Pouria Kiani

Design of Next Generation University: Transforming the University into a Responsible University for Developing a National Innovation and Entrepreneurship Ecosystem Designing the Next Generation University: Transitioning Toward a Responsible Institution for Advancing National Innovation and Entrepreneurship Ecosystems Fourth-generation universities, as transformative entities, occupy a pivotal position in fostering innovation and entrepreneurship ecosystems. In contrast to earlier university models that primarily emphasized education and research, these institutions are structured to address complex, real-world challenges through the establishment of dynamic linkages among scientific, industrial, societal, and policy domains. Empirical evidence, including the OECD’s report Transforming Universities in the Age of Open Innovation, underscores the strategic role of fourth-generation universities as active agents in regional and national development processes. Within the framework of a knowledge-based economy, universities are increasingly expected to transcend traditional academic functions and engage in the valorization of knowledge through innovation and product development. This expanded mission entails active participation in local economic development via the cultivation of university-centered entrepreneurial ecosystems. By enhancing the performance of the education-research-development value chain and integrating it with entrepreneurial initiatives, fourth-generation universities serve as engines of economic growth and technological advancement. Moreover, the governance role of universities in science, technology, and entrepreneurship has undergone significant transformation. Fourth-generation universities are now recognized as authoritative institutions in sustainable development, contributing to public policy formulation, delivering evidence-informed solutions, and engaging in national-level decision-making. This evolution reflects a broader strategic orientation toward societal impact, as highlighted in UNESCO’s report on the future of higher education, which identifies such transformation as essential for institutional survival and competitiveness in the 21st century. For further insights into the conceptual and strategic foundations of fourth-generation universities, interested scholars may refer to the University of Tehran’s Internet TV documentary, featuring Dr. M.R. Meigounpoory, faculty member and strategic planning lead for the fourth-generation university initiative at the university of Tehran’s technical faculties, and Prof. Dr. Saadatseresht, Director of Technological Innovation Development and Dean of the Faculty of Surveying and Spatial Information Engineering at the same institution. The documentary, presented in Persian, is accessible via this link: https://lnkd.in/dJAAB7iS

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Excellent piece by Rest of World. “For years, Gulf governments poured billions into defending against hackers and cyber-espionage. On Sunday, what brought the building down was not malicious code but heat, smoke, and a power cutoff. “In a missile and drone environment,” Alexander said, “concrete, distance, and dispersion matter just as much as firewalls.” “

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Automakers Used to Buy Chips. Now They’re Competing for National Talent Pools. When Elon Musk publicly recruited South Korean chip engineers, this wasn’t social media theater. It was a signal. The AI semiconductor race is no longer about wafer capacity. It’s about who controls architecture talent. South Korea produces world-class semiconductor engineers. Companies like Samsung Electronics and TSMC dominate advanced manufacturing. Now Tesla wants that expertise for autonomous driving and robotics AI. Here’s why this matters: • Tesla aims for “world-class mass-produced AI chips” → That means vertical integration at scale. • Terafab plans in the U.S. → Manufacturing control reduces geopolitical exposure. • Direct talent recruitment in Korea → Escalates global semiconductor brain drain. This isn’t just hiring. It’s reshaping the automotive supply chain. If automakers internalize AI chip design, foundries gain leverage but lose customer lock-in. The real question: Will AI chip leadership belong to traditional semiconductor giants… or to vertically integrated tech-automotive hybrids? #Semiconductor #SupplyChain #Geopolitics #AIChips #AutonomousDriving #ManufacturingTech #ChipDesign #RoboticsAI

