Industrial Technology Research Institute (ITRI)(工業技術研究院, 工研院)’s Post

Explore our new website!   The website of our institute got new look. If you want to find out more about our main research fields and projects and exciting new job opportunities, please click the link in the comment section below. #dlr #laser #technology #new look #jobs

In this age of AI, one thing is certain, that the future is uncertain. 🤨 Join us in this dialogue on how AI is impacting and will continue to impact the future in engineering. #ai #future #engineering #machinelearning

Greetings, LinkedIn Everyone As we strive to achieve more in our personal and professional lives, I want to share a crucial insight that has transformed my approach to productivity. It's the concept of the resource paradox. The resource paradox suggests that the more resources we have, the less productive we become. This seems counterintuitive, right? We often assume that having more time, money, or talent would lead to greater productivity. However, research shows that an overabundance of resources can lead to complacency, decreased motivation, and a lack of focus. Think about it: when we have limited resources, we're forced to be creative, prioritize, and work smarter. We become more efficient and productive. On the other hand, when we have too much, we often take things for granted and lose our edge. So, how can we overcome the resource paradox and boost our productivity? Here are a few strategies: - Embrace constraints: Set limits for yourself, and work within them. - Prioritize: Focus on what's truly important, and eliminate distractions. - Stay hungry: Maintain a growth mindset, and keep challenging yourself. currently interning at kadosh mechatronics At Kadosh Mechatronics, we're committed to optimizing resources and maximizing productivity. Let's continue the conversation! How do you overcome the resource paradox in your work or personal life? Thank you for reading, and I look forward to your insights! Best regards, Onyeagoro Prisca Kelechi #productivity #resourceparadox #efficiency #growthmindset #KadoshMechatronics #Akalagborojohn

#USA 🇺🇸 can #develop and #manufacture a #AI #design #smart #chip without the #price #gouging #price #tag 🏷️ $ I’m not throwing shade on them or their stock that’s just my personal view. We have the best #materials #engineering’s in the #world 🌎 and #scientists 🧑🔬 👩🔬 our R&D #computer #science - China 🇨🇳 will leapfrog us again and already have made progress beyond what’s being mentioned. Total #inside #job 💰#corruption $ They #stole #IP again #undeniable ! #Japan 🇯🇵 #Taiwan 🇹🇼 no #offense 🫡 😉 They #reversed #engineered the #light 💡 #spectrum and the #manufacturing engineering. #Corporate #espionage is #legit 🥷 😔

As we progress science becomes an interesting art when combined with creativity. This is the origin of innovation resulting to invention. I see all field converging for the betterment of humanity and strongly believe that's our purpose on earth. #innovation #STEMcareers #scienceandart

Again, I have exciting news to share! 🥳 My research unit around Hilda Tellioglu and Florian Michahelles is looking for pre-doctoral researchers, we have TWO open positions! 🤓 The first one is more about designing computing artifacts and prototyping, so hardware-related and in the field of ubiquitous computing - maybe even wearable computing!? 🤖 The second one is more on interaction design and the design of user studies, so it focuses more on human-computer interaction.📎 Please find the details below and do not hesitate to contact me if you have any questions! 😊 #TUVienna #Informatics #PhD #UbiquitousComputing #UbiComp #prototyping #hardware #WearableComputing #HumanComputerInteraction #HCI #StudyDesign #UserStudy

In our world, many groundbreaking innovations were once deemed impossible until engineers stepped in to tackle the challenge. From landing humans on the moon to developing life-saving medical technologies, the trajectory of human progress has been defined by our capacity to solve complex engineering problems. Kaku's words remind us that limitations often exist not in the laws of nature, but in our understanding and creativity. As engineers, we are tasked with pushing the boundaries of what's possible, leveraging scientific principles, technology, and ingenuity to overcome obstacles and pioneer new frontiers. Let's continue to tackle the "impossible" and shape a future limited only by our imagination. #Engineering #Innovation #Possibilities #LandiIndustries

