IQT (In-Q-Tel)’s Post

During my recent exchange at KEDGE Business School, Bordeaux, I had the opportunity to follow a course from the Operations Management and Information Systems department on Industry 4.0. The aim was to understand how the implementation of robotics, Artificial Intelligence, Internet of Things, 3D printing and fully autonomous vehicles in industrial environment has transformed the manufacturing practices and business models used by companies.   A tool-based simulation was introduced in this course, which has a dedicated software called #Simio and this is the animation of our model. Special thanks to professors Amir Pirayesh and Larissa Petrikova - Belgouzia for giving me the opportunity to gain practical knowledge that will surely be useful in the future. #KEDGE #Industry4 #Simio #Simulation #PGE

What are the latest innovations in robotics designed by mechanical engineers? 6 ways mechanical engineers are revolutionizing robotics: 1. AI Integration: Mechanical engineers are using AI and machine learning to make robots smarter. These robots can now learn, adapt, and make complex decisions, enhancing their performance. 2. Lightweight Designs: Innovative materials and designs have led to compact, lightweight robots. These robots balance strength and mobility, making them ideal for tight spaces. 3. Precision Manipulation: Engineers have improved robotic precision and control for tasks like gripping. They address issues related to contact, forces, and vibrations, making robots more effective. 4. 3D Printed Components: Additive manufacturing allows for rapid prototyping and customization of parts. This leads to complex, personalized components at lower costs. 5. Collaborative Robots: Mechanical engineers design robots that can safely work alongside humans. These robots integrate sensors, control systems, and safety features. 6. Autonomous Vehicles: Mechanical engineers play a key role in developing autonomous vehicles. They design sensors, control systems, and power sources for self-driving cars and drones. Mechanical engineers are transforming robotics through AI, lightweight designs, precision manipulation, 3D printing, human-robot collaboration, and autonomous vehicles. #mechanicalengineering #robotics #mechatronics

During my exchange at KEDGE Business School I had the opportunity to follow a course from the Operations Management and Information Systems department on Industry 4.0. The aim was to understand how the implementation of robotics, artificial intelligence, internet of things, 3-d printing and fully autonomous vehicles in industrial environment has transformed the manufacturing practices and business models used by companies.   A tool-based simulation was introduced in this course, which has a dedicated software called #Simio and this is the animation of our model.   Special thanks to professors Amir Pirayesh and Larissa Petrikova - Belgouzia for giving me the opportunity to gain practical knowledge that will surely be useful in the future. #KEDGE #Industry4 #Simio #Simulation #PGE

Monday Blog! 🚗 Technological Transformation and Cutting-Edge Engineering in the U.S. Automotive Industry 🇺🇸 The automotive industry in the United States is undergoing an unprecedented technological revolution. With the advance of digitalization and the adoption of new engineering methodologies, we are witnessing the development of the vehicles of the future today. 🔧 Automotive Engineering Innovations: Vehicle design and manufacturing have been transformed by the integration of advanced technologies such as 3D printing, artificial intelligence, and computer simulation. These tools allow engineers to create lighter, stronger, and more efficient components, reducing development time and production costs. 🚗 Flexible Platforms and Modularity: The creation of modular vehicle platforms is changing the way cars are designed and built. These platforms enable greater design flexibility, making it easier to customize and quickly adapt to market demands. Manufacturers can offer a variety of models based on a common structure, optimizing resources and speeding up the launch of new products. 🌐 Connectivity and Advanced Software: The incorporation of advanced software and connectivity systems is taking vehicles to a new level of intelligence. Software engineering has become a cornerstone for developing features such as autonomous driving, over-the-air system updates, and the integration of driver assistance technologies. This trend is paving the way for a future where vehicles are safer, more efficient, and personalized. 📈 Data and Simulation: The use of big data and digital simulation is redefining how vehicle performance is tested and validated. By simulating real-world driving conditions, engineers can identify and resolve issues before physical prototypes are built. This not only improves quality and safety but also accelerates the development process. At Atlas Automated, we are proud to contribute to this wave of innovation by providing technological solutions that help automotive companies stay at the forefront of the industry. The technological transformation in automotive engineering is a testament to the ingenuity and creativity driving the industry forward. We’re excited about what the future holds! #AutomotiveEngineering #TechnologicalInnovation #AutomotiveIndustry #Connectivity #FutureVehicles

