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The automotive industry is racing toward a sustainable future, and automation is playing a key role. As we see advancements like the one highlighted in Tech Xplore's recent article, machine learning and robotics are streamlining car battery production, driving efficiency, precision, and innovation. But the question remains: Can automation fully unlock the potential for widespread EV adoption while maintaining sustainability and quality? #EV #MachineLearning #Innovation #FutureOfMobility https://lnkd.in/ePiEd9MJ

The automotive industry is racing toward a sustainable future, and automation is playing a key role. As we see advancements like the one highlighted in Tech Xplore's recent article, machine learning and robotics are streamlining car battery production, driving efficiency, precision, and innovation. But the question remains: Can automation fully unlock the potential for widespread EV adoption while maintaining sustainability and quality? #EV #MachineLearning #Innovation #FutureOfMobility https://lnkd.in/e88qj-bT

The automotive industry is racing toward a sustainable future, and automation is playing a key role. As we see advancements like the one highlighted in Tech Xplore's recent article, machine learning and robotics are streamlining car battery production, driving efficiency, precision, and innovation. But the question remains: Can automation fully unlock the potential for widespread EV adoption while maintaining sustainability and quality? #EV #MachineLearning #Innovation #FutureOfMobility https://lnkd.in/dVWVvZRY

The automotive industry is racing toward a sustainable future, and automation is playing a key role. As we see advancements like the one highlighted in Tech Xplore's recent article, machine learning and robotics are streamlining car battery production, driving efficiency, precision, and innovation. But the question remains: Can automation fully unlock the potential for widespread EV adoption while maintaining sustainability and quality? #EV #MachineLearning #Innovation #FutureOfMobility https://lnkd.in/g8kibx7R

🚀 Elevate your engineering skills with the "Embedding Sensors and Motors Specialization" https://lnkd.in/g65HqaKm on Coursera! 📚 Master the integration of sensors and motors, a critical aspect of modern robotics and automation. Whether you're an aspiring engineer or a seasoned professional, this course offers practical insights and hands-on projects to advance your expertise. Enroll now https://lnkd.in/g65HqaKm and power up your career! 🔧💡 #Engineering #Robotics #Automation #Sensors #Motors #Coursera #OnlineLearning #ProfessionalDevelopment

You are a researcher, educator, or student interested in electric vehicles? Is energy consumption an interesting aspect for you? (E.g., you might be a member of a Formula Student Team optimizing your car's energy consumption for the Endurance task.) Check out this webinar to gain a head start! #formulaStudent #ev #electricVehicles #electrification #research #students

🚗💡 The EV revolution isn’t just changing how we drive—it’s creating unprecedented career opportunities for engineers across the globe. Here's why this shift is a game-changer for you: 🔋 Battery Technology: With energy storage at the core of electric vehicles, engineers are exploring new materials and technologies to make batteries more efficient, affordable, and sustainable. Think next-gen solid-state batteries or even integrating renewable energy directly into vehicles. ⚡ Power Electronics & Charging Infrastructure: The development of high-power electronics and the infrastructure to support rapid charging is critical for EV adoption. From innovative fast-charging stations to wireless charging systems, this field is buzzing with potential. 🌱 Sustainability & Materials Engineering: As the world pushes toward carbon neutrality, engineers are tasked with creating eco-friendly materials for lightweight vehicle designs, while improving energy efficiency. Every new material is an opportunity to innovate. 🧠 Software Development & Autonomous Driving: Autonomous vehicles are not just a dream—they’re a reality being powered by software engineers who are tackling everything from AI decision-making to real-time vehicle data analysis. 🔌 Green Energy Integration: The future of EVs is intertwined with clean energy. Engineers are exploring vehicle-to-grid (V2G) solutions, where your EV battery could power your home or even provide energy to the grid. The EV sector isn't just about building cars; it's about creating a sustainable, tech-driven future. And for engineers, this means a wealth of cutting-edge roles waiting to be filled. The skills you develop today could change the way we power the world tomorrow. 🌍🔧⚙️ Are you ready to drive the future of engineering? 🚀 #ElectricVehicles #EVOpportunities #EngineeringInnovation #BatteryTech #AutonomousVehicles #PowerElectronics #SustainableEngineering #EngineeringCareers #TechRevolution #EVRevolution #SkillLync #FutureOfEngineering

