Critical Technologies Challenge Program

What is Critical Technologies Challenge Program?

The Critical Technologies Challenge Program offers up to $500,000 for consortia to develop innovative quantum technology solutions for challenges of national significance.

Background

The Critical Technologies Challenge Program was established to propel Australia forward in addressing critical market-led challenges through advanced quantum technologies. This initiative aims to harness the capabilities of quantum technology alongside other advanced technologies like artificial intelligence and robotics to solve significant national issues, including energy sustainability, medical diagnostics, autonomous systems communication, and resource management efficiency. By funding these innovative projects, the government seeks to enhance Australia’s competitive edge in key industries, drive technological innovation, and support the development of high-tech industries, contributing to long-term economic growth and job creation.

Objectives

The objectives of the Critical Technologies Challenge Program are to:

• Enhance Australia’s capabilities in quantum technologies by supporting industry-led solutions that address significant, market-driven challenges.
• Foster collaborations between Australian industry and research organisations to drive innovation and commercialisation of new technologies.
• Strengthen the competitiveness, sustainability, and security of key sectors such as energy, healthcare, and resource management through advanced technological solutions.
• Build a robust ecosystem that supports the growth of high-tech industries and enhances Australia’s standing in the global technology market.

Challenges

Challenge 1: Improve Biosecurity Outcomes
Develop solutions to enhance the detection of invasive pests, diseases, and cargo inspection processes. This challenge aims to strengthen Australia’s biosecurity systems, safeguarding agriculture, trade, and the environment from biological threats. By leveraging advanced technologies such as quantum computing, AI, and robotics, these solutions can improve accuracy, speed, and efficiency in monitoring and detection efforts, reducing risks and ensuring early intervention.

Challenge 2: Improve Health Outcomes for First Nations Peoples
Create innovative technologies that enhance life expectancy, health outcomes, and access to health solutions for First Nations communities. This challenge addresses critical gaps in healthcare delivery, particularly in remote and underserved regions. Solutions could include advanced diagnostics, telehealth platforms, or AI-driven tools tailored to community needs, ensuring culturally appropriate and effective healthcare solutions.

Challenge 3: Optimise Transport, Logistics, and Supply Chains
Design advanced systems and technologies to optimise transport routes, streamline logistics processes, and improve supply chain operations. This challenge focuses on developing tools that increase efficiency, sustainability, and reliability across Australia’s transport and logistics sectors. By incorporating quantum technology, AI, and data analytics, solutions can reduce costs, improve real-time decision-making, and enhance the flow of goods across industries.

Challenge 4: Optimise Energy Network Performance and Security
Deliver solutions that enhance the performance, sustainability, and security of Australia’s energy networks. This challenge seeks to address critical needs in energy distribution and resilience by integrating advanced technologies like quantum computing and AI. Solutions should aim to improve grid performance, support renewable energy integration, and bolster energy security against potential threats.

Grant Opportunities

The program offers two stages of grant funding:

• Stage 1 – Feasibility Grant – Grants between $100,000 and $500,000 to test and demonstrate the technical viability of your proposed solution or its components.

• Stage 2 – Demonstrator Grant – Successful Stage 1 projects may receive up to $5 million to build working prototypes or demonstrations.

Eligible Entities

Applicants for the Critical Technologies Challenge Program must meet the following criteria to be eligible under the program:

• The lead applicant must have an Australian Business Number (ABN).
• The lead applicant must be registered for the Goods and Services Tax (GST).
• The lead applicant must be an entity incorporated in Australia.
• Consortia applications are necessary, with the lead applicant being the primary driver of the project.
• The consortia must include at least one Australian industry-based partner and one Australian research organisation.
• International organisations may participate as partners within the consortia.
• The lead applicant is responsible for submitting the application on behalf of the consortia and managing the project if successful.

Eligible Expenditure

The eligible expenditure for the Critical Technologies Challenge Program are:

• Technical Viability Assessment: Costs associated with evaluating the technical feasibility and novelty of the proposed quantum technology solution.
• Security Evaluations: Expenses related to assessing national and cyber security issues pertinent to the proposed solution.
• Stakeholder Engagement: Costs for identifying and collaborating with potential technology end-users.
• First Nations Business Advisor Engagement: Expenditure related to engaging and collaborating with a Supply Nation registered or certified First Nations Business Advisor.
• Project Audit Costs: Expenses incurred for audit activities related to the project, if applicable.
• Other Approved Activities: Costs associated with additional activities approved by the Program Delegate that align with the grant’s objectives and outcomes.

Funding

Between $100,000 and $500,000 is available for the Stage 1 Feasibility grants with funding covering up to 100% of eligible expenditure. The Australian Government has allocated a total of $35.924 million over three years for this program.

Between $1 million and $5 million is available for the Stage 2 – Demonstrator grant opportunity with up to 80% funding of eligible expenditure. You must cover the remaining project costs in cash.

