Careers with Science by Refraction Media

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Science Careers with

Game-changing jobs of tomorrow

Find your ultimate career personality p6 Why future jobs need science skills

Leadership opportunities from industry

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amazing career ideas! CareerswithSTEM.com [Exploration]

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with a Defence Science Cadetship Kendy Hau studies psychology on the front line. Her award-winning social network research helps our deployed forces operate more effectively with diverse colleagues in diverse cultures. Think youâ&#x20AC;&#x2122;d like to help win the battle for hearts and minds? Apply now for a Defence Science and Technology Cadetship. For more information visit www.dst.defence.gov.au/careers

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a job sure that you not only get here’s a great way to en ve mo to u yo s ow one that all that you enjoy, but also ng lpi he xt, ne the to expertise quickly from one field of way. the ng alo ges en all major ch to solve some of society’s hnology, ere STEM is science, tec We call it STEM + X – wh y, another bb ho , on d ‘X’ is your passi an , ths ma d an ing eer engin a world-changing goal. field of interest or even d film, and X. I loved arts, media an my s wa t tha – g itin wr Take create a career ckground in science to I combined this with a ba g, along with itin wr sign, editing and that merges magazine de hnology. So I get tec d ons for science an ati im an d an ps ap ng creati e with some other people can achiev at wh t ou ab s rie sto ol co to tell owhow. passion and science kn d to a new . Health + music could lea ing yth an be ld cou ‘X’ Your ronomy + film nts’ stress levels. Or ast therapy that lowers patie ows. Computer sh ium azing planetar am ate cre to u yo d lea could e data from to new ways to visualis d lea ld cou ths ma + ce scien l reality tools. ve data display or virtua rsi me im , 3D ing us , ch resear are where ion of two or more areas Careers at the intersect you to bring ow all o happen. They als on ati ov inn d an n tio inven be a rocket other. You don’t have to an o int ld fie e on m fro skills need amazing health – and you don’t or ce en sci dy stu to t tis scien to bring your owledge. You just need grades or prerequisite kn u’ll always yo n the what you love – do d an y vit ati cre , on passi love what you do.

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[Robotics]

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[Exploration]

issue 1 2017

Teacher Notes Yr 8-10

Science

amazing career ideas!

Shape your future

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[Animation]

[Food technology]

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[Bionics]

New frontiers in health p3

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<START-UP>

Be brilliant

Add a solid science background to just about any area to get the recipe for an unbelievable career as an innovator and leader

ombining your interests with science skills opens up more career pathways than you could ever imagine. Whether you’re into fashion or fitness, acrobatics or astrophysics, gorillas or flotillas – a career in science could take you anywhere. Science careers are massively diverse – from forensic science, solving crimes and uncovering old mysteries, to the huge endeavours behind planned manned and unmanned missions to Mars and beyond. Scientists craft new food sources and design ‘smart’ fashion fabrics – like the interactive textiles of Project Jacquard that let you control devices through your clothes using touch and gesture. “The world is rapidly changing, and Australia is in a unique position to shape its future,” wrote ANU Professor Brian Schmidt in 2011, after he had won the Nobel Prize in Physics. He added that the key to a successful future for Australia was investment in education, science and technology. You might be drawn to the fascinating world of nanobionics – like Professor Gordon Wallace, whose research at the University of Wollongong includes developing an inkjet printer that can ‘print’ polymers, or ‘smart plastics’. These polymers can conduct electrical impulses in the same way human nerves do, and could lead to the repair of damaged spinal cords. Maybe you’re more interested in wildlife conservation: like biologist and former zookeeper/ curator Leif Cocks (above), who is at the forefront

{Careers with Science}

of saving the critically endangered orangutan in South-East Asia as president of the Orangutan Project. “I get to work with a fantastic and dedicated team that is making meaningful achievements for both conservation and animal welfare,” he says. Leif regularly treks through forests in Borneo and Sumatra and works for habitat protection as well as the rescue, rehabilitation and release of orangutans. Or perhaps you have stars in your eyes? If you’re into storytelling and fascinated by astronomy, your career could resemble that of Dr Tanya Hill. She began as a PhD student finding supermassive black holes in far-away galaxies, and now manages the Melbourne Planetarium, where she works with astronomers and physicists to bring astronomical findings to life. “I work with amazing researchers and help them share their incredible discoveries,” says Tanya, whose shows have toured more than 50 countries. Whatever path you choose and wherever your science career takes you, this is one industry in which you’ll have a great shot at changing the world for the better. – Fran Molloy

I work with amazing researchers and help them share their incredible discoveries” 4

GET AHEAD WITH UTS SCIENCE 1. Top Ranking - UTS is the #1 young university in Australia in the Times Higher Education World University Rankings for two consecutive years 2. Innovative Courses – Inquiry-based and research-inspired courses are supported by internships and lecturers who are passionate and leaders in their fields.