Robots have already proven to be invaluable tools for completing complex and demanding maintenance tasks. Engineers have developed a wide array of robots designed to assist in maintaining and repairing infrastructure. However, a common limitation among many of these robots is the need to be connected to external power sources, which significantly restricts their real-world application. Recently, a groundbreaking development by researchers at the Max Planck Institute for Intelligent Systems, Harbin Institute of Technology, and Hong Kong University of Science and Technology has introduced a new wireless miniature robot. This innovative robot is capable of navigating through pipes and other tubular structures without relying on external power sources. The research paper detailing this advancement was published in Science Robotics, showcasing the potential of this robot to effectively address complex maintenance challenges while minimizing damage to pipes. #electricalengineering #electronics #embedded #embeddedsystems #electrical #computerchips Follow us on LinkedIn to get daily news: HardwareBee - Electronic News and Vendor Directory

Here are five of the top in-demand EV skills: >>Battery Technology Expertise  Professionals with expertise in battery chemistry, design, and management are highly sought after. This includes knowledge of lithium-ion and solid-state battery technologies, energy storage systems, and battery life optimization techniques. >>Electric Powertrain Development  Engineers skilled in designing and optimizing electric motors, power electronics, and transmission systems are in high demand. A deep understanding of power conversion, inverter technology, and energy efficiency is key to developing high-performance EVs. >>Autonomous Driving Systems  Engineers with experience in developing and testing self-driving systems, including radar, lidar, and camera technologies, are essential for advancing autonomous vehicles. >>Charging Infrastructure Knowledge  Professionals who understand the complexities of charging stations, fast-charging networks, grid integration, and smart charging solutions are crucial to ensuring that EVs can be charged efficiently and reliably. >>Sustainability Analysis  Professionals with expertise in life cycle analysis, environmental impact reduction, and green manufacturing practices are in demand. This includes optimizing production processes and ensuring that EVs meet environmental standards. #electricvehicle #batterydesign #evbattery #electriccar #sustainability #engineeringjobs #electricvehicleengineer #engineeringjobs #canadajobs #caddcentre

Mercedes-Benz unleashed its 2040 vision for the future of the #electricvehicle experience last week, unveiling some of its research projects complete with eye-catching autonomous driving features, #AR, something called neuromorphic computing, and other electronics-related enhancements. Sustainability is also front and center, including one of our favorite topics, solar paint. Sustainability & Neuromorphic Computing If neuromorphic computing doesn’t ring a bell, join the club. A quick search of the Intertubes yields an explainer from a research paper recently published in the journal Nature Communications. The authors start off with a warning, though. “Brain-like energy-efficient computing has remained elusive for neuromorphic (#NM) circuits and hardware platform implementations despite decades of research,” they state. That sounds like a dead end for researchers, but the authors have hit upon a promising path towards a #breakthrough, and the #sustainability prize is a big one. “Neuromorphic (NM) computing that mimicks certain neuro-biological architectures of the human brain, is an alternative to the conventional von Neumann computing architecture, and therefore, can be designed to be highly parallel and very low power consuming with the potential to perform certain complex operations faster and in a smaller #footprint,” the authors enthuse. That caught the eye of #MercedesBenz and they went all in. With all those new electronic gizmos, vehicles will need to have “significantly higher energy requirements,” the company advises by way of explaining its interest. They tapped #CanadianUniversity of Waterloo as a research partner on the neuromorphic project, anticipating a 10-fold increase in speed and efficiency in addition to the sustainability benefit of sucking up less energy. More Sustainability: Paint-On Solar Cells Many vehicles spend their day in sunlight, soaking up #solarenergy hour after hour, only to waste it as heat. That’s a perfect opportunity for #solarpanels. The idea of building solar panels into cars has sucked more than one automaker into failure, but it has gained traction with the emergence of thin film solar cells that can fit the curves of a vehicle body. Since Mercedes-Benz is eyeballing next-level sustainability, it is not stopping at thin film. The company is aiming for #solarcells that hover in a paint-able solution. Solar paint crossed the #CleanTechnica radar back in 2018, when the US Department of Energy unveiled a paint-able solar solution deploying #perovskite solar cells. No word yet if perovskites are the particular solar material in Mercedes-Benz’s sights, but that would be a good guess. The sustainability factor is strong with paint-on perovskite solar cells. They are relatively inexpensive and applicable to a wide range of surfaces. They can be deployed in high-volume, fast-throughput roll-to-roll production systems commonly in use today, or sprayed on a car as body paint, as the case may be.