Australia
Aa first world standard of living based on a thrid world economy, because we do two things well, mining and farming.
R&D Actors
Here is a table summarizing some notable research and development (R&D) organizations in Australia, including their foundation year, parent organization, roles, and current president or equivalent leader:
| Organization | Foundation Year | Parent Organization | Roles | President/Leader |
|---|---|---|---|---|
| Commonwealth Scientific and Industrial Research Organisation (CSIRO) | 1916 | Australian Government | Scientific research, technology development | Dr. Larry Marshall (Chief Executive) |
| National Health and Medical Research Council (NHMRC) | 1936 | Australian Government | Health and medical research funding | Professor Anne Kelso AO (Chief Executive Officer) |
| Australian Research Council (ARC) | 2001 (originates from 1988) | Australian Government | Research funding, policy advice | Professor Sue Thomas (Chief Executive Officer) |
| Australian Nuclear Science and Technology Organisation (ANSTO) | 1987 | Australian Government | Nuclear science and technology research | Shaun Jenkinson (Chief Executive Officer) |
| Garvan Institute of Medical Research | 1963 | St Vincent's Health Australia | Biomedical research, disease understanding | Professor Chris Goodnow (Executive Director) |
| Walter and Eliza Hall Institute of Medical Research (WEHI) | 1915 | Independent (affiliated with the University of Melbourne) | Medical research, disease understanding | Professor Doug Hilton AO (Director) |
| Telethon Kids Institute | 1990 | Independent | Child health research, disease prevention | Professor Jonathan Carapetis (Director) |
| Murdoch Children's Research Institute (MCRI) | 1986 | Royal Children's Hospital, University of Melbourne | Child health research, disease understanding | Professor Kathryn North AC (Director) |
| Baker Heart and Diabetes Institute | 1926 | Independent (affiliated with Alfred Health) | Cardiovascular and diabetes research | Professor Tom Marwick (Director) |
| The George Institute for Global Health | 1999 | Independent (affiliated with the University of New South Wales) | Global health research, chronic diseases | Professor Bruce Neal (Executive Director) |
This table includes some of the prominent R&D actors in Australia, highlighting their foundation year, parent organization, roles, and current president or equivalent leader.
Industrial Policy
Here is a table summarizing key elements of Australia's industrial policy from 1900 onwards, including policy names, foundation years, parent organizations, roles, and key focus areas:
| Policy Name | Foundation Year | Roles | Key Focus Areas |
|---|---|---|---|
| Tariff Protection Policy | 1900s | Protect domestic industries from foreign competition | Manufacturing, agriculture |
| Federation of Australian Industries (FAI) | 1910 | Advocacy for industrial development | Industrial policy, economic protection |
| Commonwealth Scientific and Industrial Research Organisation (CSIRO) | 1926 | Scientific research, technology development | Agriculture, manufacturing, environment |
| Post-War Reconstruction and Immigration Policy | 1945 | Economic recovery, industrial growth, population increase | Infrastructure, housing, industry development |
| Snowy Mountains Scheme | 1949 | Hydro-electric power generation and irrigation | Energy, water resources |
| Tariff Board | 1921 | Advise on tariffs, protect domestic industries | Manufacturing, trade protection |
| National Industrial Development Scheme | 1960s | Promote industrial development and diversification | Manufacturing, technology, regional development |
| Whitlam Government Tariff Reductions | 1973 | Reduce tariff protection, promote competition | Manufacturing, trade liberalization |
| Button Car Plan | 1984 | Restructure the automotive industry | Automotive manufacturing, trade policy |
| Industry Research and Development Act | 1986 | Encourage R&D in industry | Innovation, technology development |
| Cooperative Research Centres (CRC) Program | 1990 | Enhance collaboration between researchers and industry | Various industry sectors and public good areas |
| National Competition Policy | 1995 | Promote competition, economic reform | Market efficiency, deregulation |
| Innovation Investment Fund (IIF) | 1998 | Support venture capital investment in early-stage companies | Innovation, entrepreneurship |
| Backing Australia’s Ability | 2001 | Boost innovation, R&D funding | Science, technology, innovation |
| Industry Growth Centres Initiative | 2015 | Drive innovation, productivity, and competitiveness in key sectors | Advanced Manufacturing, Food and Agribusiness, Medical Technologies and Pharmaceuticals, Mining Equipment, Technology and Services, Oil, Gas and Energy Resources |
| Modern Manufacturing Strategy | 2020 | Transform and strengthen manufacturing | Technology adoption, industry resilience |
| Digital Economy Strategy | 2021 | Position Australia as a leading digital economy by 2030 | Digital infrastructure, skills, cybersecurity |
This table includes some of the critical industrial policies in Australia from 1900 onwards, highlighting their foundation years, parent organizations, roles, and essential areas of focus.