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𝐌𝐢𝐜𝐫𝐨𝐧 𝐓𝐞𝐜𝐡𝐧𝐨𝐥𝐨𝐠𝐲’𝐬 $𝟏𝟎𝟎𝐁 𝐍𝐞𝐰 𝐘𝐨𝐫𝐤 𝐟𝐚𝐛 Source: By Robert Quinn via LinkedIn Micron Technology’s $100B New York fab isn’t a bet on memory demand. It’s a bet on U.S. industrial scale after 2030.Markets cheered the headline. MU stock jumped ~8%. But the real signal is long-term positioning, not short-term valuation. This site could become the largest semiconductor facility in the U.S., with production targeted around 2030. That timing matters. Memory cycles are volatile. #Geopolitics is not. Breakdown • $100B planned investment → #Signals federal-aligned, decade-long capital commitment • Up to 50,000 jobs → #Anchors a domestic #memory workforce at unprecedented scale • $250M community #investment → Reduces execution risk tied to labor and housing Zoom out. This New York fab sits inside a broader ~$200B U.S. expansion, plus $50B in R&D nationwide. That’s not incremental capacity. That’s strategic insulation. #Memory used to chase lowest cost. Now it chases policy stability, incentives, and supply security. Is #Micron building for the next memory cycle or the next geopolitical era? #Semiconductor #MemoryChips #SupplyChain #Geopolitics #ManufacturingTech #CHIPSAct #USIndustry #Micron

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The killing of Ali Larijani is a dramatic escalation in the Third Gulf War. He was a politician among military men. And killing him rules out a political or diplomatic end to this conflagration. The next steps would be a hardening in the ranks of the IRGC, with less-experienced commanders holding greater sway and with increasing autonomy. The Strait of Hormuz is shut, but the amount of additional damage that the IRGC can do is staggering. Following are the key steps on the escalation ladder now; (1) Ukraine, Taiwan and South Korea supplying interceptors to Israel and other Gulf states. (2) China and North Korea supplying missiles and weaponry to Iran. (3) Targeting of the Saudi pipeline carrying 7mmpbd; taking this out can bring the oil price to US$250/bbl. (4) Pakistan would get involved at this stage under its mutual defence pact with Saudi Arabia - only a potential coup could stop this. (5) Targeting the Saudi oil facilities producing 6mmbpd that Iran knocked out in 2019, permanently disabling this capacity. (6) Targeting other major Saudi, Iraqi, Kuwaiti, Emirati oil fields. (7) Targeting 400 desalination plants in the region. (8) Targeting stranded oil tankers currently in the Gulf, which would poison the very water that feeds the desalination plants. (9) Nuclear conflagration. None of this will lead to military catastrophe in the rich world. That world is a richer place now than during the 1970s oil embargoes or the First Gulf war when the relative oil price then was >US$300 in today's terms (back when the world was much poorer). The rich world can today afford these higher prices (while maybe spending less on haircuts). In fact I bet there would be demand for 60-70mmpbd even at US$600/bbl. Because what matters in the oil market is the marginal barrel; remember the minus US$40 oil price? This post is strictly about markets, not morals.

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OSINT: Opposition narratives emerging amid the escalation in Iran Recent posts circulating on LinkedIn and other platforms highlight how segments of the Iranian diaspora and opposition figures are framing the current escalation. These messages portray the ongoing military actions as aligned with long‑standing grievances against the Islamic Republic and emphasize hopes for political change. Statements attributed to prominent opposition actors call for vigilance, unity, and preparation for potential transitions. Observed narrative elements • Strongly emotional and mobilizing language describing the current situation as a historic turning point. • Calls for political action directed at the Iranian population and security forces. • Expressions of gratitude toward foreign military actors, framed as support for the Iranian people. • Messaging that positions the opposition as the legitimate representative of the Iranian nation. OSINT significance These communications illustrate how political narratives evolve rapidly during crises and how opposition groups attempt to influence public perception, mobilize supporters, and shape international understanding. Monitoring such narratives helps contextualize the broader information environment, including how different actors interpret and respond to unfolding events.

