Petalite’s Post

🚗🔋 Just completed an insightful 3-hour workshop on Electric Vehicles (EV), diving deep into the workings of modern cars. Workshop covered crucial topics such as the different types of EVs, battery technology, thermal management systems, regenerative braking and even the intricacies of suspension and steering wheel operations of a vehicle. While attending this workshop may seem like a small step, it’s an essential investment in understanding the future of the automotive industry. 🚀 As an engineering student, it is vital for me to engage with and adapt to these rapidly advancing technologies. The future is electric, and I'm excited to be part of this transformative journey!!!! #ElectricVehicles #FutureOfTransport #BatteryTechnology

I just completed Ford EV Engineering Advanced on Forage (urn:li:organization:68514998). In the simulation I: * Completed a job simulation involving battery testing protocol review for Ford's electrical vehicle (EV) engineering division, identifying and proposing improvements for enhanced efficiency. * Explored battery performance analysis by comparing data from diverse scenarios, including passenger vehicles, electric school buses, and long-haul trucks, providing insights into optimizing battery performance for different use cases. * Built a robot operating system (ROS) package, gaining proficiency in ROS fundamentals, node setup, and understanding the essentials of ROS components. * Examined the integration of ROS components in a practical setting, configuring publishers and subscribers to facilitate seamless communication between various robotics components, showcasing adaptability, and practical knowledge in the context of robotic systems. Check out the simulation here: https://lnkd.in/dMTUV-zN

🚗🔋Excited to share my recent experience completing the Ford Motor Company's EV Engineering Advanced simulation on Forage!. In the simulation : 1)Completed a job simulation involving battery testing protocol review for Ford's electrical vehicle (EV) engineering division, identifying and proposing improvements for enhanced efficiency. 2)Explored battery performance analysis by comparing data from diverse scenarios, including passenger vehicles, electric school buses, and long-haul trucks, providing insights into optimizing battery performance for different use cases. 3)Built a robot operating system (ROS) package, gaining proficiency in ROS fundamentals, node setup, and understanding the essentials of ROS components. 4)Examined the integration of ROS components in a practical setting, configuring publishers and subscribers to facilitate seamless communication between various robotics components, showcasing adaptability, and practical knowledge in the context of robotic systems. This experience has deepened my understanding of EV engineering and robotics, and I'm eager to apply these skills in future projects! #EV #Engineering #Robotics #BatteryTesting #Forage #Ford

Hello Everyone, Grateful for the incredible experience at Ford, where I had the opportunity to dive into cutting-edge EV engineering simulations. Proud to be part of a team driving innovation in sustainable transportation! In the simulation I: *Completed a job simulation involving battery testing protocol review for Ford's electrical vehicle (EV) engineering division, identifying and proposing improvements for enhanced efficiency. *Explored battery performance analysis by comparing data from diverse scenarios, including passenger vehicles, electric school buses, and long-haul trucks, providing insights into optimizing battery performance for different use cases. *Built a robot operating system (ROS) package, gaining proficiency in ROS fundamentals, node setup, and understanding the essentials of ROS components. *Examined the integration of ROS components in a practical setting, configuring publishers and subscribers to facilitate seamless communication between various robotics components, showcasing adaptability, and practical knowledge in the context of robotic systems. #FordMotorCompany #LNCTgroupofColleges #ElectricVehicles #Engineering

🚗 **Excited to Share My Final Year Project: Anti-Collision Device for Vehicles!** As part of my engineering degree, I've been working on developing an anti-collision device aimed at enhancing vehicle safety. The goal of this project is to reduce the risk of accidents by leveraging advanced sensor technology and real-time data processing to detect potential collisions and alert drivers promptly. 🔧 **Key Features:** - **Real-Time Collision Detection:** Utilizing ultrasonic and radar sensors to monitor surrounding vehicles and obstacles. - **Driver Alerts:** Immediate warnings through visual and auditory signals to prevent accidents. - **Automatic Braking:** In critical situations, the device can autonomously initiate braking to avoid collisions. This project has been a fantastic learning experience, combining aspects of electronics, programming, and automotive engineering. I'm eager to see how innovations like these can contribute to safer roads and smarter vehicles in the future. Looking forward to discussing this further with professionals in the field and exploring potential real-world applications! #Engineering #FinalYearProject #VehicleSafety #Innovation #SmartVehicles #Technology #RoadSafety

