual experiences and advice in the future.
• Extrapolate these experiences and models into the classroom.

Teachers learn about the roles of engineers and scientists in society and how their problem-solving approaches can be applied to teaching in context. We also supply resource materials for current or developing contexts in Physics, Chemistry, Technology and Applied Studies, and Mathematics, gathered from workshops held in three states. The program gives teachers direct experience with science and engineering so that they can motivate and engage their students in maths and science-based study.