We have AI to do #CriticalThinking in times of war and propaganda, just use simple prompts on what the situation is, and help critically think: "Is the #Iranian movement a case of Foreign interference?" It would look like: - Timing, amplification, and narrative steering - Selective pressure on weak points - Information asymmetry, not command-and-control   So the real question is not “Is it internal or foreign?” It is: where does internal discontent end and external leverage begin? What DOESN’T make usual sense A. Protest synchronization vs. organic spread Red flag (subtle): - Protests in multiple cities with different local triggers converging on identical political slogans within days. Organic unrest usually shows: - Fragmented demands - Regional variation - Inconsistent framing early on Externally amplified unrest often shows: - Rapid slogan convergence - Message discipline without leadership - Uniform framing despite diverse local conditions This doesn’t prove orchestration, but it suggests narrative acceleration.   B. Immediate international narrative readiness When: - Western media and officials rapidly agree on what the protests “are about” moral framing appears before facts stabilize - Language becomes standardized (“uprising”, “regime on brink”, etc.) - That suggests pre-existing narrative templates, not spontaneous interpretation. - Pahlavi flags ready in many countries and capitals for a public display and content generation It may look like fabrication, but it definitely means opportunistic alignment.   🔹 C. Internet shutdown paradox Counterintuitive point: If the protests were entirely foreign-directed, an internet shutdown would cripple them. But if protests persist or even intensify offline, that implies: real internal organization deep social embedding However, what is suspicious is: - Who benefits from footage that gets out despite shutdowns - Which clips circulate internationally - Which narratives survive filtering Foreign actors don’t need to run the protests, they just need to curate what the world sees. Move out of mainstream media and view all with a critical lens. Let's not make the world a bitter place. #Peace

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Statistical Process Control meets Machine Learning: The game changer nobody is talking about. Here's the truth: drift detection in ML models is like semiconductor manufacturing without SPC. ASML's latest earnings show that precision in production directly impacts yields. The same principle applies to your models. When data distributions shift; your predictions fail silently. SPC techniques catch this early. By combining control charts with drift detection algorithms; you create a monitoring system that's genuinely predictive; not reactive. The insight: treat your ML pipeline like a fab line. Monitor continuously; alert on anomalies; iterate fast. Companies implementing this see 40 percent fewer production incidents. Your competitors are already doing this. The question isn't whether you need drift detection. It's whether you can afford to ignore it. #MachineLearning #DataScience #MLOps #QualityControl #AI

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UX For Peace: Designing Peace in a World of Conflict The recent U.S. strike on Iran’s nuclear facilities—using advanced technologies like the B‑2 stealth bomber armed with Massive Ordnance Penetrators (MOPs) and precision‑guided Tomahawk missiles—highlights how modern warfare can devastate with surgical accuracy, yet still deepen global unrest. It’s a stark reminder: - Technology can be precise—but it can’t resolve fear. - Targeted power may silence threats—but fails to address root conflicts. In a world racing towards more intelligence and automation, what’s missing is empathy, understanding, and connection. And that’s where UI/UX design can lead the way. --- 1. Human-Centered Empathy > Tech Precision In times of conflict, people crave clarity, trust, and emotional support—just like users do in digital products. As designers, our role is to anchor tech with compassion, ensuring every solution serves real human needs. 2. Navigating Complexity with Simplicity Military operations rely on detailed intel and complex systems—just like complicated apps. But the difference lies in how we design clear, intuitive paths that guide users to peace of mind, not confusion or fear. 3. Trust through Transparency Trust badges, clear messaging, and straightforward design build user confidence. Similarly, global relations thrive on transparency, clarity, and honest communication. 4. Collaboration Over Coercion In design, collaboration brings the best ideas forward. In diplomacy and conflict, mutual understanding and teamwork are the true paths to peace. Both require listening, iteration, and shared goals. --- The bigger lesson: Advanced tech without human connection is a hollow triumph. Precision without empathy is fragile. So, as we witness events shaping our world, let’s remember the power designers wield: - We can build bridges, not just buttons. - We can simplify tension, not just interfaces. - We can restore trust, not just flowcharts. Let’s unleash UI/UX for global good: - Create platforms that connect across divides - Design spaces for empathetic dialogue - Launch initiatives that humanize data, not just analyze it In a world where precision strikes make headlines, let’s design solutions that foster understanding, healing, and unity. The most powerful tech isn't the one that can destroy—it’s the one that can nurture. And as designers, we hold that power. — Looking forward to a week of purposeful design and peace-driven innovation. #UXForPeace #HumanCenteredDesign #TechWithEmpathy #DesignForGood #SolabomiKayode #ConflictToConnection #UIUX #GlobalImpact #DigitalDiplomacy Solabomi Kayode UI/UX Designer/Developer

