The future is bright and experiential for students today. Never before has learning been more engaging, empowering and exploratory for students. With Virtual Reality we can extend students learning to experience and empathize with places, people, and nature first-hand and up close. Helen Kardiasmenos, NSW CSER Project Officer, explores some of the VR options available that you may find suitable for your classroom.
There is so much interest and excitement in the potential for Virtual Reality (VR), Augmented Reality (AR) and Artificial Intelligence (AI), but what does it look like in the real world context? How are these emerging technologies already being used in today's world?
CSER Project Officer Helen Kardiasmenos, is also a practicing teacher in NSW, here she shares some of her experiences for using VR in the Classroom by exploring forces on a rollercoaster.
Indigenous Australians have always used the sky as a platform for storytelling. This connection to the stars can now take on a new dimension.
Is it possible to teach Artificial Intelligence (AI) in primary and secondary classrooms? We think so and have launched two new courses for K-12 teachers!
In Term 1, 2019 Casa Mia Primary School students in Bassendean had the opportunity for some incursions with Robin McKean, a Project Officer from the University of Adelaide’s Computer Science Education Research Group (CSER).
Vasse Primary School has been lucky enough to receive fabulous resources from the CSER team. We obtained the micro:bit kit for our weekly girl coding club. Our students enjoyed the challenge of learning and implementing robotics.
Teachers often ask for advice on what type of Digital Technologies equipment they should invest in, as there is an ever-growing plethora of gadgets flooding the educational space. The struggle is real!
Destination Moon is the theme for Science Week this year. Coding and mathematics has played a critical role in space exploration since before we had advanced computer systems. In the early years of space exploration ‘human computers’ such as Katherine Johnson manually calculated the trajectory and flight to the moon and back. Together with other ground breaking computer scientists like Margaret Hamilton, they calculated ways to safely deliver humans to space. In fact, Margaret Hamilton, wrote the code for the Apollo mission and invented the modern concept of software that we rely on for so many things in our daily lives.