JTEC Energy, Inc.’s Post

National Engineering Day! Today, we shine a spotlight on the incredible work of engineers across the UK. From designing safer bridges and creating sustainable energy solutions to building the tech we rely on daily, engineers are behind the innovations that improve our lives in countless ways. This year, we’re highlighting the incredible role models who have inspired today’s engineers to make a difference. From visionary pioneers like Nikola Tesla whose work with electricity powers our daily lives, to Henry Ford who revolutionized manufacturing and modern innovators like Elon Musk, who dares to redefine what's possible—these figures have sparked curiosity, creativity, and a drive for innovation. Our engineers take inspiration from these icons to solve the challenges of today and shape a brighter tomorrow. 🚀🔧 Happy Engineering Day! #EngineeringRoleModels #UKEngineering #NationalEngineeringDay

🚀 Explore the World of Cryogenic Materials Testing in Aerospace Engineering 🌌   In the ever-evolving realm of aerospace engineering, innovation reigns supreme. Our latest blog delves into the critical frontier of cryogenic materials testing, spotlighting its indispensable role in shaping the future of aviation, particularly in electric and hydrogen-powered aircraft development.   Cryogenics, the study of materials at ultra-low temperatures, poses unique challenges and opportunities. With temperatures plunging below 120K, engineers navigate the intricate behavior of materials under such extreme conditions. Cryogenic materials testing scrutinizes the impact of low temperatures on mechanical and electrical properties across vital aircraft components.   From developing specialized equipment to exploring novel materials, overcoming challenges in cryogenic testing requires collaborative efforts. Aerospace & Advanced Composites GmbH leads the charge, pioneering state-of-the-art testing facilities and groundbreaking research.   Join us as we traverse the frozen frontiers of cryogenic materials testing, unlocking new horizons in aerospace engineering. Together, we shape a future where air travel is not just efficient and sustainable but also safer and more reliable than ever.   Read more: https://lnkd.in/dPF9dcWb   #AerospaceEngineering #Innovation #Cryogenics #AviationFuture

I am thrilled to share that I have successfully completed GE Aerospace's Explore Engineering program. During this immersive experience, I: - Advised on Alternative Energy Sources: Delivered strategic recommendations for alternative energy sources to a hypothetical aerospace team at GE, focusing on optimizing propulsion systems. - Analyzed Energy Sources: Evaluated and compared various energy sources for propulsion systems, considering factors such as cost, energy density, storage requirements, and their impact on design decisions. - Researched Engine Design Parameters: Conducted in-depth analysis of bypass and compression ratios, exploring their effects on turbofan engine design, including aspects like fan diameter, noise, installation considerations, material limitations, and emissions. - Developed Technical Presentation: Created a comprehensive presentation on the limitations and considerations associated with bypass and compression ratios, which played a pivotal role in guiding decisions for next-generation propulsion systems at GE Aerospace. This experience has deepened my understanding of aerospace engineering and propelled my passion for innovation in propulsion technologies.

Engineering Needs More FuturistsThis NSF initiative primes the pump for tech visionaries A quick glance at the news headlines each morning might convey that the world is in crisis. Challenges include climate-change threats to human infrastructure and habitats; cyberwarfare by state and nonstate actors attacking energy sources and health care systems; and the global water crisis, which is compounded by the climate crisis. Perhaps the biggest challenge is the rapid advance of artificial intelligence and what it means for humanity. As people grapple with those and other issues, they typically look to policymakers and business leaders for answers. However, no true solutions can be developed and implemented without the technical expertise of engineers. Encouraging visionary, futuristic thinking is the function of the Engineering Research Visioning Alliance. ERVA is an initiative of the U.S. National Science Foundation’s Directorate for Engineering, for which I serve as principal investigator. IEEE is one of several professional engineering societies that are affiliate partners.