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Why should we support the people of Iran and the vision of a free, prosperous, internationally integrated Iran? Because history—and the present—prove what they are capable of. Iran’s civilization stretches back 6,000–7,000 years. From the era of Cyrus the Great—whose governance is often associated with early principles of human rights and tolerance—to centuries of contributions in mathematics, medicine, astronomy, literature, and philosophy, Persia has been a civilizational engine. This is not sentiment; it is documented history. Today, the Iranian diaspora reflects that same legacy. Across North America and Europe, Iranians are among the most educated immigrant communities. They are physicians, engineers, scientists, entrepreneurs, academics, and artists. They lead research labs, launch companies, teach at top universities, and contribute disproportionately to innovation and economic growth. Wherever they live, they integrate, build, and contribute. Yet for 47 years, the Islamic Republic and the IRGC have constrained this human capital through repression, censorship, executions, and regional proxy conflicts. Human rights organizations have documented widespread crackdowns and mass imprisonment. Analysts attribute hundreds of thousands of Iranian deaths to internal repression and related violence, and regional conflicts tied to state-backed militias have fueled instability beyond Iran’s borders. Now imagine the alternative. An Iran accountable to its people—85+ million citizens, a young and highly educated population, vast energy and mineral resources, and a strategic bridge between East and West—could become a pillar of regional stability and global innovation. A free Iran could lead in science, medicine, AI, renewable energy, arts, and higher education. It could reconnect economically and diplomatically, benefiting not just its own citizens but global markets and security architecture. On February 14, in cities such as Munich, Los Angeles, and Toronto, large gatherings of Iranians demonstrated peacefully. Observers noted discipline, organization, and civic order. The message was dignity and hope—not chaos. Supporting the people of Iran is not about ideology. It is about aligning with education, resilience, and human rights. It is about distinguishing between a government and its citizens. It is about recognizing that empowering civil society, academic exchange, and lawful governance strengthens global stability. A free Iran would not only transform the Middle East. It would enrich the world.

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In the late 1970s, a brilliant Iranian engineer named Nasrollah Moinian quietly built one of the earliest packet-switching networks, the very foundation of the modern internet, inside Iran’s telecommunications ministry. Inspired by ARPANET but cut off from Western collaboration due to political tensions, Moinian reverse-engineered the concept using only publicly available papers and sheer ingenuity. His network, called “DataNet,” connected universities and research centers across Iran. It used custom-built routers and protocols very similar to TCP/IP, years before Iran had any formal ties to global internet infrastructure. But here’s the twist: when the revolution hit in 1979, the entire system was dismantled. Moinian’s work was buried, and he faded into obscurity. Yet fragments of his architecture were later discovered by Western researchers studying global network topologies, unknowingly validating his design. A forgotten pioneer. A lost network. A reminder that innovation often blooms in silence. Note : ARPANET was the world’s first packet-switched computer network and the direct precursor to the modern internet. It was developed in the late 1960s by the U.S. Department of Defense’s Advanced Research Projects Agency (ARPA) to enable secure, decentralized communication between research institutions. #ForgottenInnovators #TechLegacy #UnsungGenius