🎓 As a Mechanical Engineering undergrad, I've expanded my expertise by completing a course on 'Hybrid Electric Vehicles Technical System' through Coursera. This comprehensive program equipped me with in-depth knowledge of HEVs, covering various types, essential components, safety protocols, and maintenance practices. I delved into the intricacies of plug-in series and parallel HEVs, gaining insights into their unique architectures and operational dynamics. 🚗💡 #HEVTechnology #ContinuousLearning #ToyotaPrius #EcoFriendly

🚀 Excited to share that I've just completed Ford's EV Engineering Advanced job simulation on Forage ! 🎓 During this immersive experience, I delved into the world of electrical vehicle (EV) engineering, where I meticulously reviewed battery testing protocols to propose enhancements for boosted efficiency. 🛠️ Moreover, I explored battery performance analysis across diverse scenarios, from passenger vehicles to electric school buses and long-haul trucks, providing invaluable insights for optimizing battery performance across different applications. 💡 One of the highlights was building a Robot Operating System (ROS) package, where I honed my skills in ROS fundamentals, node setup, and understanding the essentials of ROS components. 💻 Additionally, I had the opportunity to dive deep into the integration of ROS components in practical settings, configuring publishers and subscribers to enable seamless communication between various robotics components, showcasing adaptability and practical knowledge in the realm of robotic systems. 🤖 I'm thrilled to have gained hands-on experience and look forward to applying these skills in real-world scenarios, contributing to the advancement of EV engineering and robotics technology. Let's connect and discuss further! 🌟 #EVEngineering #ROS #Robotics #EngineeringSimulation #FordExperience

I'm thrilled to share that I've completed the Ford-EV Engineering Advanced Job Simulation on Forage! This experience has been immensely fulfilling, providing me with essential skills and knowledge in EV engineering. 1. Battery Testing Protocol Review: - Conducted a comprehensive review of battery testing protocols for Ford's EV engineering division. Identified and proposed improvements to enhance efficiency and accuracy. 2. Battery Performance Analysis: - Analyzed battery performance across various scenarios, including passenger vehicles, electric school buses, and long-haul trucks. Provided insights to optimize battery performance for different use cases. 3. Robot Operating System (ROS) Package Development: - Built a ROS package, gaining proficiency in ROS fundamentals, node setup, and understanding the essentials of ROS components. 4. Integration of ROS Components: - Examined the practical integration of ROS components, configuring publishers and subscribers to facilitate seamless communication between various robotics elements. Demonstrated adaptability and practical knowledge in the context of robotic systems. #BatteryTesting #Ford #JobSimulation #BatteryPerformance #ROS #Engineering #Forage

🎓I just completed Ford's EV Engineering Advanced on @ Forage (urn:li:organization:68514998). 🚗⚡👩🎓 In the simulation I:  * Completed a job simulation involving battery testing protocol review for   Ford's electrical vehicle (EV) engineering division, identifying and   proposing improvements for enhanced efficiency.  * Explored battery performance analysis by comparing data from diverse   scenarios, including passenger vehicles, electric school buses, and long-haul   trucks, providing insights into optimizing battery performance for different   use cases.  * Built a robot operating system (ROS) package, gaining proficiency in ROS   fundamentals, node setup, and understanding the essentials of ROS components.  * Examined the integration of ROS components in a practical setting,   configuring publishers and subscribers to facilitate seamless communication   between various robotics components, showcasing adaptability, and practical   knowledge in the context of robotic systems. Check out the simulation here: https://lnkd.in/g4pYgNAA #ElectricVehicle #AutomotiveIndustry #SustainableTransportation #MATLAB #Simulink #EmbeddedC #ModelBasedDesign #PowerElectronics #EVDesign #CleanEnergy #Innovation #EV #Seekingopportunities #opentowork #immediatejoiner #Modelbaseddeveloper #embeddeddeveloper #Powertrain #jobroles #hiring

Greetings LinkedIn Connections! I just completed Ford Motor Company 's EV Engineering Advanced on Forage . In the simulation I: * Completed a job simulation involving battery testing protocol review for Ford's electrical vehicle (EV) engineering division, identifying and proposing improvements for enhanced efficiency. * Explored battery performance analysis by comparing data from diverse scenarios, including passenger vehicles, electric school buses, and long-haul trucks, providing insights into optimizing battery performance for different use cases. * Built a robot operating system (ROS) package, gaining proficiency in ROS fundamentals, node setup, and understanding the essentials of ROS components. * Examined the integration of ROS components in a practical setting, configuring publishers and subscribers to facilitate seamless communication between various robotics components, showcasing adaptability, and practical knowledge in the context of robotic systems. #ford #ev #evengineering