- Industry 4.0 | KEDGE Business School - Upon completing my first exchange cycle at KEDGE Business School, I had the opportunity to follow the Operations Management and Information Systems department course on Industry 4.0. This program provided a deep dive into the transformative impact of robotics, artificial intelligence, the Internet of Things, 3D printing, and fully autonomous vehicles on modern manufacturing practices and business models. A tool-based simulation software, #Simio, was introduced in the course. Through #Simio, we had the opportunity to translate theoretical knowledge into practical settings by creating simulation models of real-world industrial scenarios. Here is the animation of our model. Thank you to Professor Larissa Petrikova - Belgouzia, Amir Pirayesh, and Marc BAGUR 🤖💬🧒for facilitating such an abundant and practical course. These hands-on practices will better enable us to navigate the evolution of Industry 4.0. #KEDGE #Industry4 #Simio #Simulation #PGE

AI, robotics, autonomous vehicles, 3D printing, nanotechnology and quantum computing are some of the most talked about technologies and concepts driving Industry 4.0. They increase efficiency and productivity and are transforming the shipping and manufacturing sectors in new powerful ways. Check out this article! #Industry4.0 #Sustainability #Manufacturing #Supplychain #AI #artificialintelligence

Imagine it's 2034. 1. You use AI to automate mundane tasks. 2. Virtual meetings connect you globally. 3. You work with freelancers in every time zone. 4. You've 3D printed your prototypes. 5. Drones deliver goods in 30 mins or less. This isn't science fiction. The future is already here. #FutureOfIT

Why Model-Based Development is needed in the Automotive Industry? 🚙 . . Model-based development (MBD) in the automotive industry offers several key benefits: . 🚘 Early Validation and Verification: Simulates and tests designs early, identifying issues before physical prototypes. . 🚘 Reduces Prototype Costs: Minimizes the need for expensive and time-consuming physical prototypes. . 🚘 Faster Time-to-Market: Streamlines the development process, speeding up the release of new vehicles. . 🚘 Comprehensive Testing: Allows extensive testing under various conditions, ensuring thorough validation. . 🚘 Increases Reliability: Ensures systems are robust and reliable by detecting and fixing issues early. . 🚘 Manages Complexity: Integrates mechanical, electrical, and software components effectively, handling the complexity of modern vehicles. . 🚘 Interdisciplinary Collaboration: Facilitates teamwork across different engineering fields, enhancing overall design quality. . 🚘 Ensures Regulatory Compliance: Helps meet industry standards and regulatory requirements through rigorous testing and documentation. . 🚘 Supports Autonomous Vehicles: Essential for developing and validating self-driving technology. . 🚘 Enhances Electric Vehicle Development: Optimizes the design and performance of electric and hybrid systems, improving efficiency and sustainability. . Overall, MBD improves efficiency, reduces costs, and enhances the quality and reliability of automotive development. . . . . Follow Chetan Shidling for more tech. . . #MBD #ModelBasedDevelopment #Engineer #Engineering #Automotive #Coding #Coder #Technology #Science #Electronics #Electrical #ElectricVehicles #ChetanShidling #MATLAB #Simulink

Packing power 🔋 A new generation of materials is boosting the performance of lithium battery cells in commercial production, reducing weight while increasing power. The use of silicon anodes, nickel manganese cobalt aluminium oxide (NMCA) cathodes, lithium sulfur and solid-state electrolytes are all improving the energy density of cells. Increasing the safety of lithium cells through additives or solid-state electrolytes reduces the need for additional sensing and protection, further reducing the weight of the battery pack. 3D printing with solid-state materials opens up new ways to use batteries in different shapes, while AI is identifying thousands of new substances that could lead to improvements in gravimetric specific energy, as measured in Wh/kg, and volumetric energy density, as measured in Wh/L for smaller cells. All of this is helping designers of uncrewed aerial vehicles (UAVs) and autonomous electric vehicle take-off and landing (eVTOL) aircraft to boost mission times, often doubling performance, and providing faster charging rates for quicker turnarounds and more time in the air. Our thanks to... SOLiTHOR Amprius Technologies, Inc. SubCtech GmbH - Ocean Engineering Oak Ridge National Laboratory Sakuu Lyten Read more ➡ https://lnkd.in/dPQseXXi #uncrewedsystemstechnology #battery #batterytechnology #batterycells #UAV

Interesting read based on Gartner's latest analysis that joins the general GenAI hangover rhetoric led by Goldman Sachs, who are not sure the investment in this technology will ever pay off, and Sequoia Capital, which put a concrete figure of $600B in revenue to justify the investment in infrastructure. As with all other technologies that promised a revolution that would change our lives forever in about 15 minutes (hey 3D printing, autonomous cars, AR/VR, I'm looking at you...), the initial marketing promise is not entirely aligned with actual capabilities. https://lnkd.in/e4QB49pp