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TES INTEL: The US Iran military buildup signals a critical strategic test for American global power. Pentagon deployments reflect rising tensions and shifting global balance. #Geopolitics #USA #Iran #TESIntel For full analysis check the comment section ⬇️

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IDF is expanding its language intelligence programs, citing the Gaza war as proof that human expertise is irreplaceable; soldiers are being trained in Arabic dialects, Farsi and cultural nuance to meet evolving intelligence challenges *** The war in Gaza has demonstrated clearly how wrong it was to believe that technology can replace human beings when dealing with language. In the coming years, the IDF intends to enlist more people who deal with language, said Lt. Col. H, who commands the military's signal intelligence field and heads the Intelligence Corps' school of languages. Hundreds of people have gone through the military intelligence language schools since its establishment, being taught foreign languages, often from scratch, including different dialects of Arabic spoken in Syria, Lebanon, Iraq, the Palestinian communities and among the Bedouins. A recent addition is the Yemeni Arabic, used by the Iran-backed Houthis. Farsi has also been taught to soldiers serving in the IDF and it is among the longest-lasting language courses since it was added 25 years ago. "We understood back then that we would need soldiers who could speak Farsi," H. says. "We understand that we must grow our numbers and have added people who had no background in the language and taught them to speak it perfectly. Israelis study 25-week-long courses before they are inducted into the service and come out specializing in reading and the spoken language.

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A galvanized cable ladder https://lnkd.in/dZqqec_4 (also known as galvanized cable tray ladder or wire mesh cable ladder) is a robust and versatile support system primarily used for managing, routing, and protecting large volumes of electrical cables, data cables, and communication wires in demanding environments. Its galvanized steel construction provides key advantages: Cable Support & Organization: Primary Function: Provides a sturdy, open framework to securely hold and organize heavy cables (power, control, instrumentation, data, fiber optic) over long spans, both horizontally and vertically. High Capacity: The ladder design (parallel side rails connected by rungs) allows for bundling large numbers of cables efficiently. Separation: Keeps different types of cables (e.g., high voltage power, low voltage control, data) organized and separated if needed, reducing interference and simplifying identification/tracing. Mechanical Protection: Physical Damage: Shields cables from impact, crushing, vibration, and abrasion that might occur in industrial settings, during installation, or from maintenance activities. Rodents/Pests: Provides a significant barrier against rodents and pests that might chew on cables (compared to simply clipping cables to a wall). Ventilation & Heat Dissipation: Open Design: The ladder's structure allows maximum airflow around cables. This is crucial for preventing overheating in cables carrying high currents or densely packed bundles, especially power cables. Superior Cooling: Offers significantly better heat dissipation than solid-bottom trays or conduits. Corrosion Resistance (Key Benefit of Galvanization): Hot-Dip Galvanizing (HDG): The zinc coating applied via hot-dip galvanizing provides exceptional protection against rust and corrosion caused by: Moisture/Humidity: Indoor damp areas, basements, water treatment plants. Outdoor Exposure: Rain, snow, UV radiation (though prolonged direct UV can degrade the zinc over decades). Industrial Atmospheres: Chemical fumes, mild splashes, coastal salt spray. Durability & Longevity: Galvanization dramatically extends the lifespan of the steel ladder, reducing maintenance and replacement costs, making it ideal for harsh environments. Ease of Installation, Access & Maintenance: Simple Routing: Easy to cut, bend, and install on supports using standard fittings. Adapts well to complex pathways. Accessibility: The open design allows for easy visual inspection of cables and simple addition, removal, or rerouting of cables after initial installation without dismantling the entire system. Faster Installation: Generally quicker to install than conduit systems for large cable volumes. #cableladder #cables #construction #instrumentation #Ventilation #structure #cablescarrying #treatmentplants #complex #cablevolumes #سینی_کابل #نردبان_کابل #تیک_صنعت #برق

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