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Create life-saving products

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{Careers with Science} unswscience

Smarter cultivation

With a career in agriculture, you could develop groundbreaking technologies that could tackle some of the world’s major food security challenges

A study from the Global Harvest Initiative shows that worldwide food production is falling short of targets, and it must ramp up by 1.75% annually in order to feed an estimated 9.7 billion people by 2050. “In the next 40 years, people across the globe will eat the same amount of food that has been consumed in the past 500 years,” Martin says. Genetic engineering – the modification of an organism’s genetic material like the DNA inside cells – is a step forward for sustainable food production. At CSIRO, for example, scientists are working to boost the levels of omega-3 fatty acids in our diet. These are essential for our health and are found in fish, vegetable oils, nuts, flax seeds and leafy vegetables. Wild fish like salmon, herring, bluefish and mackerel are a prime source of omega-3 because when they eat microalgae they accumulate omega-3 fats in high levels. But dwindling fish stocks can’t keep up with high consumer demand so scientists are using marine algae genes to grow canola crops bolstered with omega-3 oils. “We’ve created a land-based source of fish oil that’s sustainable – we can calculate that one hectare of canola saves 10,000 fish,” Martin says. CSIRO is also trialling virtual fencing for cattle – a game-changing technology that uses ear tags with electronic signals linked to GPS satellite technology, which allows farmers to optimise grazing while harnessing data on pasture productivity and quality. With such a variety of exciting new careers available in food production, the sky’s the limit for the future of agriculture – and our planet. – Karen Keast SHUTTERSTOCK

gricultural science is an amazing future career area, says Dr Joanna Jones, a lecturer and research fellow in the University of Tasmania’s (UTAS) School of Land and Food. “It’s all about developing innovative tools and helping growers improve what they do,” she says. “It’s a really exciting time to be in agriculture!” UTAS students and researchers are tapping into ‘future ag’ – innovative technological agricultural solutions – to boost sustainability and productivity in the premium apple and grape fermentation sector, which produces cider and wine. Crop and orchard data collected from small aircraft and drones, equipped with a range of smart sensors that can pinpoint disease hotspots and nutrient deficiencies, are being investigated as potential tools. Harnessing the power of technology, UTAS PhD candidate Iain Clarke is examining grape vine health using an imaging scanner in an unmanned aerial vehicle, with the aim of developing an app that will boost growers’ productivity. “Examining crops in this way will allow growers to rapidly identify problems early and reduce crop losses,” he says. “The big challenge for the future is feeding the planet in a sustainable way,” says Professor Martin Cole, deputy science director at CSIRO Agriculture and Food. But producing sustainable food for the future will require some serious innovation. Agriculture must reduce its impact on the environment so we can continue to grow enough food without harming the natural world, he says.

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Science+ feed the world CAREERS

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Agrifood Systems, gland University of New En Science in Agriculture, University of Sydney Genetics (Hons), iversity Australian National Un

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land university of queens

easing the way have a big Food technology can safety impact on health and

population needs more ur growing and ageing and tists working in health innovative young scien d an ate du han Gough, UQ gra food science, says Vaug at r ge na ment laborator y ma research and develop s. turer Flavour Creation fac specialist food manu s as on ati ng at Flavour Cre Vaughan started worki m tea his gram at UQ, and part of an internship pro h wit se tho drink products for now creates food and the in y all n condition, especi dysphagia – a commo dif ficult to swallow. elderly, that makes it for r helped to prepare him Vaughan’s Honours yea for at gre s wa he now holds. “It the management role .” lls ski ject management self-motivation and pro the nts at UQ learn about de Food technology stu is Th emistry of food. physics, biology and ch ients ughan to adjust ingred Va grounding now helps til un cts du flavouring in pro like the thickeners and d an ise ert ere’s a lot of exp they are just right. “Th ,” he o making the products int technology that goes do I at g to know that wh says. “It’s a great feelin .” people’s quality of life ves pro im – Cherese Sonkkila

r of Food Technology (Ho TO GET THERE: Bachelo nsland The University of Quee

ns),

federation university of austra lia

Free-range career Become an animal health expert and change the world

ustralia is one of the most enthusiastic meat-eating countries in the world so a lot of healthy livestock is needed to satisfy demand. “Human health is directly tied to animal health,” says Federation University Australia Associate Professor David Piedrafita. One of the biggest issues facing livestock is infectious disease. Worm parasites, for example, are a big problem in Australia because the worms have become resistant to de-worming drugs. But a lot can be learned from countries that haven’t been able to afford de-worming drugs and have instead bred animals that are naturally resistant to worm parasites. David and his team have crossed Australian merino sheep with a new generation of Indonesian thin tail sheep that have resistance to flatworms, and they’re conducting genetic testing to better understand the resistance. David says the research will help farmers to breed sheep that are healthy and resistant to parasites. He says the learning environment at Fed Uni is great because it’s a regional university – the class sizes are small and students get to work closely with local farmers. “We take students out to different farm settings, comparing free-range and intensive farming methods.” And veterinary and wildlife science offers a lot of career opportunities, says David. “Animal quarantine, disease surveillance and wild animal research are just a few.” – Cherese Sonkkila

