home.social

#technology-transfer — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #technology-transfer, aggregated by home.social.

fetched live
  1. A Campus is a City – An Architecture for Innovation at Scale

    A concept note on how a large university campus can build innovation and entrepreneurial mindset at scale – not through events, but through empowerment.

    Entrepreneurship is a mindset, more than a result or an outcome. An innovation program that aims to inspire over 10,000 lives on-campus has to not just target, say, 2500 start up ideas that come out of it like a funnel, but plant a seed within all, so students succeed in their lives with an innovation and entrepreneurial spirit – albeit in jobs.

    10,000 students cannot be impacted in one go through a centralized mechanism. The campus has to function like a city with systems and processes. The following is the plan:

    Distribute the faculty into interdisciplinary groups that directly relate their research with an industrial application. For instance, a material scientist and a biologist brought together for, say, manufacturing soft materials.

    Let’s say you identify ‘N’ such unique groups depending upon the size of your fraternity, each with around 10 faculty members, of which two step up as coordinators for their group. Now, create a training program for these ‘2*N’ faculty members, so they can sensitize and train the rest of the faculty from their group as per the group’s scope and requirement. The university’s innovation cell helps the coordinators with a customized training plan, relevant material, access to equipment, tools, etc.

    Now all of these trained faculty then train the PhDs and Postdocs working under them who then become the point of contact for undergraduate and postgraduate students who choose which group they align more with and associate accordingly.

    This entire process has to be tracked through a central portal. Further, regular support has be provided to anyone across the hierarchy to pitch in an offline engagement, like, inviting an industry professional or a scientist relevant to their group, or going for a factory tour, etc. Students should be able to earn credits, and this initiative-taking can be further incentivized as leadership training where faculty earn points towards their career advancement and recognition.

    Each group runs decentralized but centrally tracked and supported bootcamps, which even members from different groups can participate in, based on their interests, and the schedule is published well in advance, along with learning outcomes and actionable insights that come out of each session, because this program shouldn’t just checkmark the list of activities done for the sake of visibility, but should actually result in tangible action plans at the end of it – be it technology transfer, or a DeepTech startup, or a better understanding of the real world that leads to better research output and industry collaborations.

    The program should also self-sustain, so that every year, with new admissions, the program continues as part of the culture of the university, and the alumni engage with their group members even after graduation.

    This celebration of science and technology solves for the long term that India desperately needs. Further, in parallel, centralized awareness campaigns have to be organized where you don’t ask students to come to the innovation cell, but the administration goes to them – in labs, in mechanical shops, in canteens and hostel mess, etc. to engage with the future of India.

    Subscribe to get notified or follow the blog, and if you like what I write, please share it with your network 🙂

    #Academia #Bootcamp #DeepTech #Entrepreneurship #India #IndustryAcademiaCollaboration #Innovation #Research #Rsearch #Startups #TechTransfer #Technology #TechnologyTransfer #University
  2. A Campus is a City – An Architecture for Innovation at Scale

    A concept note on how a large university campus can build innovation and entrepreneurial mindset at scale – not through events, but through empowerment.

    Entrepreneurship is a mindset, more than a result or an outcome. An innovation program that aims to inspire over 10,000 lives on-campus has to not just target, say, 2500 start up ideas that come out of it like a funnel, but plant a seed within all, so students succeed in their lives with an innovation and entrepreneurial spirit – albeit in jobs.

    10,000 students cannot be impacted in one go through a centralized mechanism. The campus has to function like a city with systems and processes. The following is the plan:

    Distribute the faculty into interdisciplinary groups that directly relate their research with an industrial application. For instance, a material scientist and a biologist brought together for, say, manufacturing soft materials.

    Let’s say you identify ‘N’ such unique groups depending upon the size of your fraternity, each with around 10 faculty members, of which two step up as coordinators for their group. Now, create a training program for these ‘2*N’ faculty members, so they can sensitize and train the rest of the faculty from their group as per the group’s scope and requirement. The university’s innovation cell helps the coordinators with a customized training plan, relevant material, access to equipment, tools, etc.

    Now all of these trained faculty then train the PhDs and Postdocs working under them who then become the point of contact for undergraduate and postgraduate students who choose which group they align more with and associate accordingly.

    This entire process has to be tracked through a central portal. Further, regular support has be provided to anyone across the hierarchy to pitch in an offline engagement, like, inviting an industry professional or a scientist relevant to their group, or going for a factory tour, etc. Students should be able to earn credits, and this initiative-taking can be further incentivized as leadership training where faculty earn points towards their career advancement and recognition.

    Each group runs decentralized but centrally tracked and supported bootcamps, which even members from different groups can participate in, based on their interests, and the schedule is published well in advance, along with learning outcomes and actionable insights that come out of each session, because this program shouldn’t just checkmark the list of activities done for the sake of visibility, but should actually result in tangible action plans at the end of it – be it technology transfer, or a DeepTech startup, or a better understanding of the real world that leads to better research output and industry collaborations.

    The program should also self-sustain, so that every year, with new admissions, the program continues as part of the culture of the university, and the alumni engage with their group members even after graduation.

    This celebration of science and technology solves for the long term that India desperately needs. Further, in parallel, centralized awareness campaigns have to be organized where you don’t ask students to come to the innovation cell, but the administration goes to them – in labs, in mechanical shops, in canteens and hostel mess, etc. to engage with the future of India.

    Subscribe to get notified or follow the blog, and if you like what I write, please share it with your network 🙂

    #Academia #Bootcamp #DeepTech #Entrepreneurship #India #IndustryAcademiaCollaboration #Innovation #Research #Rsearch #Startups #TechTransfer #Technology #TechnologyTransfer #University
  3. VOP CZ starts assembling CV90 armoured vehicles

    VOP CZ began full assembly of CV90 tracked armoured vehicles at Senov after receiving the first hulls and technology from BAE Systems Hagglunds.

