Its all about data! With advances in technology and computing the amount of data avaiable to scientists is mind boggling. However it is not just scientists that are dealing with data now. Businesses are able to collect masses of data on their products, markets and consumer base. Handling this data then requires the quantitative skills of highly trained scientists.
We talk to Dr Athol Whitten and Simone Stuckey who have started Mezo to help businesses utilise their data. Both Athol and Simone have backgrounds in ecology and throughout their careers transferred these skills to the private sector. We talk openly about some of the career challenges facing scientists and how transitioning to the private sector can be rewarding, exctiting and prolific!
April is Global Astronomy Month (GAM) and to kick things off In Situ Science had a chat with GAM co-ordinator Christie McMonigal. Christie is a science communicator with a background in astronomy and ancient history. When Christie isn’t running outreach events at the University of Technology, Sydney, or raising small children, she works with Astronomers Without Borders bringing astronomy skills and awareness to all corners of the globe.
In this interview Christie shares how a fascination with ancient greek mythology led her to fully appreciate the night sky above us and how it unites us all across space and time. You can also hear Christie on the STEMpunk podcast where they chat about all things science communication.
Understanding how to read and write code is becoming essential in the rapidly advancing digital world that we live in. By preparing the next generation with the skills to write code we are ensuring that we control technology and not the other way around.
In an interview with In Situ Science general manager of Code Club Australia Kelly Tagalan tells us why it is so important to make coding education accessible and universal. Code Club Australia is a charity that hopes to get every kid in Australia the opportunity to learn to code. They do this by training school teachers and setting up free coding workshops run by volunteers in schools libraries and community centres.
In this episode of In Situ Science we travel to New Zealand to spend some time with a research group from the University of Auckland that specialise in studying the behaviour and evolution of insects, spiders and harvestmen. This research group is currently working towards understanding the evolution of animal weapons.
The lab’s leader Dr Greg Holwell introduces us to spiders and harvestmen with enormous and exaggerated that the males use for fighting. We also meet the world’s longest weevil, the New Zealand Giraffe weevil (Lasiorhynchus barbicornis). Male giraffe weevils use their enormous rostrum to fight for access to females, whereas the females use their long rostrum like a drill to dig into tree trunks and make small holes where they can lay their eggs.
The space industry is more than just astronauts and moon landings. It is essential for maintaining satellites, keeping our telecommunications running and collecting data about earths environments. Australia however doesn’t have its own space industry and has to rely on other countries to monitor our landscapes and and keep our phones lines working. According to many commentators it is high time that this changed and Australia should start investing in space programs.
Entrepreneurs Solange Cunin and Sebastian Chaoui are finding unique ways to get Australia into space with their educational startup Cuberider. Schools can take part in real life space missions by programming data sensors that are sent up to the international space station. Its an amazing world we live in when school kids can become pioneering space explorers ad learn about science, space and technology all at the same time.
In an interview with In Situ Science Solange Cunin tells us about how an early fascination with the stars, inculcated in her by her ‘hippy’ parents, lead to her studying mathematics and starting a career in space exploration and startup development. To find out more and get involved in the Cuberider program visit http://www.cuberider.com
“It seems to me that the natural world is the greatest source of excitement; the greatest source of visual beauty; the greatest source of intellectual interest. It is the greatest source of so much in life that makes life worth living”
– David Attenborough
All you need to do is look and you will find that the natural world holds endless wonders. Scientists that spend their careers studying the natural environment delve into a world beyond the superficial. The grasses and plants around us are not mere scenery, they tell the story of life, of the organisms that they are and the environments that they have formed in. On each leaf, within every stream and under every rock are more creatures, each with a dynamic life story of their own waiting to be be told by natural historians.
In an interview with In Situ Science Dr Julia Cooke takes us into her ‘little world’. On a walk through Lane Cove National park in search of duck orchids Julia takes us on a journey through the natural history of Australia and her passion for the elusive and beautiful creatures that are hidden all around us. In fact she even wrote a children’s book about it ‘My Little World’, illustrated by Marjorie Crosby-Fairall Her passion for discovery is matched only by her delight in sharing these stories with her family and friends, her students and the public.
Find out more about Julia and her work at www.juliacooke.net and follow her on twitter @CookeJulia
Scientists can find their skills having enormous impacts beyond the walls of academia. In many cases people with scientific training make wonderful entrepreneurs. Their skills in developing ideas and managing projects, combined with their self motivation and dedication to long term goals has already prepared them for the dynamic challenges of business development and management.
Dr Nasir Ahsan began his scientific career researching and developing autonomous robots. The tantalising lure of the unknown led him to develop a passion for deep sea exploration and discovery. In this interview with In Situ Science he tells the story of how navigating a remote operated submarine to the unexplored depths of the ocean floor inspired him to start his own company, Abyss Solutions. Nasir and his team are developing underwater ‘drones’ that can navigate autonomously underwater and collect information about the environment around them. Using this technology they can monitor underwater infrastructure such as dam walls, reservoirs and pipelines. Using robots lets them use specialised sensors to explore areas too difficult or dangerous for divers.