TO GET THERE: Bachelor of Veterinary and Wildlife Science, Federation University Australia

{Careers with Science}

Cathleen Phimdert

Passion action

growing raged me to follow my y parents always encou to example by taking me passion for science, for tificate! cer aid t firs my t ge tivals and to museums, science fes at ess dical science and busin This led me to study me one of the ere wh S), (UT ey ology Sydn the University of Techn ing a science involved in was perform coolest projects I was ng engaging g my final year. Creati show to the public durin prisingly to understand was sur material that was easy ing! challenging, but reward the lucky to be selected for s wa I ng After graduati rcial me com a as m gra duate pro Woolworths Finance gra s to help e my skills in analy tic analyst, where I now us . ns tio era op d cesses an improve efficiency in pro ships and job ern int for ing ply s not ap One mistake I made wa ble, so use your tworking is really valua opportunities at uni. Ne ence within your to get as much experi passion as motivation . chosen field as possible amazing ce and health can create en sci in ng People worki it’s important gical advancement, so innovation and technolo ! to never stop learning

Bachelor of Medical Science/ Business, UTS

Student Promotional Representative, UTS Science

Finance Gr aduate, Woolworths

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BRYAN VERSTEEG AND MARS ONE AND OCEAN EXPLORATION TRUST

If you have a curious mind and a keen interest in science and travel, a career as an intrepid explorer could be on your horizon

rom building a life on Mars to deep-sea investigation, a career in exploration can lead you to a whole new world – roaming the far reaches of Earth and venturing into undiscovered territories to challenge the limits of what we know today. In 2026, the Mars One mission plans to launch its first team of astronauts on a one-way journey to Mars to establish a human settlement. Hoping to be chosen among the teams is RMIT environmental engineering PhD student Dianne McGrath – one of Mars One’s 100 shortlisted astronaut candidates. If selected, Dianne will spend the next decade learning essential skills needed to sustain life on Mars. “It’s rare to have the chance to do something so meaningful for humanity,” she says. “Humans will need three things to successfully survive and thrive: oxygen, water and food,” says UNSW Professor Malcolm Walter, who is funded by NASA to research microbial life in high-temperature ecosystems and the possibility of life on Mars. Closer to home, NASA is working with world-leading researchers on its Coral Reef Airborne Laboratory’s (CORAL) mission to record the condition of reefs, including the Great Barrier Reef. “We want to help scientists understand the reef ecosystem and how it is impacted by the environment,” says reef ecologist Dr Eric Hochberg of the Bermuda Institute of Ocean Sciences and principal CORAL investigator. Reef conditions will be measured using an airborne imaging spectrometer, created at NASA’s Jet Propulsion Laboratory, which will collect critical data that will be collated with in-water measurements to provide a detailed analysis of coral reefs. Modern tech is making it easier for scientists to go deeper into the sea, so they can identify everything from new life forms to potential new medicines derived from marine biology. Biologists from Temple University in Philadelphia have discovered a strange body of water lying 1 km under the Gulf of Mexico, nicknamed “the jacuzzi of despair”

{Careers with Science}

because the water in the crater-like pool rising 3 m from the seabed is toxic to most life. Surprisingly, it does sustain a few organisms – like bacterial life and shrimp. “We’re looking for new forms of life,” says Associate Professor of Biology at Temple University, Dr Erik Cordes. “The organisms tell us a lot about types of life we might find on other planets.” This discovery has pushed the boundaries of current deep-sea technology. “Exploring the deep sea is a lot like exploring outer space,” says Erik. “It has the same sense of the unknown, and we can use a lot of the same technologies that we use in space exploration.” When you combine science with exploration a career of endless discovery awaits. – Rachael Oku

Science+ exploration CAREERS

Marine biolog Research sc

ist *$54,036 ientist *$77 ,855

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gineer *$73

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OMA of... graduate DIPL d Astronomy),

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university of newcastle

Blazing a trail from arts to science Karlie Noon switchedck and never looked ba

for a science degree was arlie Noon didn’t think of ty rsi ive Un r at the her until her second yea e in d from art s to a degre he itc sw she Newcastle, when fit. ct rfe d found the pe science and maths, an student in e the first Indigenous cam be In 2016, Karlie ths, and is gree in science and ma NSW to get a double de n to ate for STEM. She’s kee now a passionate advoc ld. “Just he ce on lf rse s that she he change the perception it actually at school, doesn’t mean because maths sucked sucks!” she says. looking at ant at CSIRO, Karlie is Now a research assist a Western dictions and applying Indigenous weather pre “explore igenous knowledge to science approach to Ind d and rte po sup ic methods are how traditional, holist systems”. l ica og rol teo cs and me explained through physi stars and ve been looking at the “Indigenous people ha ky to have rs,” says Karlie. “I’m luc sky for thousands of yea I see as ledge systems, which exposure to both know s. say she mentary,” contrasting but comple ve to be proof that “you don’t ha ng livi is Karlie says she nt to do”. dent to do what you wa a typical straight-A stu stars. EM was written in the For her, a career in ST – Rachael Oku

r of Mathema TO GET THERE: Bachelo tle as wc University of Ne

tics/Science,

Check out Karlie’s video online CareerswithSTEM.com

You don’t have to bedo t to a straight-A studen what you want to do.”

