INPHOMIR

🚀 INPHOMIR Project is in the spotlight! Our initiative to develop low-power optical gyroscopes and lidar sensors for precise satellite and drone navigation has been featured in a new Italian article: "Sensori per la navigazione ultraprecisa di satelliti e droni: Italia capofila." Coordinated by GEM elettronica and supported by partners like Politecnico di Bari, Sigma Ingegneria, Warrant Hub - Tinexta Group, beWarrant S.L - Tinexta Group, EnduroSat, Eindhoven University of Technology, University College Cork and Technical University of Munich this €5 million EU-funded project aims to make space missions more efficient and economical. Discover more about our work and its impact! https://lnkd.in/dxbQB-sm #INPHOMIR #Innovation #Navigation #SpaceTech #EUfunded

🌟 Pioneering Space Navigation: Dive into the remarkable scientific endeavors of the INPHOMIR Project, where we lead the charge in space navigation technologies. 🛰️ Our focus? The development of monolithic photonic integrated circuits—a technological marvel that promises to redefine space exploration. 🚀 By seamlessly integrating advanced sensors and employing laser stabilization techniques, our research aims to elevate the precision and reliability of navigation systems for nano-satellites and space missions. 🌐💫 Stay informed as we contribute to the frontiers of space exploration! 🌟🔍✨ #INPHOMIR #SpaceNavigation #Photonics

🌟 European Research Collaboration: Let’s delve into the remarkable collaborative efforts within the INPHOMIR Project. 🛰️ Our consortium brings together academic, research, and industrial partners, all working in synergy. How? By leveraging their expertise in semiconductor device design, micro-fabrication, and packaging. 🚀 Our shared mission? To validate advanced Photonic Integrated Circuit (PIC) functionalities and foster European independence in photonic technologies. 🌐💡 Join us on this exciting journey as we unite diverse talents and push the frontiers of scientific research! 🌟🔍✨ #INPHOMIR #ResearchCollaboration #EUInnovation

🌟 Tackling Technological Challenges: Let’s delve into how the INPHOMIR Project confronts technological hurdles in photonic integration. 🛰️ Our research endeavors to develop novel Photonic Integrated Circuit (PIC) building blocks that transcend existing boundaries. These advancements focus on ultra-narrow spectral linewidths and ultra-low-power sensing. 🚀 By paving the way for advancements in infrared sensing and detection, we’re at the forefront of innovation in sensor technology. Join us on this exciting journey! 🌐🔍✨ #INPHOMIR #Photonics #Research

🚀 Advancing Navigation Technology: Let’s explore the scientific objectives of the INPHOMIR Project, where we delve into the validation of advanced on-chip sensors. These sensors include integrated optical gyroscopes and mid-infrared FMCW lidars. 🌟 Our research is laser-focused on enhancing navigation precision and extending range capabilities. These advancements are crucial for enabling breakthroughs in autonomous vehicles, drones, and space exploration. 🛰️🔍✨ Stay informed as we relentlessly push the boundaries of navigation technology. 🌐🚁 #INPHOMIR #Navigation #TechInnovation

🌟 Empowering European SMEs: Let’s delve into the remarkable initiatives of the INPHOMIR Project, which is dedicated to empowering European small and medium-sized enterprises (SMEs). 🛰️ Our focus? The development of advanced photonic integrated circuits (PICs)—a technological leap that promises to revolutionize various industries. 🚀 By granting access to cutting-edge technologies in navigation, remote sensing, and robotics, INPHOMIR actively contributes to the digitalization and enhanced competitiveness of European businesses. 🌐💡 Join us on this transformative journey, where innovation thrives, growth flourishes, and the future beckons. 🌟🔍✨ #INPHOMIR #EUIndustry #Photonics

🚀 Pushing the Boundaries of Photonic Integration: Explore the scientific activities within the INPHOMIR Project, with a focus on validating photonic integrated circuits (PICs) featuring new ultralow loss waveguides and mid-infrared active devices. 🌟 Our research endeavors to develop complex PIC modules that seamlessly integrate active and passive building blocks, resulting in enhanced performance and miniaturization. By harnessing advanced epitaxial techniques and innovative design concepts, we are determined to revolutionize photonic integration. Our ultimate goal? To drive technological advancements in sensor fusion and navigation systems. 🛰️🔍✨ Join us on this transformative journey as we reshape the landscape of photonic integration. 🌐🚁 #INPHOMIR #Photonics #TechInnovation

🌟 INPHOMIR in a nutshell! 🌟 Discover the groundbreaking impacts of the INPHOMIR Project in this dynamic and engaging short video. Learn how our innovative approach to photonic integrated circuits (PICs) is set to revolutionize space navigation, autonomous driving, and remote sensing. Join us in this journey of innovation and see how INPHOMIR is shaping the future of technology. Don't miss out—watch now and stay tuned for more updates! #INPHOMIR #Innovation #Technology #SpaceNavigation #AutonomousDriving #RemoteSensing Ask our Partners! GEM elettronica Warrant Hub - Tinexta Group Sigma Ingegneria Politecnico di Bari Eindhoven University of Technology Technical University of Munich University College Cork EnduroSat beWarrant S.L - Tinexta Group

🎙️ Meet Matteo Pacini, representing Sigma Ingegneria in the INPHOMIR Project! Sigma brings its expertise in drone technology to the table, contributing to advancements in autonomous navigation. Learn more about Sigma's role in this innovative venture. #INPHOMIR #AutonomousNavigation #DroneTech https://bit.ly/3Urmexd

🚀 Exciting Job Opportunity within the INPHOMIR Project! 🚀 We are looking for talented PhD students and postdoctoral candidates to join our team in developing innovative photonic integrated circuits (PICs) for nano-satellite-based space navigation and autonomous navigation. At Eindhoven University of Technology, you'll work with cutting-edge technology to create monolithic Indium-Phosphide-based PIC building-blocks, leading to a fully integrated optical gyroscope with unprecedented accuracy. This involves hands-on process development using our state-of-the-art 4" (100 mm) indium phosphide manufacturing line, including high reproducibility epitaxy, deep ultra-violet scanner lithography, and industry-grade etch and deposition equipment. 💼 Job Requirements: PhD 👉A master’s degree (or an equivalent university degree) in electrical engineering, or (applied) physics, with a genuine interest in pursuing a PhD 👉A team player able to work in a dynamic, interdisciplinary environment. 👉Fluent in spoken and written English (C1 level). There is no Dutch language requirement. PostDoc 👉PhD in electrical engineering, physics, or similar field, and a demonstrated capability to perform leading-edge research in photonic integration. 👉Ability to conduct high-quality academic research, demonstrated by a relevant PhD thesis and/or publication(s). 👉A team player able to work in a dynamic, interdisciplinary environment. Fluent in spoken and written English (C1 level), good communication and leadership skills. There is no Dutch language requirement. Key Responsibilities: 💠Design and fabrication of ultralow-loss waveguide circuits 💠Development and testing of passive and active components 💠Hands-on process development using advanced nanofabrication equipment If you're passionate about photonics and eager to work in a unique academic research environment, contact Xaveer Leijtens (x.j.m.leijtens@tue.nl) or Kevin Williams (k.a.williams@tue.nl) for more technical background information. Join us in pushing the boundaries of photonic technology! #Photonics #SpaceNavigation #AutonomousNavigation #JobOpportunity #Research #Innovation #JobOffer