National Innovation Visa (NIV) Update

We are here to share the latest developments on the long-awaited National Innovation Visa (NIV), which many had anticipated would replace the former Subclass 188 Business Innovation and Investor Visa.

While it may not have fully met those expectations, the NIV has been designed to attract the world’s best and brightest talent to contribute to Australia’s future prosperity. It represents an evolution of the Global Talent Visa (Subclass 858), now rebranded as the National Innovation Visa. The program builds on the original framework but introduces key updates, with a particular focus on research and business/investment achievements. The NIV targets both established and emerging leaders across various fields, including global researchers, entrepreneurs, innovative investors, athletes, and creatives.

There will be options available for investors who have invested in innovative businesses, as well as entrepreneurs with innovative business ideas, through state and territory nominations. However, further details are still to be released. We expect more information will be provided over time and will share what is currently available.

 

Key Updates and Highlights:

1. Name Change

The visa has been renamed from the Global Talent Visa to the National Innovation Visa. The core criteria of the visa remain unchanged, but the rebranding reflects a broader focus on Australia’s future innovation and prosperity.

2. Invitation Requirement

A significant change is the introduction of a mandatory invitation process. Unlike the previous system where an invitation was optional, applicants must now receive an invitation before applying. Once invited, applicants must submit their visa application within 60 days. Invitations are issued through the Expression of Interest (EOI) system, but unlike the SkillSelect system, it remains a standalone web form.

3 . Clarified Evaluation Criteria

The assessment of “exceptional and outstanding achievements” has been clarified. Specific indicators such as research grants, keynote presentations, and patents will now be used to assess applicants, providing clearer guidance for both applicants and decision-makers.

4.  No Binding Obligations for Permanent Residents

One of the key features of the NIV is that there are no binding obligations for recipients once granted permanent residency. While applicants are selected for their potential to benefit Australia, they are not under any formal requirement to contribute in a specific way. This flexibility remains the same as the previous Global Talent Visa.

5. No Sector Requirements

Unlike the Global Talent Independent visa, there are no specific sector requirements for eligibility. However, applicants with achievements in critical sectors (such as technology, science, and innovation) will be prioritized during the EOI and visa processing stages.

6. No Salary Requirement

Unlike the Global Talent Independent visa, the NIV does not have a minimum salary requirement. While salary is not a formal eligibility criterion, a high salary (either current earnings or an Australian job offer) will serve as evidence of the applicant’s exceptional achievements and caliber.

7. Multiple Achievements Required

Under the NIV, applicants must demonstrate multiple achievements to qualify. This is a shift from the previous Global Talent system, where a single exceptional achievement could be enough to meet the visa criteria.

In Summary,

The National Innovation Visa (NIV) is a progressive initiative designed to attract the world’s top innovators and researchers to Australia. It retains the flexibility and high standards of the former Global Talent Visa, while incorporating important updates that streamline the process, clarify eligibility criteria, and remove some of the previous requirements.

Although the current directive provides limited coverage for business and investment activities, we hope that further guidance will be introduced to include these areas in the future.

Assessing exceptional and outstanding achievements

Applicants should be able to demonstrate multiple achievements that include the following indicators. In addition to these indicators, the separate PhD graduate pathway is still available (see below).

# Indicator of exceptional and outstanding achievements
1 International ‘top-of-field’ level awards
Recognition through prestigious awards for exceptional and outstanding accomplishments across various fields. These include but are not limited to:

  • Nobel Prizes
  • Breakthrough Prizes
  • Rousseeuw Prize
  • Eni Award
  • Institution of Electrical Engineers Medal of Honor
  • Fields Medal
  • Chern Medal
  • Abel Prize
  •  L’Oreal-UNESCO Award for Women in Science
  • Turing Award
  • ACM Prize in Computing
  • Pulitzer Prize
  • International Booker Prize
  • International Tchaikovsky Competition Gold Medal
  • Olympic Gold Medal
  • Laureus World Sportsman or Sportswoman of the year
2 Recipients of national research grants
Award of a prestigious national research grant in Australia or internationally, demonstrating the individual’s standing as a leading expert in their field. These include but are not limited to:

  • Australian Research Council grants
  • Department of Education Accelerator grants
  • equivalent level grants from other countries. This includes:
  • United Kingdom Research and Innovation Grants program
  • funding from the EU Commission
  • funding from the US National Science Foundation
  • other similar-level grants
3 PhD with high levels of academic influence or thought leadership
Individuals with a PhD who exhibit significant academic impact or demonstrate leadership in their field of expertise, such as:

  • recent publications in top-ranked journals, for example, Nature, Lancet, or Acta Numerica
  • a high h-index for their stage of career, for example, an early career researcher with a h-index of 14
  • a research-based degree from a top global university, for example, ranked in the top 100 World University Rankings by Times Higher Education.
4 High Calibre talent with recognition or high-income
Other measures of high-caliber talent may include:

recent keynote appearance at a high-profile international conference. For example:

