Quantum Information Technology: Industry Readiness and Applications
Emerging Technologies – led by Monash Faculty of IT
Rapidly-emerging, quantum computing (QC) has widespread applications and benefits – from protecting online security to solving once ‘unsolvable’ industrial problems across transportation, manufacturing, energy, defence and other sectors. Join this project and help Australia reap its benefits.
The problem
The next IT evolution is undoubtedly quantum, but Australia is unprepared for the transformation – lacking a skilled workforce, an understanding of the technology and how to apply it to real-world problems.
The goal
This program will tackle hurdles that are roadblocking quantum-safe security technologies and innovative industry applications of quantum computing.
It will deliver novel quantum-safe cryptography technologies to protect online systems from QC attacks, and accelerate the adoption of quantum-enhanced cybersecurity, AI, optimisation and simulation algorithms across Australian industries – aligning with the Digital Economy 2030 strategy.
Outcomes you’ll drive
Specifically, this program will result in practical and cost-effective:
- techniques for implementing and deploying quantum-safe cybersecurity technologies, and applications of near-term quantum computing technology to quantum-safe cybersecurity problems
- quantum computing-assisted optimisation algorithms and their applications in areas such as transportation, supply chain and software reliability
- quantum computing-assisted physical system simulation algorithms and their applications across chemistry and materials engineering
- quantum computing-assisted machine learning and AI algorithms, and their applications spanning transportation and healthcare.
This program will also nurture a pioneering Australian workforce with expertise in quantum computing and IT skills that can be harnessed more widely across multiple disciplines and sectors.
Your study experience
As one of our PhD students, you will be at the heart of delivering program outcomes with access to:
- training bootcamps to teach you the multi-disciplinary common foundations needed in all the sub-programs of cybersecurity, optimisation, physical system simulation and machine learning and AI
- a quantum IT research seminar series featuring leading international experts who will speak about state-of-the-art advancements in the sub-programs
- collaboration workshops and networking events with students, supervisors, associate researchers and industry – allowing you to present your progress while driving discussions and partnerships between sub-programs
- an annual industry workshop attended by organisations, CSIRO and government officials working in related sectors, to promote insight sharing and explore how the program outcomes can be further amplified
- esteemed supervisors from Monash, UNSW and Data61 with extensive experience and success in running cohort-based, multi-disciplinary training initiatives like this program
- the newly formed Data61 Quantum Technology Seminar Series about the latest research in quantum software and algorithms from leading Australian and global specialists.
What you will receive
Projects
Quantum-Resistant Cryptography for Cloud-Based File Sharing Systems
Project Description:
The aim of this project is to design and evaluate practical quantum-resistant (aka post-quantum) cryptosystems suitable for enhancing security of and providing novel functionalities to a cloud based file sharing system. The outcomes of the project will be applied in novel secure file system products of Senetas.
Project Requirements:
- Strong mathematical and cryptography background is required.
- Knowledge/experience in coding (for example, Python, C/C++, SageMath) is a plus.
- Applicants must be domestic students (Australian citizens, permanent residents, NZ citizens, or holding an Australian visa without any limitation as to time (e.g. visa subclass 189).
- Candidates must have completed (or be about to complete within the next 6 months) a significant research component either as part of their undergraduate (honours) degree or masters degree. They should have excellent English verbal and written communication skills.
Scholarship Type:
PhD (3.5 Years) or MPhil (2 years)
Host University:
- Monash University
Industry Partner:
Senetas is a global leader in cybersecurity based in Melbourne, Australia. Its hardware and software products protect commercial, government, defence and critical infrastructure data in over 40 countries.
Quantum-Resistant Cryptography for Network Encryptors
Project Description:
Senetas network encryptors are specialised hardware and software appliances used to encrypt network traffic for government, defence and commercial. The aim of this project is to develop, implement and evaluate prototypes of practical quantum-resistant (aka post-quantum) algorithms for enhancing the security of a Senetas Network encryptor application. Targeted applications include agile high throughput network encryptors, code-signing engines, or key management modules. The outcomes of the project will be applied in novel network appliance products of Senetas.
Project Requirements:
- Knowledge/experience in coding (for example, Python, C/C++, SageMath, P4) is required.
- Mathematical and cryptography background is highly recommended.
- Applicants must be domestic students (Australian citizens, permanent residents, NZ citizens, or holding an Australian visa without any limitation as to time (e.g. visa subclass 189).
Scholarship Type:
MPhil (2 Years) or Honours (1 Year)
Host University:
- Monash University
Industry Partner:
Senetas is a global leader in cybersecurity based in Melbourne, Australia. Its hardware and software products protect commercial, government, defence and critical infrastructure data in over 40 countries.
Quantum-Resistant Digital Provenance
Project Description:
Digital provenance refers to the process of verifying and tracing the origins, lifecycle, and integrity of digital content. C2PA (Coalition for Content Provenance and Authenticity) is an initiative founded by multiple technology and media companies, aiming to address the increasing concern of misleading information and disinformation on the internet. The main objective of C2PA is to establish a standardized approach for digital content provenance, which essentially means tracing the origin and verifying the integrity of digital content. This project will investigate and evaluate enhancements to the security of digital provenance via the application of quantum-safe cryptography to integrate with C2PA standards.
Project Requirements:
- Knowledge/experience in coding (for example, Python, C/C++, SageMath) is required.
- Mathematical and cryptography background is highly recommended.
- Applicants must be domestic students (Australian citizens, permanent residents, NZ citizens, or holding an Australian visa without any limitation as to time (e.g. visa subclass 189).
Scholarship Type:
MPhil (2 Years) or Honours (1 Year)
Host University:
- Monash University
Industry Partner:
Senetas is a global leader in cybersecurity based in Melbourne, Australia. Its hardware and software products protect commercial, government, defence and critical infrastructure data in over 40 countries.