BACHELOR of... Science (Space Science and Astrophysics), University of Adelaide Science (Astronomy and Astrophysics), Macquarie University Science (Climate and Weather), University of Melbourne Marine and Antarctic Science, University of Tasmania

EXPLORE YOUR FUTURE

CareerswithSTEM.com/ Exploration

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<HIGHLIGHT: UTS>

Real-time science

riencing nature in There’s nothing like expe in motion real time to set learning

ing voluntary lab work are oing on field trips and do area of science that best great ways to unearth the y s University of Technolog sparks your interest, say n. bli Professor Martina Do Sydney (UTS) Associate ch program Productive Coasts resear Martina (right) leads the oceans and at the effects of warming at UTS Science, looking ir productivity. coastal systems and the how this will influence the-art ion on CSIRO’s state-ofShe led a research expedit where the RV Investigator in 2016, marine research vessel Australian st Ea the in days drifting researchers spent three position ges in ocean microbe com Current, mapping chan within the current. d microbes anyone had documente “This was the first time na. experiment,” says Marti along this journey in an son (below), bin Ro e ott arl dents, Ch One of Martina’s PhD stu tural world. to know more about the na has always been curious log y at UTS r of Science in Marine Bio She completed a Bachelo distribution of inf luence of light on the and is now looking at the ocean microbes. Fiji k part in a voyage from In July 2016, Charlotte too respond microbes and how they to Hobart investigating s a great rface temperature. “It wa to increases in ocean su l time,” what I was studying in rea opportunity to witness she says. modelling in electronics, statistical Charlotte has also dabbled the oceans. p biological processes in and satellite data to ma ing language learning the programm “My latest challenge is ing it!” ellite data – and I’m lov Py thon to process the sat rtunities t students see what oppo Martina recommends tha itiv uis e and early as possible. “Be inq are available to them as ness ctions early.” – Laura Bo curious, and make conne

KRISTIAN TAYLOR-WOOD

ts.edu.a TO GET THERE: ww w.u

u/about/facult y-scienc

Be inquisitive and curious, and make connections early”

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<HIGHLIGHT: UNSW AUSTRALIA>

s r e h c t a w h t r Ea

e right ch Centre offers just th ar se Re ge an Ch e at im e UNSW Australia’s Cl tand our planet’s climat rs de un to ch hi w in e er atmosph

ies and a unique team of “We have excellent facilit d an us the climate sciences: tho Twelve spanning all aspects of ers ch limate change isn’t new. ear res oths and early surface, extremes and years ago, ice age mamm eans, atmosphere, land oc rld wo a frozen m. humans wandered across paleoclimate,” says Wille came es ag Ice ay. RC attracts very talented tod CC n the tha s r 5–10 °C colde All of this mean ny ma en pp . past, and will ha researchers and students thods along many times in the global ing nd r-e ve sed to new ideas and me ne po a ex in y ure ntl fut sta the con in ’re ou ain “Y ag es tim t fields,” says Willem. oling. from countless differen cycle of warming and co ge an ch te ma e on a PhD to study at the ned about cli But you don’t have to tak So why are we so concer can major the up d vanced Science) students humans have spe e Ad d tim s (an c thi BS se . cau RC Be CC w? no g t in a climate do their Honours projec sing violent and damagin ce, cau en lly sci tia te ten ma po cli s, in ces pro or tackle a s that call Earth ‘home’. al courses at the CCRC, ng du thi ivi ing ind e liv tak all ic, on s top ect eff uate in one of many undergrad ently completed a PhD climate project through Dr Willem Huiskamp rec ge an Ch te ma Cli rships. SW Australia’s summer research schola paleoclimatolog y at UN at c in Advanced Science BS a k ). too RC When Willem Research Centre (CC by o rse “T : cou aim hy ple rap ar oceanog s, has one sim UNSW, it was a third-ye Paleoclimatolog y, he say anged varied in the s ha te ma cli n Meissner that really ch ’s tri rth Ka r Ea sso the ofe w Pr ho e er iat eth soc tog As ce pie y r understand how it ma the path of his career. past so that we can bette excellent lecturer who .” “She was a particularly urs change in the future t tha ns tio ula do my fourth-year Hono computer sim ggested I could apply to su Willem makes and runs s. say he ” the ce, in an ch red d at the ected carbon sto earch with her – I jumpe res mimic how wind has aff an ssi Ru ld. a fie rd oa ng ab Willem s it’s a fascinati His studies have taken ence oceans over time. He say uthern So the in ctic – and to an ocean sci lds tar fie An nd the wi ship to ch ear res “Subtle changes in g t it’s the problem solvin of thousands of years, can conference in Hawaii. Ye Hemisphere, over tens st. .” mo ion lat him s cu cir ate ’s tiv ce that cap ge in the ocean involved in ocean scien result in a complete chan te ge ecu an ex ch it te ma ing cli tch of code, wa big picture “Writing a long piece of His research adds to the is rts d pe en ex er ing oth ad -le the at rld s emerge RC, where wo and having some result being built up at the CC that affect ses ces pro nt – Ben Skuse rta g.” po im yin us isf immensely sat are looking at vario Earth’s climate. .au/