Eligible Activities

Eligible expenditure for the Critical Technologies Challenge Program Stage 1 Feasibility grants include:

• Conducting technical feasibility studies to validate the potential of quantum technology solutions.
• Developing innovative prototypes that integrate quantum technologies.
• Pre-commercialisation testing of quantum-enhanced products or components.
• Organising workshops or seminars to disseminate research findings and foster industry collaboration.
• Engaging consultants or experts to enhance the technological aspects of the project.
• Collaborating with industry partners to align the project’s outputs with market needs.

How to get the Critical Technologies Challenge Program Stage 1 Feasibility grants

To maximise your chances of securing the Critical Technologies Challenge Program Grant, focus on three key assessment criteria. Each criterion requires a detailed, well-structured response, demonstrating the alignment of your project with program goals, the quality of your project, and your capacity to deliver. Here’s how to approach each criterion:

Assessment Criterion 1: Project Alignment with the Selected Challenge and Pathway to Market (5000 Characters)

1. Describe the Use of Quantum Technologies:

• Clearly explain how your project utilises quantum technologies to address the selected challenge.
• Detail the specific quantum technologies involved and their roles in your project.
• Example: “Our project leverages quantum computing to optimise energy network performance by providing real-time analytics and predictive maintenance.”

         2. Superiority to Existing Market Solutions:

• Highlight how your proposal is superior to current market solutions.
• Provide evidence or case studies showing the limitations of existing technologies and how your project offers a better alternative.
• Example: “Unlike conventional energy management systems, our quantum-based approach offers a 50% improvement in efficiency and a 40% reduction in operational costs.”

         3. Current Technology Readiness Level (TRL):

• Identify the current TRL of your technology.
• TRL 4 indicates technology validated in a lab, while TRL 5 suggests technology validated in a relevant environment.
• Example: “Our technology is currently at TRL 4, having been validated in a controlled laboratory setting.”

         4. Anticipated TRL at Project Completion:

• State the expected TRL upon completing the Stage 1 Feasibility project.
• Detail the steps necessary to achieve this TRL.
• Example: “We anticipate reaching TRL 5 by the end of the project, with plans to conduct field tests and integrate feedback from industry partners.”

Assessment Criterion 2: The Quality of Your Project (5000 Characters)

1. Research and Development Methodologies:

• Describe the R&D methodologies you will use.
• Include details about experimental setups, data collection, and analysis techniques.
• Example: “Our R&D will employ a combination of quantum simulations and field tests, utilising advanced data analytics to refine our algorithms.”

        2. Role of Partners:

• Clearly outline the roles and contributions of each partner.
• Explain how their expertise will enhance the project’s success.
• Example: “Our consortium includes XYZ University for theoretical research and ABC Corp for practical implementation and testing.”

        3. Building on Current Knowledge:

• Explain how your research will build on existing knowledge and technologies.
• Cite relevant studies or technological advancements that your project will enhance.
• Example: “Building on recent advancements in quantum error correction, our project aims to apply these techniques to real-world energy networks.”

       4. Expected Next Steps:

• Detail the anticipated next steps for your project after the Stage 2 Demonstrator.
• Discuss plans for commercialisation, further development, or market introduction.
• Example: “Post-Stage 2, we plan to pilot our solution with industry partners, followed by a full-scale market launch within two years.”

      5. Support for Diversity, Gender Equity, and First Nations Participation:

• Describe initiatives to promote diversity and inclusion within your project.
• Highlight specific actions to involve underrepresented groups.
• Example: “Our project will actively recruit women and First Nations Australians through targeted outreach programs and partnerships with relevant organisations.”

Assessment Criterion 3: Capacity, Capability, and Resources to Deliver Your Project (5000 Characters)

1. Track Record in Managing Similar Projects:

• Provide evidence of successfully managing similar projects.
• Include examples, outcomes, and any challenges overcome.
• Example: “Our team previously managed a $2 million quantum computing project, delivering a 30% increase in processing efficiency.”

       2. Access to Skilled Personnel:

• Detail your access to skilled personnel necessary for the project.
• Highlight the qualifications and expertise of key team members.
• Example: “Our team includes Dr. Jane Doe, a leading expert in quantum algorithms, with over 20 published papers in the field.”

       3. Necessary Infrastructure and Resources:

• Describe the infrastructure, capital equipment, technology, and intellectual property you will utilise.
• Ensure these resources align with the project’s requirements.
• Example: “We have access to state-of-the-art quantum computing facilities at XYZ University, ensuring we can meet all technical needs.”

       4. Project and Risk Management Plan:

• Outline your plan to manage and monitor the project, including risk management strategies.
• Address national security risks and cyber security measures.
• Example: “Our project management plan includes regular progress reviews, risk assessments, and a comprehensive cyber security protocol to protect sensitive data.”

Timing

• Opening Date: 15 January 2025, Wednesday, 10:00am AEDT
• Closing Date: 26 February 2025, Wednesday, 5:00pm AEDT

More Information

• Source
• Stage 1 – Feasibility grant opportunity Guidelines
• Stage 2 Demonstrator – Grant opportunity guidelines