Automation has been reshaping industries long before the pandemic, as businesses worldwide turned to automation to address persistent skills shortages. The global health crisis only accelerated this shift, pushing organizations to adapt quickly to remote work and new operational challenges. This rapid change has reignited a long-standing debate: does automation eliminate jobs, or does it open doors for workers to acquire new skills, collaborate with machines, and engage in more meaningful and innovative tasks?
To better understand this evolving landscape, Autodesk has launched a global research initiative exploring the future of work. As part of this effort, the company will release several studies this summer, examining how automation is impacting different industries and regions. The first report, “The Future of Work is Now: Is APAC Ready?†is now available for download.
Autodesk believes that automation presents opportunities—provided we invest in the right training and support systems for workers. That means developing new credentialing programs, building partnerships across sectors, and ensuring that workforce development remains a top priority. By doing so, we can help workers not only keep up with technological changes but thrive alongside them.
In the Asia-Pacific (APAC) region, which is home to over 60% of the world’s workforce, the impact of automation is particularly significant. The Autodesk Foundation partnered with Deloitte to assess how prepared different countries and industries are for this transformation. The findings reveal that while automation is inevitable, its effects vary widely depending on regional readiness.
Construction, mining, manufacturing, and transport are among the industries most vulnerable to automation due to their reliance on routine and manual tasks. Countries like India, Bangladesh, and Pakistan face the greatest risks but are also the least equipped to handle these changes. In contrast, Singapore, Australia, Japan, and South Korea are better positioned to leverage automation for growth and innovation.
The report emphasizes that proactive measures are essential. Governments and organizations must focus on raising awareness, supporting digital transformation, and investing in education and reskilling programs. These steps can help workers transition into new roles and ensure that no one is left behind in the age of automation.
Ultimately, automation doesn’t have to be a threat—it can be a catalyst for progress, provided we take the right actions today. Whether in the lab or on the factory floor, the future of work is being shaped by those who are ready to adapt and grow.
Fluoroplastic Products
Polytetrafluoroethylene is the most important variety of fluoroplastics. It has excellent chemical stability, weather resistance, electrical insulation, flame resistance, outstanding surface non adhesion, extremely low friction coefficient, and a wide range of service temperatures. It can be used as wear-resistant, corrosion resistant, sealing, insulation, anti adhesion, and high and low temperature resistant materials, and is suitable for long-term work in the temperature range of -80-250C. Tetrafluoroethylene ethylene copolymer, known as fluoroplastic 40, is the lowest density of fluoroplastic (1.71-1.75g/cm3). It has both the radiation resistance of polyethylene and the corrosion resistance of tetrafluoroethylene, and can resist the corrosion of acid, alkali and salt aqueous solutions. It does not dissolve or swell in solvent. It is used as anti-corrosion, electrical insulation and radiation resistant parts in chemical, machinery, electrical appliances, atomic energy and other industries, with long-term service temperature of - 60-180 Cand short-term service temperature of 230 ℃. The tetrafluoroethylene hexafluoropropylene copolymer is composed of about 82% tetrafluoroethylene and about 18% hexafluoropropylene. Its properties and uses are similar to those of tetrachloroethylene, but it can be molded and processed by general thermoplastic molding processing methods, and is suitable for working at - 85-205C. Chlorotrifluoroethylene ethylene copolymer is called fluoroplastic 30. It has both the mechanical strength of nylon, the corrosion resistance of fluoroplastic and the molding performance of high-density polyethylene. It has good adhesion with metals, can be welded and fused by itself, and has excellent ultraviolet and infrared transmission and gas resistance properties. It is suitable for making seals, mechanical parts, low-frequency insulation products working under strong current, wet or corrosive media, etc
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