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Guide to AI-first engineering
2+ day, 17+ hour ago (87+ words) for faster innovation The Engineer - Home Guide to AI-first engineering Learn how leading teams are shifting to AI-first engineering by connecting simulation data, AI Physics workflows, and agentic automation to accelerate development cycles and improve engineering productivity. - How simulation, data,…...
Humanoid looks to scale up with Bosch partnership
2+ day, 9+ hour ago (244+ words) The Engineer - Home Humanoid looks to scale up with Bosch partnership UK robotics startup Humanoid is partnering with industrial giant Bosch to scale up production of its HMND 01 humanoid robots. The deal follows a successful proof of concept (POC) trial…...
Flexible AI skin patch analyses health data in real time
2+ day, 15+ hour ago (179+ words) Researchers in the US have developed a wearable computing patch capable of analysing health data directly on the body using artificial intelligence without relying on remote servers. The stretchable device, developed at the University of Chicago Pritzker School of Molecular…...
AI explored for soil science and climate adaptation
2+ day, 16+ hour ago (194+ words) Researchers at University of Sydney Institute of Agriculture have examined how artificial intelligence could support soil science research and improve climate adaptation strategies. The study, published in Frontiers in Science, explored the potential for AI systems to assist scientists in…...
The Engineer's eleventh annual Collaborate To Innovate awards opens for entries
2+ day, 17+ hour ago (184+ words) The Engineer magazine's annual search for the UK's most impressive collaborative engineering projects is now underway, as the 2026 Collaborate to Innovate Awards (C2 I) opens for entries. The competition is open to innovative technology-led projects which are underpinned by collaboration between two…...
Room-temperature chip patterning simplifies nanofabrication
2+ day, 17+ hour ago (140+ words) Researchers at Rice University, Texas, have developed a chip-patterning technique that uses crystal-induced stress to create nanoscale structures on hard semiconductor materials at room temperature. The method relies on the anisotropic properties of alpha-molybdenum trioxide, a semiconducting crystal that responds…...
Accelerating Scientific Workflows with Domain-Specific Hardware: GPUs, ARM Chips, and Beyond
3+ day, 3+ hour ago (251+ words) The Engineer - Home Accelerating Scientific Workflows with Domain-Specific Hardware: GPUs, ARM Chips, and Beyond Sam Zakrzewski " Senior Solutions Architect EMEA Moving complex CAE workloads from fixed on'premise clusters to cloud HPC i As scientific and engineering problems grow more complex,…...
Advancing Ceramics: Flash Sintering for Next-Generation Materials
3+ day, 11+ hour ago (199+ words) Broadcast Date: 19 November 2025 Lucideon and Batri present an exclusive webinar exploring how flash sintering is transforming the production of ceramic and battery materials A recent UK Research and Innovation Faraday Battery Challenge support collaboration between Batri, Lucideon, and Swansea University…...
Compact SWIR spectroscopy modules improve signal quality for accessible material analysis
3+ day, 7+ hour ago (72+ words) The updated MEMS FPI modules introduce design enhancements that improve measurement stability and spectral clarity. These spectroscopic modules are engineered to support efficient SWIR analysis while keeping integration complexity and cost low. Incorporating a MEMS-FPI spectrum sensor and an integrated…...
Quber Tech taps "3. 4m for dandelion rubber innovation
3+ day, 13+ hour ago (170+ words) Quber Tech, a UK biotechnology company developing sustainable natural rubber from specially engineered dandelions, has raised "3. 4m in grant funding and equity investment. The funding backs Quber Tech's engineering biology platform and scientific team, whose expertise spans plant biotechnology, genome editing…...
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