Autodesk recognised as a Best Workplace for Innovators by Fast Company
F or the third consecutive year , Autodesk has been honoured by Fast Company as one of the Best Workplaces for Innovators , recognising the enduring commitment to foster a culture of innovation across the entire organisation .
This prestigious annual list ranks 100 companies from diverse industries – ranging from entertainment and biotech to healthcare and education – based on their effectiveness in nurturing innovation across the enterprise . This year , Autodesk has risen into the top third of the list , climbing from 62 to an impressive 28 , and are thrilled to announce its victory in the ‘ Software & Computing ’ category for its Flex Forward programme .
“ Autodesk encourages creative thinking and innovation by fostering a culture that values collaboration across diverse teams and disciplines . In my experience , it provides the tools and resources needed to experiment with emerging technologies , such as AI , and supports continuous learning through
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access to training and development programmes . Additionally , Autodesk promotes an open environment where new ideas are welcomed and we are empowered to take ownership of projects that drive both technological advancements and improved employee experiences ,” said Mari Vidaurre , Insights and Solutions Design Partner , Lumi team .
Heriot-Watt researchers unveil ambitious plan to seal 100,000 methane-leaking wells by 2034
R ockit , a cleantech initiative from Heriot- Watt University , has announced plans to help seal 100,000 methane-leaking wells within the next decade using innovative chemical injection technology .
The project ’ s unique solution can infiltrate even the smallest pores and cracks where existing methods fall short , offering a more comprehensive and effective sealing method for both shallow onshore and deeper offshore wells . It is predicted that Rockit ’ s technique will lock in toxic and greenhouse gases deep underground for thousands of years .
Using existing methods , research suggests it would take over 300 years to plug millions of at-risk wells on the planet ,” said Dr Oleg Ishkov , a lead researcher at the University ’ s School of Energy , Geoscience , Infrastructure and Society . “ Our technology offers a radical new solution by transforming porous rocks into impermeable barriers , locking harmful gases underground for thousands of years .”
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