cience.unsw.e TO GET THERE: ww w.s

{Careers with Science}

e v i t a e Cr s r e e r a c

ience with creativity, sc s ne bi m co at th ch oa es It takes a holistic appr 21st century challeng ce fa to ns io at ic un m m co politics and innovative

Science+ humanities CAREERS

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stralia

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Sydney University Science/Arts, Western nash University Science and Art s, Mo ty of Adelaide Art s/Science, Universi sland ty of Southern Queen Art s/Science, Universi University Science and Art s, Curtin ty of Tasmania Art s/Science, Universi n National University Art s/Science, Australia

CREATE YOUR FUTURE

{Careers with Science}

CareerswithSTEM.com/ Humanities

SHUTTERSTOCK

cial science and the arts is cru inding ways to combine ing fac ges e of the major challen if we want to tackle som er ch tury, says social resear the world in the 21st cen ty Montana at the Universi and PhD student Jasper UK. ent of Geography in the of Cambridge’s Departm lly explained ua us is ich wh , example Take climate change, for around how the major challenges are as a physical issue, but “Bringing , technology and politics. it relates to the economy and the arts allows us to underst together science and the se major issues.” complexity of some of the allenge d Jasper’s work is the ch One of the passions behin and nature. onships between people of building better relati ty of Melbourne, Zoology at the Universi During his Bachelor of side, which ntary production on the he pursued video docume ries. One series of BBC documenta led to him working on a at the role Histories, which looked of these was Unnatural derstanding litics in shaping our un of culture, history and po of the natural world. u the the humanities gives yo Combining science with communicate lls, think critically and chance to hone your ski ple through a creative way – for exam science to the public in es you the video-making. It also giv writing or illustration or careers few different passions or opportunity to follow a one field of study. that combine more than sses he Drew Berry says the cla Biomedical animator Dr ic design. l were biolog y and graph loved the most in schoo lbourne y at the University of Me After studying cell biolog te of Medical lter and Eliza Hall Institu and working as the Wa his knowledge guy”, he now combines Research’s “Photoshop reveal scopy with animation to of cell biolog y and micro our bodies. molecular action inside are making nces in technology, we “Driven by amazing adva says. “There’s derstand biolog y,” Drew giant leaps to better un y to the public, what’s going on in biolog a huge need to explain ic discoveries the impact that scientif particularly because of can have on our lives.” hough science visualisation, alt Drew thinks the field of big th a really exciting area wi still at an early stage, is t needs tha er nti fro ld wi e. “It’s a developments yet to com bilities for out and explore the possi motivated people to go science lisations to explain what making and using visua ss is about.” – Laura Bone

David Murray

get the word out

Bachelor of Science Communication (Ecology), UNSW Australia FedU_STEMcareers_210x148mm.pdf

Reporter, ABC News

en having a job y dream has always be e learning where I could spend tim erested me, like about anything that int rld works. science and how the wo ing I thought of Radio was never someth during my degree in doing as a career, but n at UNSW Australia, Science Communicatio local station once I used to turn up at the d interview local a week to play music an d a passion for radio. bands, and I uncovere job writing and Later, I got a full-time ucation programs for presenting science ed a. I also spent time Questacon in Canberr s in the Solomon training radio presenter a freelance Islands and worked as Australia during correspondent for Radio 2010. Eventually, the Solomon Games in ABC Radio Sydney, I starting producing at d present Beyond where I now produce an 8) – a program and the Lab (ab.co/2jmxom ed to uncover and podcast that I develop stories. share amazing science because it’s I love working in radio merse myself into fast-paced and I can im Training Coordinator, day. My advice is to a dif ferent story every Solomon Islands and try new things Broadcasting Corporation put yourself out there Australian Youth experience until they – because no one has Ambassadors for f-doubt is just part of Development do something, and sel the creative process. Breakfast

Presenter, Questacon

Producer and 2:33 PM Presenter – Beyond the Lab, ABC Radio

30/01/2017

LAUREN TROMPP

Radio Producer, ABC Radio Sydney

{Careers with Science}

Combining technology and science allows us to think big and solve challenges in computing, medicine and the environment

Science+ technology CAREERS

Biomedical engineer *$62,197 ,379 Medical laboratory scientist *$60 Radiographer *$64,376 *median salary

graduate DIPLOMA of...

