Young Engineers Brisbane South

Science, Technology, Engineering and Mathematics (STEM) are becoming increasingly important due to technology pervading every aspect of our lives. A STEM education offers not just information but the ability to process that information correctly.

STEM skills include:

✓ Theoretical concepts

✓ Practical application of theory

✓ Critical thinking

✓ Problem solving

✓ Data analysis

✓ Engineering

✓ Physics

✓ Coding

At Young Engineers:

✓ Students build and program motorised LEGO® models

✓ These models are working prototypes of real world machines

✓ Different levels of the program cater to a range of ages and abilities

✓ Children build everything from washing machines, power plants and helicopters to human and animal robots. All the machines move and work at the press of a button!

For the parents it’s an education, for the children it’s a game. What Young Engineers delivers is e² – Education with Entertainment.

PROGRAMS

★ Big Builders

oung Engineers believes in education through play. Our Big Builders education program introduces young children to scientific concepts through hands-on experiential learning. Children will:

✓ Learn biology and physics concepts

✓ Construct 3D models using K’nex®

✓ Work together to share and discover learning

✓ Learn engineering and maths

✓ Develop fine motor and visual spatial skills

Through their play with co-builders, our young scholars will also be able to develop their interpersonal communication and will gain confidence to discover and invent.

★ Bricks Challenge

The Bricks Challenge program introduces primary school children to the basic principles of science, technology, engineering and mathematics (STEM). Children learn to ‘think like engineers’ by building complex motorised machines using LEGO®, motors and batteries.

Children will:

✓ Receive our customised and copyrighted LEGO® kits with batteries and motors.

✓ Discover physics by building real-world prototypes that actually work

✓ Discover the joy of learning through hands on projects

✓ Learn innovation and design thinking through a much loved medium

★ Robo Bricks

The Robo Bricks program introduces primary school children to the exciting world of robotics. Children learn to ‘think like engineers’ by building motorised robot ‘models’ using LEGO®, motors and batteries. They further program the robots to perform tasks using the LEGO® Wedo 2.0 app. Their robots learn to respond to environmental inputs using sensors, giving the children an end-to-end robotics experience! Students will:

✓ Be introduced to algorithmic thinking

✓ Build robots that mimics real-world machines

✓ Develop and test computer algorithms

✓ Learn how to code using a visual interface

✓ Learn software engineering principles like pseudo-code and flow charts

✓ Use sensors like motion and tilt sensors

✓ Get their robots to respond to the changing environment

✓ Develop critical thinking and creative problem solving skills

★ Galileo Technic

Galileo Technic takes students to the next level in STEM education. Students continue to build motorised LEGO® models – but the scale and complexity of the model increases significantly.  Students will:

✓ Learn advanced physics concepts and explore known concepts at a deeper level

✓ Learn new maths and mechanical engineering principles

✓ Use long chains of gears in machine design

✓ Greater emphasis on teamwork and collaboration

✓ Learn to test and troubleshoot their machines – just like real engineers!

★ Robotics

The advanced Robotics program is for students who want to immerse themselves in advanced engineering and coding principles, normally taught at university level of study. Students use LEGO®EV3 engines, multiple different sensors and more sophisticated motors to build their robots. Children will:

✓ Learn advanced coding and software skills

✓ Simulate real-life machines that perform range of tasks

✓ Learn to code a range of parameters in their machine

✓ Follow complex flow charts

✓ Longer sessions for greater skill building

✓ Use range of sensors like gyro, touch, colour & motion

✓ Use 2 different types of motors

✓ Build models having multiple moving parts and complex order for part movement

✓ Further develop critical thinking and creative problem solving skills

SERVICES

★ After School Clubs

Young Engineers after-school clubs provide extracurricular opportunities for students to access our unique STEM education programs. All Young Engineers after-school clubs are offered via a partnership model between the local primary school and one of our franchisees. We’ve already partnered with hundreds of schools throughout Australia to offer these unique Young Engineers clubs. Click on the link above to find the closest location to you.

★ Holiday Camps

Engineering Camps are delivered by Young Engineers franchisees throughout Australia during the school holidays. They are full of fun and packed with STEM learning. For many students, Engineering Camps is the only way to access our programs (if your school does not offer Young Engineers incursions or after-school club).

You can also find Young Engineer’s holiday programs offered by some of Australia’s most STEM loving vacation care providers. We are happy to collaborate with vacation care providers to help more students find their love for STEM.

★ Incursions

School Incursions provide a unique STEM learning experience designed to help your students realise their full potential.

✓ Ideal for Kindy-Year 8 classrooms

✓ Designed to get students involved in solving real-world STEM problems.

✓ We can come in for one off and full term incursions

✓ 3P Pedagogy makes learning comprehensive and fun.

✓ Product Based Learning – Students build products they see in the world around them. For example, the conveyer belt at the Supermarket, the elevator in their building, or the laundry machine in their house.

✓ Project Based Learning – Every incursion is a project that children execute and complete from start to finish.They work together so every child has a working model at the end of the session.

✓ Problem Based Learning – Children are given problems to solve to extend their design thinking and STEM knowledge.