Enterprises
Here is a table summarizing some notable industrial companies in Australia, including their foundation year, industry, key products or services, and current CEO or equivalent leader:
| Company Name | Foundation Year | Industry | Key Products/Services | CEO/Leader |
|---|---|---|---|---|
| BHP (formerly BHP Billiton) | 1885 | Mining and Metals | Iron ore, coal, petroleum, copper | Mike Henry |
| Rio Tinto | 1873 | Mining and Metals | Aluminum, copper, diamonds, gold, iron ore | Jakob Stausholm |
| BlueScope Steel | 2002 (from BHP Steel) | Steel Manufacturing | Steel products, building products | Mark Vassella |
| Fortescue Metals Group | 2003 | Mining and Metals | Iron ore | Elizabeth Gaines |
| Amcor | 1860 | Packaging | Packaging solutions, plastic packaging | Ron Delia |
| Cochlear Limited | 1981 | Medical Devices | Hearing implants, hearing solutions | Dig Howitt |
| CSL Limited | 1916 | Biotechnology, Pharmaceuticals | Blood plasma products, vaccines, pharmaceuticals | Paul Perreault |
| Orica | 1874 | Chemicals | Mining services, blasting solutions, chemicals | Sanjeev Gandhi |
| Woodside Energy | 1954 | Oil and Gas | Natural gas, liquefied natural gas (LNG) | Meg O'Neill |
| Brambles Limited | 1875 | Logistics | Supply chain logistics, pallet pooling | Graham Chipchase |
| Wesfarmers | 1914 | Diversified Conglomerate | Retail, chemicals, fertilizers, industrial products | Rob Scott |
| Transurban | 1996 | Transportation Infrastructure | Toll road operations, infrastructure management | Scott Charlton |
| Qantas Airways | 1920 | Aviation | Passenger and cargo air transport | Alan Joyce |
| Santos Limited | 1954 | Oil and Gas | Natural gas, oil production | Kevin Gallagher |
| Lendlease | 1958 | Construction and Real Estate | Construction, property development, infrastructure | Tony Lombardo |
| Atlassian | 2002 | Software | Collaboration software (Jira, Confluence, Trello) | Scott Farquhar and Mike Cannon-Brookes |
| Afterpay | 2014 | Fintech | Buy-now-pay-later (BNPL) platform | Anthony Eisen and Nick Molnar |
| ResMed | 1989 | Medical Devices | Sleep apnea treatment devices, cloud-connected solutions | Mick Farrell |
| Canva | 2012 | Software | Graphic design platform | Melanie Perkins |
| Zip Co Limited | 2013 | Fintech | Buy-now-pay-later (BNPL) services | Larry Diamond |
| Nuix | 2000 | Software | Data analytics, cybersecurity solutions | Jonathan Rubinsztein |
| Xero | 2006 | Software | Cloud-based accounting software | Steve Vamos |
| Lynas Rare Earths | 1983 | Mining and Metals | Rare earth elements, sustainable mining practices | Amanda Lacaze |
| Quickstep Holdings | 2001 | Advanced Manufacturing | Aerospace composites, advanced manufacturing | Mark Burgess |
| Titomic | 2014 | Additive Manufacturing | Metal additive manufacturing, 3D printing solutions | Norbert Schulze |
| SILEX Systems | 1992 | Technology, Energy | Laser enrichment technology | Michael Goldsworthy |
| Carbon Revolution | 2007 | Advanced Manufacturing | Carbon fiber wheels | Jake Dingle |
QA
What is Australia’s productive technical mastery in both constitutive and operative techniques? Which technical objects and operative techniques are mastered?
| Industry | Technical Object and Constitutive Technique(s) | Operative Technique(s) | Note |
|---|---|---|---|
| Mining | (Ore beneficiation equipment : drilling & blasting technologies, mineral separation techniques) | Open-pit mining, underground mining, automated hauling, safety management systems | Global leader in mining efficiency, automation, and safety; major exports: iron ore, coal, gold |
| Agriculture & Agritech | (Irrigation systems : precision agriculture tools, crop genetics) | Precision planting, remote sensing, soil & water management, automated harvesting | Leading in wheat, barley, cotton; strong use of drones and sensors for yield optimization |
| Energy (Fossil & Renewable) | (Gas turbines : solar panels, wind turbines, grid-scale battery systems) | Large-scale energy grid management, renewable integration, offshore/onshore gas extraction | Advanced solar PV and wind farms; strong LNG export capability |
| Defence & Aerospace | (Fighter jets : naval vessels, satellite systems, radar systems) | Integrated logistics, simulation-based training, fleet operations, UAV operation | Advanced domestic manufacturing, e.g., F-35 assembly, shipbuilding, satellite launch support |
| Pharmaceuticals & Biotechnology | (Bioreactors : gene sequencing platforms, vaccine production lines) | High-throughput screening, GMP-compliant production, cell culture & fermentation | Leading in vaccine and biotech production; strong regulatory compliance |
| Advanced Manufacturing & Robotics | (CNC machines : additive manufacturing systems, industrial robots) | Precision machining, robotic assembly, process automation | Growing sector for defense, aerospace, and medical devices |
| Information & Communication Technology (ICT) | (Data centers : networking equipment, AI/ML software platforms) | Cloud management, cybersecurity operations, AI model deployment, software engineering | Excels in ICT services, AI research hubs, and cybersecurity |
| Mining Equipment Manufacturing | (Excavators : loaders, drilling rigs) | Heavy equipment operation, maintenance optimization, fleet telematics | Companies like Caterpillar Australia excel in high-end mining equipment design and operation |
| Water & Environmental Tech | (Water treatment plants : desalination plants, environmental monitoring sensors) | Automated water treatment, flood/drought management, pollution monitoring | Advanced operational mastery in water security technologies |