Happy Engineers' Day to all the brilliant minds who make the impossible, possible. Your innovations shape the future and make the world a better place! Problem solvers, dreamers, and creators — today's world runs on your brilliance. #engineers #engineering #engineersday #technology #innovation #tech #engineerlife #electronics #architecture #worldofengineering #manufacturing #science #teammeti #meticulousresearch

Attention to the new generation of designers of vacuum switching equipment, electric vehicles, electric airplanes.... You will soon face the physical limits of switching high currents AC&DC and switching speed. It is impossible to indefinitely increase the hardness of contacts and the compression force, and then heroically overcome the resulting challenges. Leave this to your esteemed mentors. This review, including unpublished test data, will greatly simplify the work of OLTC, MVDC, LVDC designers, electrolyzer switches, and potentially other unexplored areas... Today, I want to present an article aimed at future electrical engineers and young professionals who are just starting their careers in leading companies in electrical engineering industry: Eaton , Schneider Electric , ABB , Siemens , CERN , GE , GE Vernova , GE Aerospace , Maschinenfabrik Reinhausen , Rolls-Royce , Hitachi Energy , Mitsubishi Electric , Fuji Electric Co., Ltd. ,ARPA-E , NASA - National Aeronautics and Space Administration , Massachusetts Institute of Technology , Technical University of Munich , Technische Universität Darmstadt, BMW Group , General Motors , Mercedes-Benz Trucks , Volvo Group , Honeywell Aerospace Technologies ,Renault Group , Mercedes-Benz AG , AUDI AG ... I apologize to those companies I didn't mention. I hope you will share the link with your young colleagues.

1/1: Title: Aircraft Science and Communications Engineering: The Role of Communication and Engineering Principles in the Collapse of the World Trade Centre on 9/11 Abstract This summary examines the role of communication systems and engineering principles in the events of September 11, 2001, focusing on how aircraft science, speed dynamics, and the combustion power of air and fire contributed to the destruction of the World Trade Centre. It explores the algebraic mechanics of trigonometry and the impact of heat as a catalyst, providing an understanding of the engineering factors that led to this catastrophic event. Introduction The tragic events of September 11, 2001, marked a significant turning point in both aviation and world financial engineering. The destruction of the World Trade Centre involved a complex interplay of aircraft science, communications engineering, and the principles of speed dynamics and combustion. This summary aims to dissect these elements, providing a scientific understanding of how engineering principles contributed to the collapse of the towers. Aircraft Science and Speed Dynamics Role of Air and Fire in Combustion Power Aircraft engines operate on the principles of air and fire as combustion forces, enabling them to achieve high speeds and efficient travel. The hijacked planes on 9/11 used these principles to navigate and ultimately crash into the World Trade Centre, causing massive structural damage. Heat as a Catalyst The immense heat generated from the fuel combustion upon impact acted as a catalyst, weakening the steel structures of the towers. The principles of thermodynamics explain how the heat increased the internal energy of the steel beams, leading to their failure. Courtesy to Priya Waller Media and Communications Experts UK 🇬🇧

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Why Representation Matters in Shaping The Future of Engineering https://lnkd.in/gmGD-wBE

Today is World Engineering Day! On this World Engineering Day, we celebrate the invaluable contributions of engineers worldwide in shaping a brighter future for humanity. Engineers, the architects of innovation, play a pivotal role in addressing global challenges and advancing technology for the betterment of society. Their dedication to problem-solving, creativity, and scientific knowledge has led to groundbreaking developments in various fields, from sustainable infrastructure and clean energy solutions to cutting-edge medical advancements. As we reflect on the significance of World Engineering Day, let us acknowledge and appreciate the tireless efforts of engineers who continually strive to enhance the quality of life for people around the globe, showcasing the transformative power of ingenuity and collaboration in creating a more sustainable and harmonious world. #WorldEngineeringDay #WhatEngineersDo #WelcomeToTheFuture #NYITCoECS #IEEE