Nanotechnology, Flinders Universit

Professional Practice (Material s and Nanotechnology) , Universit y of South Australia

BACHELOR of...

chnology), Science (Molecular Biology and Biote Universit y of Western Australia gy), Science (Nanoscience and Technolo Universit y of Sydney Systems), Engineering (Hons) (Biomedical y ersit Univ onal Nati an Australi ogy), Biotechnology (Hons) (Nanotechnol Universit y of Queensl and

UNLOCK YOUR FUTURE

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CareerswithSTEM.com/ Technology

SHUTTERSTOCK

he thickness of a strand of hair is about 100,000 nanometres, while a virus is about 50 nanometres thick. This is the tiny scale that experts are working at to understand and control how materials behave. A degree in nanoscience gives you the chance to make super-materials for health, tech and the environment – giving you the tools to take on the future’s grand challenges. “Nanotechnology allows us to pack supercomputing power into a piece of silicon no bigger than a thumbnail,” says associate researcher Dr Philipp Gutruf at RMIT University. Smartphones, tablets and laptops would never have been possible without nanotechnology. But making things on a small scale is not all that nanoscience has to offer. Playing with the nanostructure of materials can make them elastic, electric, magnetic, super-hard or almost anything else you want them to be! “I use materials to make stretchable and flexible sensors, electronics and optics,” says Philipp. He’s created a tiny device that warns when a person has dangerously low levels of blood oxygen, which can be used to monitor hospital patients and alert mountain climbers; and ultra-thin, stretchable lenses that filter light better than standard lenses – the first step towards futuristic ‘smart’ contact lenses. Dr Tristan Clemons from the University of Western Australia is using nanotech to improve the way we treat diseases like cancer and cystic fibrosis. “Nanotech can help us create better drugs and targeted drug delivery,” he says. “The research is exciting because you can work on improving the quality of life of people who are suffering.” Using powerful supercomputers, CSIRO science leader Dr Amanda Barnard discovered a property of diamond nanoparticles that can target brain tumours in cancer patients. Amanda’s efforts could transform society in many different ways, for example in the energy sector. “I’d love to see a world where energy is available to all, and I think nanoscience will ultimately allow this,” she says. More efficient solar panels, fuel cells and batteries, and lighter vehicles are just the beginning when you manipulate materials on the nanoscale. Whether designing medical diagnostic devices or building better batteries – the only thing for certain is that a career in nanoscience is hugely exciting. “Nanotech is focused on creating a new world around us,” Amanda says. “If you’re interested in launching into the unknown, this is the field for you.” – Ben Skuse

queensland university of technology

streets ahead are changing Bright ideas in science r worlD the way we light up ou

nable power are afer streets and sustai arter lighting just a few ways that sm environment. could change our urban earcher at Physics expert and res of Technology Queensland University i, is illuminating (QUT), Dr Gillian Isoard alised LED lighting the possibilities of speci energy efficient. that is high quality and m improving public Applications range fro ion and movement lighting to assisting vis facilities. for people in aged-care pleted a In early 2016, Gillian com street lighting 12-month trial of LED ject showcased in Queensland. The pro g to LED lights advantages of switchin as, to make street for roads and public are t power costs. lighting brighter and cu hts collect and New, high-tech streetlig l data. Some will communicate essentia inbuilt CCTV to even have add-ons like d ‘push to talk’ boost public safety, an quick contact to emergency systems for fighting ser vices. ambulance, police or fire that impacts “Lighting is something damental way,” everyone in a really fun all works well it Gillian says. “When it for t, health, really maximises our com – Karen Keast wellbeing and safety.”

r of Science (Physics), TO GET THERE: Bachelo

career in science means you can satisfy your curiosity, discover new things and change lives. The most enjoyable research is when you’re working with a team on a project that can help people improve their quality of life. My favourite project has been developing paper-based sunburn sensors for my PhD at UNSW because skin cancer is so common in Australia. The sensors are easy to use and are a relatively cheap way of preventing the skin cancer from developing later in life. The great thing about them is they cover any skin type, UV exposure time and sunscreen strength. Global problems like pollution and disease can only be solved if experts in science and health work together. We need to encourage people, especially girls, to pursue science so that they can address these issues and benefit society.

