UCL Chemical Engineering Ramsay Society’s Post

codots.io is live now! Find R&D resources in just 60 seconds and save time for more innovation. #research #researches #researchcommunity #phd #postdoc #startup #industry #appliedscience #engineering #testing #development #lab #resources #characterization

🔧 The Future of Precision Engineering: Driving Innovation with Unmatched Accuracy🔧 In the evolving landscape of #Industry5.0, #precisionengineering stands as a cornerstone, enabling innovations with unmatched accuracy and reliability. At River Venture Studio, founded by our CEO, Dr. Viveka Kalidasan, PhD, we understand that #precisionengineering is not just about fine-tuning machinery—it's about crafting the future with meticulous care and #technological excellence. At River Venture Studio, we’re dedicated to shaping the future of #precisionengineering and #electronics. Mandated by Enterprise Singapore, we focus on two key industrial transformation maps, empowering #precisionengineering and #electronics' startups to innovate and excel in these critical fields. 🔍 Why Precision Engineering Matters: Precision engineering is the backbone of modern manufacturing, ensuring that every component, down to the smallest detail, meets the highest standards. In an era where even the slightest deviation can lead to significant setbacks, the role of precision engineering in driving innovation across industries is more critical than ever. ⚙️ Integrating Precision with Industry 5.0: As Industry 5.0 emphasizes human-centric, sustainable, and intelligent production, precision engineering plays a pivotal role in achieving these goals. It bridges the gap between advanced technologies like AI and robotics and their real-world applications, ensuring that innovations are both scalable and sustainable. 🤝 River Venture Studio's Commitment: At River Venture Studio, we are committed to fostering startups that are redefining precision engineering. Through our support of #openinnovation and #DeepTech, we help these startups push the boundaries of what's possible, ensuring that their contributions lead to a more precise, efficient, and sustainable future. 📈 The Path Forward: Precision engineering is the key to unlocking the full potential of #Industry5.0. Under the visionary leadership of Dr. Viveka Kalidasan, PhD, River Venture Studio is dedicated to empowering the next generation of innovators in this critical field. Together, we are crafting the future with precision and purpose. #PrecisionEngineering #Innovation #Industry5 #DeepTech #OpenInnovation #VentureStudio #Sustainability #FutureOfManufacturing

🌐 R&D Models Driving Innovation in the Engineering Field 🔧 Innovation in engineering varies globally, shaped by resources, industry focus, and collaboration between universities, governments, and private sectors. Below are key R&D models empowering groundbreaking innovations worldwide: 1️⃣ University-Industry Collaboration 🔹 Regions: USA, Europe, Japan, South Korea 🔹 Approach: Universities and industries partner to solve real-world problems through applied research. 🔹 Examples: MIT with Boeing & Samsung (USA) Fraunhofer Institutes (Germany) 2️⃣ Corporate Research Centers 🔹 Regions: Global (USA, Germany, Japan, China) 🔹 Approach: Large corporations establish in-house R&D centers for cutting-edge tech. 🔹 Examples: Siemens (Germany) Google (USA) Samsung (South Korea) 3️⃣ Government-Led Innovation Hubs 🔹 Regions: China, South Korea, Singapore, Finland 🔹 Approach: Governments fund R&D, often in collaboration with academia and industry. 🔹 Examples: China’s National R&D Program A*STAR (Singapore) 4️⃣ Open Innovation 🔹 Regions: USA, Europe 🔹 Approach: Firms integrate external and internal ideas for faster innovation. 🔹 Examples: Procter & Gamble’s Open Innovation (USA) Intel’s Open Innovation (Global) 5️⃣ Startup Ecosystems 🔹 Regions: Silicon Valley, Tel Aviv, Bangalore, Shenzhen 🔹 Approach: Startups, VCs, and incubators drive innovation in AI, robotics, IoT, and renewable energy. 🔹 Examples: Silicon Valley: Global tech hub Israel’s Startup Nation 6️⃣ Consortium-Led Research 🔹 Regions: Europe, Japan, USA 🔹 Approach: Industry consortia collaborate on pre-competitive research. 🔹 Examples: ETSI (Europe) Sematech (USA) 7️⃣ Public-Private Partnerships (PPP) 🔹 Regions: Global 🔹 Approach: Governments & companies co-develop large-scale infrastructure & renewable energy projects. 🔹 Examples: Smart Cities PPP (India) DARPA (USA) 8️⃣ Venture-Led Innovation 🔹 Regions: USA, Israel, China 🔹 Approach: Venture capital funding high-risk, high-reward technologies. 🔹 Examples: SoftBank Vision Fund Sequoia Capital (USA) 9️⃣ Collaborative Engineering Networks 🔹 Regions: Europe, North America, Australia 🔹 Approach: Engineering companies form alliances for multidisciplinary projects. 🔹 Examples: European Construction Technology Platform NNMI (USA) 🔟 Crowdsourcing R&D 🔹 Regions: Global 🔹 Approach: Companies invite ideas from the public for innovative solutions. 🔹 Examples: GE’s Ecomagination Challenge NASA’s Open Innovation Program 🔧 These models reflect the diverse strategies nations use to foster innovation, collaboration, and progress in the engineering world. #Innovation #Engineering #R&D #Technology #Research #Collaboration #OpenInnovation #EngineeringExcellence