  • Web Summit
  • International Congress of Mathematicians
  • American Association for Cancer Research (AACR) Annual Meeting
  • International Geoscience and Remote Sensing Symposium. earning at or above the Fair Work high-income threshold, where:
  • Job offer from an Australian employer with a salary at or above A$175,000
  • The applicant’s current earnings at or above A$175,000
5 Nominated by Commonwealth or State/Territory Government Agency
  • In addition to the nomination by a government agency:
  • Athletes and creatives who enhance Australia’s global reputation in their field.
  • Proof of innovative investments with a proven history of supporting successful ventures.
  • Evidence of entrepreneurial projects with the potential to commercialize a product or service in Australia, especially if connected to national or regional innovation hubs.
  • Recognized intellectual property, such as holding relevant international patents.

Processing priority

The following criteria determine processing priorities for both the Expression of Interest (EOI) and visa applications. This is not an eligibility criterion and only determines the processing priority.

Priority Description
1 Global expert and receipt of international top-of-field award
2 Nominated by Commonwealth or State/Territory government in Australia
3 Achievements in the Tier 1 sector:

  • Critical Technologies
  • Health Industries
  • Renewables and low-emission technologies
4 Achievements in the tier 2 sector:

  • Agri-food and AgTech
  • Defence Capabilities and Space
  • Education
  • Financial Services and FinTech
  • Infrastructure and Transport
  • Resources
5 All other applications

Sector descriptions for processing priorities

Tier Sector Description
Tier 1
1 Critical technologies
Potentially transformative enabling technology. This includes artificial intelligence, advanced robotics, and cyber security technology.

This sector includes, but is not limited to, the following specializations:

  • advanced information and communication technology
  • advanced manufacturing and materials technology
  • artificial intelligence technology
  •  autonomous systems
  • biotechnology
  • clean energy generation and storage technology
  • cyber security technology
  • quantum technology
  • photonics
  • robotics
  • positioning, timing, and sensing technology.
Renewables and low-emission technologies
Technology that will support Australia to reach net zero.

This sector includes, but is not limited to, the following specializations:

  • bio-methane production
  • circular economy innovations
  • clean energy technology
  • emission reduction and carbon storage
  • green metals
  • low-carbon liquid fuels
  • processing and refining of critical minerals
  • renewable energy generation
  • transmission, distribution, or storage
  • renewable hydrogen
  • Waste to Energy (WtE) technology.
Health Industries
Innovation in medical manufacturing and sovereign capabilities in medical science.

This sector includes, but is not limited to, the following specializations:

  • antimicrobial resistance
  •  artificial intelligence in health
  • biochemistry and cell biology
  • biotechnology
  • genomics
  • emerging health threats and emergencies
  • health economics
  • implantable and wearable devices
  • infectious disease prevention
  • pharmaceuticals and precision medicine
  • medical science manufacturing for therapeutic products.
Tier 2
2 Agri-food and AgTech
Innovation or value-adding in agriculture, forestry, and fisheries sectors.

This sector includes, but is not limited to, the following specializations:

  • biotechnology
  • biosecurity and disease management
  • farm management technology
  • food technology
  • processing primary industry outputs into higher-value goods
  • innovation and sustainability in agriculture, forestry, and fisheries
  • manufacturing of products for use in or connection with primary industries.
Education
Academia, research, or management in universities and higher learning institutions.

This sector includes, but is not limited to, the following specializations:

  • senior management of universities and higher learning institutions
  • senior academics and researchers at Australian academic level D or E (or international equivalent).
Defence Capabilities and Space
Advancing sovereign defense and space capability.

This sector includes, but is not limited to, the following specializations:

  • development, manufacturing, and sustainment of products that are inputs to defense capability
  • electromagnetic technologies
  • propulsion systems
  • space objects
  • space systems engineering
  • space sector enabling skills.
Financial Services and FinTech
Advancing innovation in the financial services or technology industries.

This sector includes, but is not limited to, the following specializations:

  • innovations in application programming
  • blockchain engineering
  • cloud technologies
  • FinTech cyber and data security
  • financial data science and analysis
  • software engineering.
Infrastructure and Transport
Advancing innovation in the transport sector and infrastructure projects.

This sector includes, but is not limited to, the following specializations:

  • innovative manufacturing and technologies to support the development of the transport sector
  • large and complex transport infrastructure projects for roads, bridges, tunneling, rail, and airports.
Resources
Innovation, product development, or value-adding in resource sectors or critical minerals supply chains.

This sector includes, but is not limited to, the following specializations:

●          automation and industry 4.0 skills

●          beneficiation technology

●          critical and battery minerals

●          exploration services

●          geology and metallurgy

●          oil and gas decommissioning

●          resource waste management

●          value-add in resource sectors including manufacturing products and technologies to advance mineral processing.


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