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Ja A Day at the Forefront of Aerospace Innovation: Lessons from DLR ✨ In space innovation, partnerships and ecosystems are essential. SpaceFounders bridges groundbreaking startups and leading institutions, and thus the visit to our partner German Aerospace Center (DLR) is a must-have and exemplified this mission. This wasn’t just a tour—it was a deep dive into cutting-edge aerospace technology and the collaborations driving progress. Highlights from Our Visit 💫 1️⃣ A Grand Welcome  Robert Klarner, Coordinator of Technology Transfer & Industrial Cooperations, shared how DLR transforms research into industry solutions. The batch learned how collaboration fuels breakthroughs.  💡 Key takeaway: Innovation thrives on structured partnerships. 2️⃣ Earth Observation  Dr. Doris Klein, Deputy Head of the German Remote Sensing Data Center, guided the startups through the Earth Observation Center (EOC) and ZKI, showcasing satellite data’s role in disaster response and environmental monitoring.  💡 Key takeaway: Accessible, actionable data can drive societal change. 3️⃣ Robotics Innovation  At the Robotic Mechatronics Center, Tilo Wüsthoff introduced us to the On-Orbit Servicing Simulator, demonstrating the future of autonomous spacecraft repair and assembly.  💡Key takeaway: Robotics will redefine space exploration, opening opportunities for startups in AI and autonomy. 4️⃣ Mission Control at GSOC  Thomas Mueller led us through the German Space Operations Center, where precision and teamwork ensure mission success.  💡Key takeaway: Operational excellence is vital for scaling in space—or any field. 🚩 Why It Matters  This visit underscored that no one innovates in isolation. As space commercialization grows, collaboration between research institutions, startups, and governments becomes critical. At SpaceFounders, we empower entrepreneurs to harness these ecosystems—whether by unlocking satellite data applications, innovating in robotics, or building operational infrastructures. The lessons from DLR reaffirm the power of shared vision in driving progress. A big Dankeschön 🙏 to Robert Klarner, Dr. Doris Klein, Tilo Wüsthoff, Thomas Müller, and the DLR team for their hospitality and insights. You’ve inspired us to think bigger and collaborate smarter. The future of space innovation is bright—and challenging. Let’s connect, partner, and shape it together. #SpaceFounders #DLR #InnovationLeadership #SpaceTech #Robotics

🚀 NASA is taking a major step in supporting groundbreaking innovation by selecting Valid Eval to enhance the SBIR/STTR application review process. This new partnership is set to transform how NASA evaluates small businesses working on cutting-edge technologies in aerospace, robotics, and advanced materials. 🌍💡   For small businesses, this is a game-changer. With Valid Eval on board, the SBIR/STTR process becomes faster, more efficient, and laser-focused on identifying the most promising ideas. The result? More opportunities to connect with the resources and partnerships needed to turn your vision into a real-world solution.   💡 It’s exciting to see how programs like SBIR/STTR continue to evolve, creating more opportunities for small businesses to shine. The real question is: What’s your next bold move? Let’s connect—I’d love to hear about the ideas you’re working on. 🚀 https://lnkd.in/ggWmsn77

🚀 Refurbishing a launch vehicle is fairly commonplace today. However, this is NOT the case for satellites... that are already in space 🛰️. 🚨On this week's episode, meet my guests who are trying to change that👷🏽♂️👷🏻♂️ 🔗 https://lnkd.in/eQRD-fTY David A Barnhart founded Arkisys to be the first business logistics platform in space that would essentially serve as a pit stop for your satellite ⛽️. And Rahul Rughani, Ph.D. is the Chief Engineer architecting this whole vision to life. In this episode, we talk about: 🔧 Satellite servicing industry at present 🏎️ Being part of a space accelerator program at Seraphim Space 🏗️ Challenges of building space servicing infrastructure at scale 🫱🏽🫲🏼 Global partnerships that Arkisys is excited about, including their most recent partnership with GATE Space and more... 🎥 Plus we got to shoot this in-front of a full scale mockup of the port module and the robotic arm 🦾 If you stick around to the end, I threw in a fun post-credits scene 😉 🎧 You can also listen to this episode on Spotify: https://lnkd.in/eZXtdQ_u Grateful for Dave and Rahul to invite us out to the Arkisys. This was an extra special episode for me, Dave taught many classes in my Astronautical Engineering program at USC. This is same program that Rahul and I were a part of, at USC Viterbi School of Engineering. Thanks for tuning in. --- #startup #satelliteservicing #satellites #innovation #accelerator #spaceaccelerator #seraphimspace #space #engineering #fighton

