ThermoPlastic composites Research Center (TPRC)’s Post

For professionals in materials science, engineering, and related industries, this research underscores the importance of innovation in material selection and the ongoing quest for materials that offer a blend of performance, durability, and cost-effectiveness. #AdvancedCeramics #StructuralCeramics #TechnicalCeramics #industrialceramics #CeramicComponents #precisionmachining #Eshino #CeramicsInnovation #materialscience #engineeringexcellence

Bridge the Gap to Advanced Materials Innovation: How the University of Lincoln is Empowering Industry ️ Calling all engineers, material scientists, and innovators! Are you looking to push the boundaries of what's possible in the advanced materials and engineering sector? Look no further than **The Bridge Advanced Engineering R&D Centre** at the University of Lincoln, UK! Bridge is your bridge to: Cutting-edge technology: Access state-of-the-art laboratories, instrumentation, and expertise in areas like composites, nanomaterials, and additive manufacturing. Collaborative R&D: Partner with academic researchers and industry peers to tackle real-world challenges and develop game-changing solutions. Innovation acceleration: Bridge the gap between research and commercialisation, bringing your ideas to market faster. Workforce development: Upskill your team through accredited training programs in advanced materials and engineering. Why choose Bridge? Industry-focused: We understand the challenges you face and tailor our services to your specific needs. Expert team: Our dedicated R&D specialists and academic faculty are here to guide and support you every step of the way. Real-world impact: We're passionate about making a difference, and our work contributes to a stronger, more competitive manufacturing and engineering sector. Ready to take your advanced materials innovation to the next level? Contact us: https://buff.ly/47OAPX5 Let's build the future of advanced materials together! #advancedmaterials #engineering #innovation #collaboration #research #development #universityoflincoln #UKmanufacturing #bridgethegap P.S. Share this post with your network and spread the word about the exciting opportunities at Bridge!

#nanotechnology research is interdisciplinary and impacts many industries : •Physics | Electronics •Chemistry | Materials •Biology | Health/Biotech •Materials Science | Chemical •Polymer Science | Environmental •Electrical Engineering | Energy •Chemical Engineering | Aerospace •Mechanical Engineering | Automotive | Security •Medicine | Forest products

We are seeking for a 🎓 Master Student (m/f/d) Research focus: Development of a data-driven damage model for large engine on-board in-cylinder pressure transducers The target of this thesis is to develop a data-driven damage model for a specific in-cylinder pressure transducer based on measurement data from dedicated durability tests that were carried out on a large high-speed single-cylinder research engine (SCE) at the Large Engines Competence Center (LEC). With such a model, the aim is to obtain a detailed understanding of the impact of specific engine operating conditions on pressure transducer degradation. 👉 Click here for the full job description: https://lnkd.in/dhMkdMHR #LEC  #future #joinus #researchfortheclimategoals #Graz #greentech #greenenergy #greentransport #climategoals #forschungwirkt

Have you ever wondered what it means to be a materials engineer? What exactly can you do with a degree in MSE, anyway? At the 2024 Research & Industry Showcase, we asked eight superstar alumni to tell us why they chose MSE, what they love about MSE, and how their degrees in MSE have impacted their careers. #aerospace #tech #sustainability #semiconductor #biotech #virtualreality #battery #materialsscience #engineering #engineeringcareers

Are you an experienced engineer or scientist looking for a new opportunity in the field of materials science and engineering? A recent breakthrough in the field of thermal expansion could lead to significant advancements in explosive performance and safety. Researchers have successfully enhanced the explosive performance of materials by overcoming irreversible thermal expansion - a critical factor in the safety and stability of explosive materials. This groundbreaking development opens up new possibilities for professionals with expertise in materials science and engineering to contribute to the advancement of explosives technology. 🧪🔬💣 As a recruiter in the field of materials science and engineering, I am excited to see the potential impact of this innovative research on the industry. This breakthrough not only offers new opportunities for professionals to contribute to the advancement of explosive technology, but also underscores the importance of continual research and development in the field of materials science. With this new development, there is an increased demand for skilled professionals with expertise in thermal expansion and materials engineering to drive further advancements in explosive performance and safety. 🌐📈👩🔬 If you are a materials scientist or engineer with a passion for pushing the boundaries of what is possible in explosive technology, this is an exciting time to explore new career opportunities. Join the conversation and be part of the future of explosive materials technology. 🌟🌍🔝 #MaterialsScience #Engineering #ExplosiveTechnology

Every engineer shares a similar intention - a similar curiosity.👊 In my work with thousands of engineers, here's what I've discovered. Every engineer, on some level, wants to know: "How does this work?" 👍 That's true for software engineers. Electrical engineers. Engineers who study thermodynamics, aerospace engineers, chemical engineers, and more. The EE says, "Let's see what could be!" 👍 Great ideas - great innovations - deserve to be shared. But if you can't convey your ideas clearly, you're going to be limited. Restricted. And frustrated. 👉🚀 When it comes to the operating system (the human operating system) there are a series of principles that can help us to create more powerful and authentic conversations. 👍These principles work like the law of gravity - they exist outside of personality type, education, or belief. They are just true - and they can truly help you to share your ideas in a way that's more authentic. 👍More compelling. 👍More confident. What's the number one communication principle you could share? Maybe your ideas will make it into my workshop next week, at Texas A&M University 👉🚀 Special thanks to everyone who has made this event possible, including: Magdalini Lagoudas Jim D. Chris Curran Engineers For a Sustainable World | TAMU TAMU Biomedical Engineering Texas A&M University College of Engineering Shelly Brenckman #gigem #texasaggies #timetotalk

Materials engineering is the foundation of electronics today. Do you know what materials engineering is and why is it so important for the semiconductor industry? Watch the conversation between Mario and Lori to learn more: https://bit.ly/3Hlpov3 Mario is our energetic new finance colleague, and Lori is one of Applied's amazing experts who breaks it all down in an easy-to-understand way. Do you know someone who wants to learn more about materials engineering? Share this post! #MakePossibleABetterFuture #GreatThingsHappenHere