Skin Saver

GRANT TURNER

ty of Technology

Parisa Sowti

Bachelor of Materials Engineering (Ceramics), University of Tabriz, Iran

Queensland Universi

Master of Science in Materials Engineering, Materials and Energy Research Center of Iran

PhD student, UNSW australia

{Careers with Science}

<HIGHLIGHT: ANSTO>

Next big thing Researchers at ANSTO are developing new materials that can make cars safer and computers faster

oing research using amazing technology is what makes Josie Auckett love her career. “It takes tenacity to stick with the challenges of research, and that can only come from really loving what you do,” she says. Following her PhD in chemistry at the University of Sydney, Josie (below) started work with ANSTO (the Australian Nuclear Science and Technology Organisation) in the energy materials project team developing porous materials for hydrogen storage and carbon dioxide capture. Josie’s job is to dig deep into data from their experiments on materials to figure out why they work the way they do. Researching new areas offers scope for a lot of creative problem solving, which she enjoys. “I like the fact that in research, you never have the same week twice,” Josie says. “You’re learning previously unknown things, and trying to do stuff that few people, if any, have ever done before.” Grace Causer (right) had a lightbulb moment during a school visit to ANSTO when she realised that science can be an exciting and rewarding career. “It was the first time I was able to see in realtime everything that I had been reading about in textbooks. All of a sudden the science was real, and very attractive to me.” Grace worked with scientists at ANSTO during her Honours year at the University of Wollongong, where she was involved in conducting an experiment to look at the atomic structure of certain crystals. She then decided to begin a PhD at the University of Wollongong in collaboration with ANSTO, looking at new materials that are made in the lab and could be used in next-generation electronics to make computers faster. “A career in science is challenging, rewarding and fun!” Grace says. “I can’t wait to discover the next big thing.” – Laura Boness

TO GET THERE: www.ansto.gov.au

{Careers with Science}

university of sydney

s r e d l u o h s e h t n O of giants ience Studying several sc recipe a is er th areas toge for discovery

ology and create ant to invent new techn ntiers? and explore medical fro e biochemistry and sid ng alo y “I studied chemistr se at for my career becau physiology, which is gre I’m h work even thoug I understand how cells s University of Sydney say ” working in chemistry, ft). r, Dr Elizabeth New (le graduate and researche s sor w chemical sen Elizabeth develops ne ls in proteins and DNA. ica that can detect chem the sensors to pinpoint Researchers can use d their treatments. causes of diseases an discover new ways in “It’s really exciting to . s work,” says Elizabeth which biological system t tec ing probes to de She’s currently develop te their link to iga metal ions and invest Alzheimer’s disease. to start a career in Elizabeth was inspired hands-on experience research after getting degree. “I love that in during her undergrad changes to the really research, we can make societ y today.” important issues facing – Cherese Sonkkila

TO GET THERE: Bachelor of Science (Advanced), University of Sydney

{Careers with Science}

hstem.com it w s r ee r a c e: er h s ee Find more degr

. . . + e c n e i c s Do

Here are just some of the courses where you can study science and build skills in another field at the same time

get immediate skills graduate diplomas

Australian National University >>> Science Communication Curtin University >>> Food Science and Technology Flinders University >>> Nanotechnology University of South Australia >>> Professional Practice (Materials and Nanotechnology) University of Queensland >>> Agribusiness University of Southern Queensland >>> Science (Physics and Astronomy) University of Sydney >>> Brain and Mind Sciences University of Tasmania >>> Applied Science (Marine Environment) University of Western Australia >>> Science Communication

solvE global problems

agriculture, food science, sustainability... Australian National University >>> Genetics (Hons) >>> Interdisciplinary Studies (Sustainability) >>> Philosophy/Science Charles Sturt University >>> Clinical Science >>> Science (Plant Science) >>> Viticulture >>> Wine Science CQUniversity Australia >>> Agriculture Edith Cowan University >>> Sustainability La Trobe University >>> Agricultural Science Macquarie University >>> Clinical Science

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Monash University >>> Science Advanced â&#x20AC;&#x201C; Global Challenges Murdoch University >>> Science (Crop and Pasture Science) RMIT University >>> Science (Food Technology and Nutrition) University of Melbourne >>> Science (Physics) University of Newcastle >>> Food Science and Human Nutrition >>> Science (Photonics) University of New England >>> Agriculture >>> Agribusiness (Rural Science) >>> Agrifood Systems University of Queensland >>> Agribusiness/Sustainable Agriculture University of South Australia >>> Sustainable Environments University of Sydney >>> Food and Agribusiness >>> Science in Agriculture University of Tasmania >>> Agricultural Science University of Western Australia >>> Science (Pathology and Laboratory Medicine) UNSW Australia >>> Food Science and Technology Western Sydney University >>> Sustainable Agriculture and Food Security

BE CREATIVE

communication, teaching, arts, music... Australian National University >>> Science/Master of Teaching Curtin University >>> Science/Arts Deakin University >>> Teaching (Science)/Science

Edith Cowan University >>> Arts/Science Federation University Australia >>> Science/Education La Trobe University >>> Psychological Science Macquarie University >>> Science/Education (Secondary) Monash University >>> Science and Arts >>> Science and Music University of Adelaide >>> Arts/Science University of Newcastle >>> Arts/Science University of Notre Dame >>> Counselling/Behavioural Science >>> Education (Early Childhood & Care)/Behavioural Science University of Queensland >>> Music/Science >>> Science/Education University of Southern Queensland >>> Arts/Science University of Sydney >>> Science/Arts University of Tasmania >>> Science/Arts UNSW Australia >>> Music/Science >>> Science/Education (Secondary) Victoria University >>> Science (Science For Teaching) Western Sydney University >>> Science/Arts

explore the world

conservation, marine science, astronomy... Australian National University >>> Resource and Environmental Management >>> Science (Forest Sciences)

