Kim teaches English literature and creative writing to university and high school students, and drama and theatre skills to both adults and kids all over Melbourne. She has run book clubs and cabarets, performed Shakespeare and written sonnets, dabbled in Dickens and is best buddies with the Brontes, and while she loves a ripping good yarn, she is still convinced everything we get to read and write in our lives is always a thrilling new adventure!
Sharon Leibowitz is an experienced educator with enthusiasm for ensuring that learning is creative, practical and enjoyable. She has specialised in the area of gifted education for over 20 years and has been running exciting programs for G.A.T.E.WAYS over the last seven years. She has a passion for the development of Mathematical skills across the primary years. She particularly enjoys the task of designing mathematical curriculum using the ‘thinking treasure’ of children’s literature, art and science.
Gravity is our friend. Without gravity, we would float helplessly in the vast coldness of space. We would never see stars, planets, or anything, because without gravity - you guessed it! - there would be no stars or planets or anything else. Without gravity, the universe would be a cold, dark, boring place. As a result, we kind of need to play by whatever rules gravity wants to play by. There are lots and some are pretty complicated. However, this doesn’t mean that we can’t ‘cheat’ it every once in a while! By learning what gravity is and how it works, and dispelling the common misconceptions around it, we also discover a few tricks (courtesy of Albert Einstein and Daniel Bernoulli) that we can use to beat gravity at its own game. Well, temporarily at least!
A stranger in an airport once asked Scott Hahn to describe himself. Unblinking, Scott answered, “A poet trapped in a physicist’s body.” He’d never thought of it before. Armed with these credentials, then, he set off to become a teacher, because somewhere between poetry and the physical sciences lies the entire spectrum of education. Our heavy questions deserve grave answers. Poets, physicists—and children—are absolutely the best at this.What's so interesting about a cabinet of curiosities, a little cupboard cluttered with baubles and bibelots, knick-knacks and gimcracks? What’s so wonderful about the precursor of today’s museums, ‘The Wunderkammer’, or ‘room of wonder? Four or five centuries ago some incredibly imaginative and inquisitive individuals introduced the world to personal collections that spanned the disciplines of history and geography, science and art, philosophy and psychology, literature and life … from amazing artefacts, strange or stuffed specimens and peculiar plants to rare relics and exotic oddities. Such exhibits astonished the public and educated them about the world’s wonders. In this program you’ll meet some of these quirky curators. Unusual, like Ole Worm (1600s) who owned a now-extinct Great Auk which became an exhibit in his ‘Museum Wormianum’ upon its death. Or adventurous, like Ida Pfeiffer, an intrepid explorer who gathered objects from cultures all over the world - no easy feat as a solo-sailing female in the mid 1800’s! What a super source for our own stories, real or imagined! Each week your curiosity will be ignited as we explore assemblages of treasures! You will be challenged to think deeply and communicate in creative ways, including writing and drawing as you curate your own collection of curious ideas. Welcome to the Wunderkammer!
Diophantus the Magnificent, the Mesmerising al-Khwarizmi and the Amazing Hero of Alexandria all sound like the most incredible magicians… but these ancient mathematicians were magicians with a difference. They practised the mysterious art of ‘Abracadalgebra’. Many magical tricks are in fact based upon patterns, permutations and combinations. In this program we’ll look behind the apparent ‘magic' of tricks to uncover the maths in the mystifying. You’ll begin to see patterns in arrangements of cards, learn how to produce a logical ‘force’ and come away with more ‘powers’ than a quadratic equation. Using a combination of props, algebra and magical prestidigitation, you’ll be able to put on your own show where the only variable will be whether your audience will be stunned, amazed or stupefied. In addition, you’ll be armed with tricks and traps that will have your friends and family thinking that you can read their minds.
Pete Wolsenholme has a passion for finding new and exciting ways of engaging students in Science, Maths and Robotics. He loves finding hidden scientific order and mathematical patterns in seemingly chaotic situations and believes these thinking skills are particularly important for students growing up in a digital age. Having benefitted from a gifted program when he was at school, Pete is keen to ‘pay it forward’ and provide a new generation with enriching and challenging learning experiences.Odysseus, the Sirens, the Cyclops, Penelope… have you heard of these famous characters? They all appear in The Odyssey, an epic poem written by Homer almost thirty centuries ago. It tells the story of the grand Greek hero Odysseus (also called Ulysses) who, after fighting in the Trojan War, tries to get back home. It takes ten years (yes, ten!) to reunite with his wife, Penelope, and son, Telemachus. During his adventures, he meets numerous mythological characters, such as the Cyclopes, Princess Nausicaa and Circe the magician, until he finally makes it back home. Because of its amazing narrative, striking allegories and beautiful poetic style, The Odyssey still speaks to us in powerful ways and continues to influence our own culture, arts and literature today. James Joyce, the famous Irish writer wrote a whole book about it, the Coen Brothers made a movie loosely inspired by it, and the French collaborated with the Japanese to create a unique TV series with a futuristic Ulysses flying from one planet to the other in his spaceship! How would YOU make this wonderful story your own? In this program, we will explore the original version as well as the ideas it triggered in the arts to get some inspiration. Our goal? Write not one, not two but three stories inspired by The Odyssey!
Anna Jahjah has a masters’ degree in British and American Literature and Civilisation and a Bachelor in Arabic Literature and Civilisation from Aix-en- Provence University, in France. She has been teaching storytelling and creative writing techniques to French and Australian children for over 10 years. She also owns her own theatre company which gives a voice to characters and stories that are rarely heard in Australia.
Let me introduce you to Sir Mathias Duffy. He may be famous, he may be titled, he may consider himself to be a mathematical genius. However, the main thing you need to know about him is that he is a totally eccentric hare-brain. He is forever getting himself into scrapes and having to be rescued by his loyal sidekick and valet the Honourable Reginald Sidebottom. Unfortunately, Reg’s mother has come down with a dreadful ‘lurgie’ and he’s had to rush off to her bedside in the wilds of the Yorkshire dales! Who knows what will happen next? Fortunately, he had the foresight to advertise for a new companion to keep Sir D from going off the rails. Congratulations…that person is YOU! Come and join him on his next adventure and PLEASE…try to keep him out of trouble!
Katrina Sims has a masters’ degree in gifted education. She is an experienced teacher of specialised mathematics classes for gifted students. She is a member of the Australian Mathematics Trust Challenge Problem Solving committee and has presented professional development workshops for teachers within Australia and overseas. She has received a Bernard Neumann Award for contributions to Mathematics Enrichment for Australian Students and National Excellent in Teaching Award for her contributions to Gifted Education. She has a passion for problem solving in mathematics.Consider your immune system as your body’s very own superpower! Most of us have had a cut or graze, but after a day think nothing of it. Most of us have gotten sick, before very quickly recovering. And most of us have received plenty of vaccinations, without so much as a second thought. All of these things seem incredibly ordinary, yet, from a scientific perspective, they are nothing short of small miracles. Take away our innate immune defences, and that small cut may soon lead to toxic shock. Take away our adaptive immune cells, and that annoying cold could suddenly lead to death. It is actually quite incredible that all of the small injuries and illnesses that we commonly experience do NOT result in similar outcomes. In this program, we will explore the different components of the human immune system, in a quest to discover just how important it is to our survival.
Rengen Parlane has a Bachelor of Science (Advanced) and is currently studying the Doctor of Medicine at the University of Sydney. He is passionate about both disciplines and how they inform us about the world around us. Rengen has shared his passion for science with young learners for the past four years, including as a Brainwaves Club leader, Eureka and Journeys presenter, and loves sharing the inspirational world of science with eager young minds.
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