/Kaspersky SecureIT Cup. Fighting cybercrime is the future for RMIT students (via Qpute.com)

Kaspersky SecureIT Cup. Fighting cybercrime is the future for RMIT students (via Qpute.com)

RMIT University has just completed its pilot participation in the
Kaspersky SecureIT cup.

The Kaspersky SecureIT Cup is a global program for 18-26-year-old students. The aim is to identify fresh new ideas to help Kaspersky in its mission to save the world from cyberthreats.

Detailed information about the Kaspersky SecureIT Cup is here.

GadgetGuy spoke to Dr Joanne Hall, lecturer in
mathematics and cybersecurity at RMIT. She organised the university’s pilot participation
in Kaspersky SecureIT Cup.

Kaspersky SecureIT Cup
Dr Joanne Hall, lecturer in mathematics and cybersecurity at RMIT.

GG: Your role involves coordinating industry/student events like the Kaspersky SecureIT Cup?

Students need to get to know the scope of the
cybersecurity industry. And they need to get to know the key players.

That is why we partnered with Kaspersky to run a pilot CYBERSECURITY COMPETITION (email protected) It helps them to become interested in cybersecurity.

“Our students are going to go out to make the world a better place, so we need to invite the world into universities. We hope to explore opportunities to work with Kaspersky and more cybersecurity industry partners.”

RMIT Master of Science student Tracy Tam’s presentation on ‘Cybersecurity in Small Business’. She receives the Australian prize of US$1,000.00 sponsored by Kaspersky.

Kaspersky SecureIT Cup
Student Tracy Tam (L) and Kaspersky bear!

In 2020, RMIT spurred on by the success of this competition will encourage more students to participate in Kaspersky’s annual and internationally recognised SecureIT cup. The winner gets US $10,000 (AU $14,300). Regional winners are able to attend the Kaspersky Security Analysts Summit – an international event that brings together the world’s foremost IT security experts.

GG: Tell us more about RMIT and its cybersecurity training.

First, Joanne has a math background. She has a Bachelor’s degree majoring in Pure Mathematics from ANU, and a PhD in Quantum Cryptography from RMIT.

Second, when not teaching she likes ‘exploring the mathematical structures which underpin cryptographic systems.’

cryptographic systems

She helps to organise work placement and industry collaboration for RMIT’s Bachelor of Science (Mathematics) students. Her hope is that many will go on to complete the graduate certificate in Cyber Security (half year), Diploma of Cybersecurity (one year) or Master of Cyber Security (two years). These are courses to ‘upskill’ suitable graduates in cybersecurity.

RMIT also offers a six-week refresher ‘Cyber
Security Risk and Strategy’ course.

GG: Hall is upbeat about RMIT’s efforts but downbeat in if they are enough.

RMIT has been offering cybersecurity training
for 20 years under the guise of ‘Information Security and Assurance’. Cybersecurity
sounds far more exciting. Many other unis have now joined the cybersecurity movement,
albeit for a relatively short time.

The next generation of students needs to know so much more. Cybercriminals are embracing quantum computing and cryptography. We are nowhere near being able to produce work-ready graduates to counter that.

GG: One of your concerns is that many students do not complete their Cybersecurity studies.

About half of our students are international and go back home to practice there. Of the other half, they are fresh IT grads right up to 20-year veterans who need a refresher.

The promising ones receive job offers before they complete the course work. Such is the demand for cybersecurity talent.

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