Charles Darwin University >>> Environmental Science Charles Sturt University >>> Environmental Science and Management CQUniversity Australia >>> Environmental Science Curtin University >>> Applied Geology and Environmental Biology Federation University Australia >>> Environmental and Conservation Science >>> Veterinary and Wildlife Science Griffith University >>> Urban and Environmental Planning/Science James Cook University >>> Science (Aquaculture Science and Technology) >>> Science in Environmental Earth Science Advanced La Trobe University >>> Science (Botany) >>> Science (Zoology) Macquarie University >>> Biodiversity and Conservation >>> Science (Astronomy and Astrophysics) Murdoch University >>> Environmental Science QUT >>> Science (Chemistry) >>> Science (Earth Science) Southern Cross University >>> Forest Science and Management Swinburne University >>> Science (Environmental Science) University of Adelaide >>> Science (Space Science and Astrophysics) University of Melbourne >>> Science (Climate and Weather) >>> Science (Environmental Science)

be a leader

law, business, policy... Australian Catholic University >>> Biomedical Science/ Business Administration >>> E xercise Science/Business Administration

Bond University >>> Actuarial Science >>> Biomedical Science/Laws Deakin University >>> Forensic Science/Criminology >>> Commerce/Science Edith Cowan University >>> Counter Terrorism Security and Intelligence >>> Forensic Investigation >>> Science/Business Flinders University >>> Science Policy and Communication Griffith University >>> Exercise Science/Business >>> Laws/Science in Environment >>> Psychological Science/ Criminology and Criminal Justice Macquarie University >>> Information Technology/ Laws Monash University >>> Commerce and Biomedical Science >>> Commerce Specialist and Science >>> Laws (Hons)/Science >>> Science Advanced (Research) QUT >>> Business/Mathematics >>> Laws >>> Science/Business

RMIT University >>> Applied Science (Aviation)/ Business (Management) >>> Science (Applied Science)/ Business University of Canberra >>> Politics and International Relations/Science (Psychology) University of New England >>> Business/Laws University of Queensland >>> Economics/Science University of Southern Queensland >>> Commerce/Science University of Technology Sydney >>> Medical Science/Business UNSW Australia >>> Economics/Science >>> Science and Business

GET INTO TECH

computer science, data science, nanotech... Australian National University >>> Engineering (Hons) (Biomedical Systems) Charles Darwin University >>> Engineering Science Edith Cowan University >>> Science (Cyber Security) Flinders University >>> Science (Clean Technology) >>> Science (Nanotechnology)

Murdoch University >>> Science (Internetworking and Network Security) RMIT University >>> Science (Nanotechnology)/ Science (Applied Sciences) University of Canberra >>> Sport and Exercise Science/ Information Technology University of Melbourne >>> Science (Biotechnology) >>> Science (Computational Biology) University of Queensland >>> Biotechnology (Hons) (Nanotechnology) University of South Australia >>> Science (Nano- and Biomaterials) University of Sydney >>> Science (Nanoscience and Technology) University of Tasmania >>> Biotechnology University of Technology Sydney >>> Biomedical Physics/ Creative Intelligence and Innovation >>> Science/Creative Intelligence and Innovation University of Western Australia >>> Science (Molecular Biology and Biotechnology) University of Wollongong >>> Bionanotechnology (Hons)

FLIP OVER for health >>>

University of Newcastle >>> Environmental Science and Management University of Tasmania >>> Marine and Antarctic Science >>> Natural Environment and Wilderness Studies >>> Science/Economics >>> Surveying and Spatial Science University of Technology Sydney >>> Environmental Biotechnology >>> Science/International Studies University of the Sunshine Coast >>> Environmental Management University of Western Australia >>> Science (Natural Resource Management) UNSW Australia >>> Environmental Management >>> Science (International) Western Sydney University >>> Science/International Studies

The future will bring new challenges. Your future will be solving them.

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There has never been a more exciting time to study science at The University of Newcastle. •

We’re globally recognised for excellence in scientific research. We ranked well above world standards in nine of our science disciplines in the 2015 Excellence in Research Australia (ERA) assessment

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You can tailor your degree by choosing from 11 in-depth majors including chemistry, biology, physics and marine science

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Access cutting-edge jobs. Growth and development in the science industry saw 80% of our graduates from 2015 employed in a diverse range of careers within four months of graduating*

Realise your potential with a science degree from The University of Newcastle, ranked in the top 250 universities in the world**.

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*Australian graduate survey 2015 **QS World University rankings 2016

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