Game-Changing Battery Tech: 100% Silicone Battery Offers 50% More Power & 10-Minute Charging! 🔋⚡️ A US-based firm has revolutionized battery technology with its groundbreaking 100% silicone battery! 🚀 This innovative battery: ✨ _Delivers 50% more power_ for electric vehicles, renewable energy systems, and beyond ✨ _Charges in just 10 minutes_, making it ideal for high-performance applications ✨ _Enhances safety_ with reduced risk of thermal runaway and improved durability The implications of this technology are vast: ✨ _Electrification of transportation_ will accelerate with faster, more powerful batteries ✨ _Renewable energy_ will become even more viable with efficient, high-capacity storage ✨ _New opportunities_ will emerge for industries and applications that rely on battery power What does this breakthrough mean for the future of energy storage? Share your thoughts! 💬 #SiliconeBattery #BatteryTechnology #EnergyStorage #Sustainability #Innovation #RenewableEnergy #ElectricVehicles #CleanTech

US startup unveils silicon anode batteries with 50% more energy, 1,200 cycles, and 10-minute charging. https://lnkd.in/dNCV9MB2 🚀 Explore more with Interesting Engineering! Check out our YouTube channel and subscribe: https://ie.social/V9yxY

Innovation is the lifeblood of progress! This graph reveals the top innovative powerhouses of 2023. It’s fascinating to see how countries channel resources, talent, and policy to lead in breakthroughs. Did the rankings surprise you? Innovation is not just about tech. It's about knowledge, human capital, infrastructure, and policy. Some nations excel in fostering an environment where creativity thrives, while others focus on technological advancements or entrepreneurial spirit.

Apple’s supplier pours US$125 million into Hanoi high-tech project. INVENTEC, a Taiwan-based supplier to Apple, received an investment certificate on September 13 for its high-tech project in Hanoi Southern Supporting Industrial Park (HANSSIP), Phu Xuyen District, Hanoi. The US$125 million project "Inventec Vietnam Factory" is located in an area of 161,647 square meters, with a total capacity of approximately 32 million units per year. The factory is scheduled to be operational after 36 months, in the operation period of 50 years. Speaking at the event, Le Quang Long, Chairman of the Board of HANSSIP, said that after receiving the investment license, the Taiwanese investor should focus on resources and funds to ensure the implementation schedule. "In the first phase of our investment plan, we will invest about VND3 trillion ($123.4 million) to build the workshop, machinery and equipment. After the second quarter of 2024, we will start construction and create jobs for 15,000-20,000 workers," said Yeh, Li-cheng, Chairman and General Director of INVENTEC Vietnam. In subsequent phases, he added that the conglomerate will build an R&D and supply chain complex to support Hanoi and Vietnamese companies participating in its global production chain. The Apple supplier currently uses about 10-30% of the component products produced in Vietnam, which would increase to more than 50%. To date, Hanoi's industrial parks have attracted 709 active projects, including 302 foreign-invested projects with registered capital exceeding $6.4 billion and another 407 domestic-invested projects with registered capital surpassing VND19.2 trillion ($790.1 million).

Technology transfer is one of the best ways to bring important scientific innovation out into the world. The key is being the startup that can commercialize an innovation and succeed. https://bit.ly/43db4z6

Your startup, commissioned for resilience, trained for innovation. Unleash its true potential with a strategic touch and immersive training. Elevate resilience, fuel innovation, and pave the way for success. https://lnkd.in/dgEPvapt #Induscontrol #Canada #Mississauga #Engineering #EngineeringExcellence #EngineeringProjects #Instrumentation #ControlSystems #ProcessControl #SCADA #InstrumentationCommunity #ProcessInstrumentation #CalibrationServices #CalibrationExpertise #ProcessControlCalibration #SCADAMasterPlan #SCADAStrategy #Commissioning #CommissioningServices #ProjectManagement #ProjectPlanning #ProjectExecution #InstrumentationAudit #AuditProfessional #InstrumentationDocs

Project Mercury has been making progress on this wicked problem for five years, and we've learned a lot by doing. That's what our students get too - and opportunity to 'drown less' but I believe there is still a lot of progress to be made. We aren't the only ones doing innovation education, click the link and view the various frames and philosophies of invention and innovation across the US education and NatSec ecosystem of innovation classes offered around DoD, go ahead and add your own (or make a comment to request something). Initially curated by Jer McKoy and myself on behalf of the Defense Entrepreneurs Forum - connecting at the Agitare slack, and recently used by Defense Innovation Unit (DIU) to help codify what Defense Innovation Community of Entities (DICE) are doing around competencies for innovation, this is a community endeavor. Hopefully helpful to the likes of Jim Craft as well. To everyone in the innovation space - starting with something REALLY complex feels like the right move. Your design for an innovation education system isn't REALLY complete until there is nothing left to REMOVE. Be ruthless as you take out things that are 'useful, but not really innovating' Things like leadership, collaboration - these might be 'necessary and sufficient' for some forms of innovation, but not all. Innovation suffers from being a victim of its own vague premise. If we can perfectly prescribe what it is that we want next, is what we want innovation or improvement? https://lnkd.in/dAF4AFBN