    #EU #Czechia #DefenceIndustry #Manufacturing #TechnologyTransfer

    idnes.cz/zpravy/nato/cv90-vop-

  4. RE: aus.social/@oscarjiminy/116819

    'technology transfers from the US in particular were absolutely critical to seeding the development of what became the industries that these countries were very famous for in subsequent decades. Now, what’s interesting about the cases of Japan, South Korea and Taiwan — and I think this is the big contrast with China, and this sets the stage for what makes China’s case so interesting and so important — is that in the case of Japan, South Korea and Taiwan, they were of course close cold war allies of the US'

    #technologyTransfer #technology #competition #development

  5. RE: aus.social/@oscarjiminy/116819

    'technology transfers from the US in particular were absolutely critical to seeding the development of what became the industries that these countries were very famous for in subsequent decades. Now, what’s interesting about the cases of Japan, South Korea and Taiwan — and I think this is the big contrast with China, and this sets the stage for what makes China’s case so interesting and so important — is that in the case of Japan, South Korea and Taiwan, they were of course close cold war allies of the US'

    #technologyTransfer #technology #competition #development

  6. Pakistan's Khalid-Class Submarines Undergo Critical Mid-Life Upgrade

    Pakistan is breathing new life into its Khalid-Class submarines with a critical mid-life upgrade, a game-changing move that's set to bolster the country's naval capabilities. This ambitious program, valued at around $950 million, isn't just about upgrading three submarines - it's also about empowering Pakistan's naval industry…

    osintsights.com/pakistans-khal

    #NavalIndustry #MidlifeUpgrade #TechnologyTransfer #Pakistan #France

  7. 🚀 The countdown is on! In just 3 days, PeCATHS members will gather in Strasbourg for the E-MRS Spring Meeting & Symposium K.

    👏 We look forward to connecting with partners and sharing innovative research driving the energy transition.

    👉 lnkd.in/d7SzXwz7

    #PeCATHS #Innovation #TechnologyTransfer #GreenHydrogen #EnergyTransition #HorizonEurope #SustainableEnergy #EMRS2026

  8. 🚀 The countdown is on! In just 3 days, PeCATHS members will gather in Strasbourg for the E-MRS Spring Meeting & Symposium K.

    👏 We look forward to connecting with partners and sharing innovative research driving the energy transition.

    👉 lnkd.in/d7SzXwz7

    #PeCATHS #Innovation #TechnologyTransfer #GreenHydrogen #EnergyTransition #HorizonEurope #SustainableEnergy #EMRS2026

  9. India's Rafale Deal Faces Technology Transfer Hurdles

    India is on the cusp of making history with a massive $36–40 billion Rafale deal, poised to be the largest single order ever for the advanced fighter jets. The procurement process is gaining momentum, with the Indian Air Force finalizing the Request for Proposal for 114 Dassault Rafale F4s and potentially F5s.

    osintsights.com/indias-rafale-

    #India #RafaleDeal #DefenceProcurement #TechnologyTransfer #Aerospace

  10. 📢 PeCAHTS Abstracts Confirmed for Symposium K!

    ✍️ A diverse range of high-quality abstracts has been confirmed, covering cutting-edge research in photo and electrochemical systems for value-added synthesis.

    👉 More info: lnkd.in/d9itMB5h

    💡 It's shaping up to be an unmissable event for anyone in the field!

    #PeCATHS #Innovation #TechnologyTransfer #HydrogenStorage #EnergyTransition #HorizonEurope #SustainableEnergy

  11. 📢 PeCAHTS Abstracts Confirmed for Symposium K!

    ✍️ A diverse range of high-quality abstracts has been confirmed, covering cutting-edge research in photo and electrochemical systems for value-added synthesis.

    👉 More info: lnkd.in/d9itMB5h

    💡 It's shaping up to be an unmissable event for anyone in the field!

    #PeCATHS #Innovation #TechnologyTransfer #HydrogenStorage #EnergyTransition #HorizonEurope #SustainableEnergy

  12. VM Photonics GmbH, a spinoff of the @mpi_grav and @unihannover, has developed a source for ultrapure and superstable laser light for high-precision optical measurements.

    🔍 The new laser source delivers light that is ten times purer and more stable than comparable products, enhancing measurement accuracy significantly.

    🌌 With decades of experience in laser systems for gravitational-wave detectors, the founders have developed a system that outperforms existing technologies in both power and frequency stability, maintaining its advantages even after amplification to higher laser power.

    🌍 Potential applications include measuring gravitational waves, monitoring climate change from space, generating squeezed light, searching for dark matter, and identifying the fingerprints of quantum gravity.

    ℹ️ aei.mpg.de/1339240/kommerziell

    #Innovation #Physics #TechnologyTransfer #Laser

  13. VM Photonics GmbH, a spinoff of the @mpi_grav and @unihannover, has developed a source for ultrapure and superstable laser light for high-precision optical measurements.

    🔍 The new laser source delivers light that is ten times purer and more stable than comparable products, enhancing measurement accuracy significantly.

    🌌 With decades of experience in laser systems for gravitational-wave detectors, the founders have developed a system that outperforms existing technologies in both power and frequency stability, maintaining its advantages even after amplification to higher laser power.

    🌍 Potential applications include measuring gravitational waves, monitoring climate change from space, generating squeezed light, searching for dark matter, and identifying the fingerprints of quantum gravity.

    ℹ️ aei.mpg.de/1339240/kommerziell

    #Innovation #Physics #TechnologyTransfer #Laser