🌟 Optimizing Thin-Film Coatings: A Call to Action for Researchers and Professionals 🌟 Dear Academic Professors, Research Scholars, Space Scientists, Industry Experts, and Thin-Film Enthusiasts, In the field of thin-film coatings, the wise utilization of materials isn’t just about reducing waste—it’s about enhancing productivity and saving costs. Whether you’re a seasoned scientist or a budding doctoral student, understanding the nuances of coating processes is essential to achieving impactful results while minimizing material loss. The Challenges 1️⃣ Material Waste: Many researchers, especially during their doctoral tenure, face significant material wastage due to limited knowledge of coating parameters. For those without substantial research grants, this can be a daunting challenge. 2️⃣ Insufficient Process Understanding: From coater configurations to the rotation speed of the calotte, every parameter plays a crucial role in determining the success of thin-film deposition. 3️⃣ Complex Optical Zones: The interaction of materials with light in specific zones must be carefully optimized for precise optical performance. The Solution: Simulation & Optimization Before jumping into physical experiments, rugged simulation analysis can help researchers: Optimize Material Usage: Reduce waste by simulating deposition processes. Fine-Tune Coater Parameters: Understand the unique configurations of each coater for different materials. Improve Productivity: Save time and resources with precise, data-driven decisions. How Pravii Technologies Supports: Our suite of powerful tools is designed to make thin-film research more efficient and effective: CODE Software: Simulate and design advanced optical coatings. SCOUT: Analyze spectral data with ease. SCORE: Understand coating performance through detailed simulations. Genetic Algorithms: Solve complex optimization problems with AI-driven insights. By integrating these tools into your workflow, you can transform challenges into opportunities, paving the way for groundbreaking innovations in thin-film coatings. A Call to Action 🎯 Professors: Equip your students with cutting-edge tools for thin-film research. 🎯 Researchers: Make your doctoral journey smoother by reducing material waste through simulations. 🎯 Industry Scientists: Optimize productivity and costs in large-scale applications. Let us assist your thin-film departments with our software solutions. Reach out to us today to procure these tools and take your research to the next level! Follow Us: At Pravii Technologies, we empower professionals and learners alike to explore the wonders of optical coatings. 🌐 Explore our services: www.pravii.co.in 📧 Contact us: sales.services@pravii.co.in  / pravii.services@gmail.com 🔗 Follow us: Pravii Technologies ✨ Let’s redefine the world of coatings and technology—Together We Grow, Together We Learn! 🌱 #ArchitecturalDesign #ColorValues #OpticalCoatings #InnovationWithCODE #PraviiTechnologies

My favorite timing for Photography 📷 The Kodak Moment of this Golden Hour thru Dusk as Last Light. Interestingly, we are usually so busy, but every day, this short transition period will happen, with or without us taking notice. I always tell my students, when opportunity presents itself, grab and don't look back. Embrace whatever your SkillsFuture and continue Experiential Learning to match that job's expectation. Nobody will ever be ready, we just have to take that plunge and move away from the lighted-shelter, capture that sailing boat and go exploration. For past 25 years, I have been talking about Disrupted by Technology based on my Research, Study and Teach on Technology Management Science and Innovation Strategy 💡 of Theory as Lenses to Seeing What's Next - In addition, of the last decade, I brought my World of Digitalization and Machine Intelligence. Now, this is the iPhone Moment for Artificial Intelligence, Digital Machines will outsmart us, Humans. The challenge is how we can make this concept as Human-Robot Collaborative and Human-centric Autonomy. If we measure Industrialization since 1700s to over 300 years, today thru 2035 might be compared as the 10 years - That Moment at Dusk of a few minutes of our 24 hours; what's the difference? We are given daily this time to embark the Change for Continuity as Transition for Transformation when Machine Intelligence makes our FutureReady. Therefore, I encourage my fellow Singaporeans, do consider when is your day to engage; but don't wait too long before being Disrupted by Technology, Robotics and Artificial Intelligence.

[ Innovation & Entrepreneurship | Transforming the world through disruptive Micro-Display Technology]   Imagine seeing digital information seamlessly overlaid on your real-world surroundings—how could augmented reality (#AR) enhance your daily life? Understanding the future potential of AR, Raysolve, a semiconductor company founded by HKUST alumni, has developed the world's first full-color and ultra-high brightness micro-LED micro-display using their proprietary QD and CoANODETM fabrication technology. This groundbreaking display offers unrivaled color gamut, ultra-high efficiency and brightness, as well as superb robustness under extreme conditions. It presents a perfect outdoor AR solution and can be extended to applications such as AR glasses, consumer electronics devices, head-up displays (HUD), head-mounted displays (HMD), micro-projectors, and etc, catering to diverse display needs in various scenarios.   To learn more about HKUST innovations, please visit our Office of Knowledge Transfer (OKT) website: https://okt.hkust.edu.hk/   #HKUSTStartups #OKT #KnowledgeTransfer # MicroDisplay