How #GenAI is accelerating the pace of space engineering #Machinelearning and #GenAI can help propel aerospace engineering into a new era of speed and efficiency, while also enabling quality and regulatory compliance. Modernizing aerospace engineering could impact the aerospace industry far beyond enhancing efficiency. All stakeholders should consider how they can embrace change and lead the way in guiding innovation and renewal in this critical field. Throughout history, ventures into space have relied on bold acts of imagination above all. Giving space engineers the tools they need now can free them to dream big.

"One of the illusions of life is that the present hour is not the critical, decisive one."  - Ralph Waldo Emerson "Ultra-rapid, AI-assisted, automated digital engineering and digital modeling, assembly, and environmental test of a payload tailored (custom) ESPA-class satellite in 10 months or less". This satellite won’t be designed by humans. It will be designed by our machine. MERCURY. People say #space is hard. It’s not so hard as it is unforgiving. We believe humans should be leveraging intelligent machines to achieve extraordinary outcomes. We're proud to partner with the University of California, Davis on this #novel effort to deliver the first AI designed #ESPA class satellite in history. Follow us at Proteus Space, Inc. and join our journey. We’ll be posting monthly and demonstrating radical #speed with AI & machine driven - design, assembly, integration and test. Including the speed bumps. #THEFUTUREISFASTER Shout out to the believers: Moonshots Capital Lavrock Ventures Academy Investor Network The Veteran Fund Mana Ventures Capital Factory Industrious Ventures Craig Cummings Kelly Perdew Steve Smoot Daniel Bock Mike Sherbakov Ryan Micheletti Sherman Williams II Emily McMahan James Geurts Kim Crider Thomas Cooley Douglas Dreyer Joseph Frankino John Gass Tom Lash Andrew Shapiro Terry Gdoutos Richard Otis Natasha Waldorf Elliot Fayman Artemis Xu Matt Kozlov David Kervin Chelsea Hildebrandt @Dash Jamieson @Dr. Stephen Robinson #SpaceInnovation  #AI  #SatelliteDesign  #DigitalEngineering  #Autonomy  #AIAutomation #SatelliteInnovation #SpaceTech #UltraRapidDevelopment #AIinSpace #MachineLearning #AutomatedDesign #SpaceEngineering #FutureOfSpace #SPEED #AIEngineering #satellite #thefutureisfaster

🌌 Space Entities In California – Insights From The Space Impulse Market Intelligence Platform... California remains a leading hub for space technology and aerospace innovation, hosting a diverse array of ~940 entities, including investors, companies, and academic institutions. High-profile entities like SpaceX, Planet, and Varda Space Industries, along with innovative companies like Anduril Industries, Relativity Space, and Viasat, underscore the state's pivotal role in advancing the space sector. Key Highlights: 🔹Space Companies: Notable firms like Anduril and Relativity Space are leveraging cutting-edge technologies such as AI and 3D printing to revolutionize national security and rocket manufacturing. 🔹Influential Investors: Venture capital firms like Airbus Ventures, Founders Fund, and Khosla Ventures are pivotal in nurturing the growth of space technology startups, driving forward the sector's innovation. 🔹Sector Growth: The Space Impulse Market Intelligence Platform indicates robust activity and investment, positioning California as a leader in space tech development. For a deeper dive, visit app.spaceimpulse.com or reach out to us at hello@spaceimpulse.com. Read more 👇 As California's space tech landscape continues to expand, what do you think are the key factors that will drive its growth over the next decade? How can companies and investors best capitalize on these opportunities? https://lnkd.in/evyPV8MY #SpaceTech #Innovation #VentureCapital #California #SpaceX #Anduril #RelativitySpace #Viasat

🚀 We are a small university from a small village in Michigan with boundless dreams! 🌍✨ Meet my NASA-MITTIC (MUREP Innovation and Tech Transfer Idea Competition) team—an incredible group of visionaries working to turn the impossible into reality. This team is tackling the ambitious challenge of "Multi-Node Drone Logistics for Last-Mile Delivery and Reverse Logistics Optimization." With creativity and determination, they are developing solutions that could revolutionize how we think about logistics and delivery systems. MITTIC challenges students from Minority-Serving Institutions (MSIs) to transfer NASA’s technology into market solutions, and our team is pushing boundaries as they enter the pitch competition. We might not make it through the first round, but the sheer amount of effort and innovative thinking these young people have put into this project is worth celebrating! 🙌 What we once thought was beyond our reach is now within our grasp, and we couldn’t be more excited to take this journey with NASA’s support. 🚀 Team: David Brown (marketing), Cin Thang (Comms Engineer), Donnie Vanterpool (Financial Analyst), Guichard Manigat (Sr. Software Architect), Jeremiah Bahadur (Software Engineer), and Derek Feitosa (Team Lead and Lead Engineer) #NASA #Innovation #MITTIC #BoundlessDreams #MultiNodeDrones #LastMileDelivery #ReverseLogistics #TransformingIdeas #PitchCompetition #StudentSuccess #WorldChangersMadeHere #TechnologyTransfer #STEM

🚀 Pushing Boundaries with Space-Tech Innovation! 🚀 As humanity reaches new heights in space exploration, advanced technology continues to be a critical enabler of progress. From powerful simulations to intelligent design tools, innovation in space technology is reshaping how we understand and explore the cosmos. Imagine the possibilities: Accelerated Simulations: Engineers can now simulate complex space environments in hours rather than weeks. This speed enables rapid prototyping and testing, bringing us closer to groundbreaking discoveries. Enhanced Data Precision: High-fidelity simulations and real-time analysis are essential for precision in space missions, where even the smallest details matter. Scalability and Collaboration: Modern tools support global teams, allowing scientists and engineers across the world to collaborate seamlessly and tackle new challenges. With innovations like these, companies are empowering teams to dream bigger and achieve milestones faster, ultimately making space more accessible and preparing us for the next frontier. 🌌 Here’s to the relentless pursuit of discovery, innovation, and progress as we continue our journey among the stars! #SpaceTech #Innovation #EngineeringExcellence #Aerospace #Future

🚀 The Future of Engineering in Aerospace and Simulation 🌍 Exciting times ahead for aerospace and simulation! We're seeing a surge in AI-driven simulations, making testing more efficient and accurate. 🌟✨ Companies are pushing the boundaries of space exploration, looking beyond our planet. Sustainable aerospace solutions are becoming a major focus, driving innovation in eco-friendly technologies. 🌱🌎 There's a high demand for engineers who can lead and innovate in these areas. 🌟 If you're passionate about these emerging trends and ready to make an impact, let's connect. Visit xforce.net for opportunities! 🟢 AI in Simulations 🟢 Space Exploration 🟢 Sustainable Aerospace #Aerospace #Engineering #Innovation

🌟🚀 A Groundbreaking Day for Science Engineers! 🌍🔧 Science engineers achieved a remarkable feat using the twin Mars rover they had on Earth! 🌌🔬 This extraordinary accomplishment highlights the power and potential of digital twins in the industry. Here's a peek into how it all unfolded and why digital twins are revolutionizing the way we solve complex problems! 👇 Imagine this: A critical issue arose with the Mars rover exploring the Red Planet. The stakes were high, and solutions were needed fast. 🌕🛠️ Enter the twin rover on Earth, an exact digital replica of its Martian counterpart. Engineers quickly ran simulations, tested solutions, and validated their approaches—all in real-time! 🌐⚙️ The results? An efficient, accurate fix that kept the Mars mission on track and demonstrated the immense value of digital twins. 🚀🔍 Why Digital Twins Matter: Real-time Problem Solving: Digital twins allow engineers to simulate and troubleshoot issues without the risk of damaging the actual equipment. 💡🔧 Cost Efficiency: By testing solutions virtually, companies save on the costs associated with physical prototypes and real-world errors. 💸💼 Improved Performance: Continuous monitoring and updates ensure that systems operate at peak efficiency, enhancing overall performance. 📈🏆 Innovative Solutions: With the ability to experiment and innovate in a virtual environment, new and creative solutions can be developed faster than ever before. 💡🚀 This groundbreaking use of digital twins in the Mars rover mission is just one example of how this technology is shaping the future of various industries. From manufacturing to healthcare, the possibilities are endless! 🌐🏭🩺 Let's celebrate this incredible achievement and look forward to more innovations powered by digital twins! 🌟✨ #Innovation #DigitalTwins #MarsMission #EngineeringExcellence #FutureTech 🚀🔧🌍 https://lnkd.in/dRFeBFD8