Wave Photonics’ Post

Join introduction webinar with expert at #arduinoEDU

Summary of my master thesis “ Simulative Investigation of Shockwave Damping on Freeways” by utilizing CAVs is accessible in the link below, at the Department of Mobility Systems Engineering, School of Engineering and Design, TUM website. I did microscopic simulation in Aimsun Next 22.02 and developed two Python algorithms for damping shokcwaves using the capabilities of CAVs and API functionalities of the software.

As a follow-up to my earlier post about participating in TEAL Lab's research study, I'm excited to share a video demonstration showcasing the physically assistive robot in action! The video highlights one of the tasks I experienced with varying speeds and durations. It was a fascinating look into the potential of assistive technology. Check out the video below! 🙌 #asuengineering #gratitude

🎉Recently we announced the 12 new education innovation projects that have received an EDLAB education grant for 2024! 🎥To promote those projects, we asked the winners to prepare short videos where they introduce their them and show why they are significant in the teaching and learning landscape 📌Today, we are happy to share with you another one of those videos! It’s by Ian Anthony, who received the EDLAB education grant with his project called “Teaching with an interactive charged particle optics website” 🔗Watch this video and explore how his project can help students understand complicated topics related to particle optics! https://lnkd.in/d4x7qE6N

I had an amazing time at the recent Hack The Heart ❤️ hackathon where innovation meets cardiology! In our first hackathon, me and my team Ethan Jan, Hailey Ju, and Aryan Gidwani worked tirelessly to create: Heart Coach. Heart Coach is an upgrade package intended for pacemakers that provides current information on their pacemaker and heart status. This package consists of a digital application and battery sensor. Digital Application: Programmed in Python, our application takes in electrocardiogram (ECG) data from the pacemaker and determines the heart rate of the patient. The program also requests input from the user regarding their demographics as well as lifestyle choices. Afterwards, it provides an estimate of their heart health status and is displayed on the application along with the pacemaker battery life (explored below). Our application also includes a customizable interface and displays for graphs, notes, etc. Battery Sensor:  Due to the lack of hardware kits in the event, our team had to create the hardware portion of our concept using an online Arduino kit. Using pieces like a coulomb counter, our proposed hardware would be able to detect the remaining battery life of a pacemaker to be transferred to the program. I would like to thank Club for Undergraduate Biomedical Engineering for hosting this event as well as the mentors and my awesome team for their hard work. Learn more about our project here: https://lnkd.in/gkErbgwm https://lnkd.in/gBrUA5xS #hackathon #hacktheheart #innovation #biomedicalengineering

#road2DAUINPhDDay ✈ In view of the next edition of the DAUIN PhD Day (Nov. 6, 2024), we present the research activity of the PhD students in Computer and Control Engineering - 37th and 38th cycles. Join the PhD Day to discuss with them at poster sessions! 👉 Leonardo Vezzani: In Car AR HUD My PhD focuses on Augmented Reality on Head-up Displays for automotive in collaboration with Reply, funded by a PNRR scholarship. Using the CARLA driving simulator, I investigate the role of AR HUDs in realistic scenarios. Using such a tool result in a flexible, shareable, and cost-effective approach, creating shareable and innovative solutions for a safer and more intuitive driving experience. 🔗 https://lnkd.in/eaKgdNwj

"Excited to announce the publication of my first research paper on Automated Bus E-ticketing Service! 📝🚌 Delving into the innovative world of Arduino technology, I've explored the fundamentals of automated e-ticketing systems, shedding light on their functionality and potential impact. A big thank you to IJARSCT for this opportunity to contribute to the field. Looking forward to further advancements in the realm of public transportation and digital innovation! #Research #Arduino #PublicTransportation #DigitalInnovation"

Kudos to all the Duke University Pratt School of Engineering graduates! Here’s a profile from one of our students, Reyna Vrbensky that summarizes the type of multidisciplinary, humanistic approach we take in solving the really big problems in society. https://lnkd.in/eRGTXn-d

📣 Don't forget to join us for an insightful webinar with Prof. José Abell, a Chilean professor working at the Universidad de los Andes (CL) in the School of Engineering and Applied Sciences. Register here: 👉 https://lnkd.in/dyR73WSC This webinar introduces ASDPlasticMaterial, a versatile suite of elasto-plastic constitutive models recently integrated into the #OpenSees framework. The ASDPlasticMaterial family of constitutive models enhances the simulation capabilities of OpenSees by allowing users to customize models through a selection of yield functions, plastic-flow directions, elasticity laws, and hardening models for internal variables. This approach combines flexibility with high performance, catering to a broad range of engineering applications. The session will commence with an overview of classical elastoplasticity theory, followed by a brief exploration of the implementation within OpenSees. Through a series of practical examples, we will demonstrate the application of ASDPlasticMaterial in OpenSeesPy and the #STKO constitutive tool. The webinar will conclude with a discussion on solving boundary-value problems, showcasing the robustness, performance and adaptability of the new models. Stay tuned! 🚀 #OpenSees #STKO #ASDPlasticMaterial #Engineering

had an incredible experience at work - swapped out a peristaltic flow sensor on the second RF Cavity of the LBL ALS! 🛠️✨ It's amazing how these intricate components play such a vital role in accelerating particles at the cutting-edge of science. Feeling grateful for the opportunity to contribute to something so awe-inspiring! moving from science fiction to science facts!!! 🔬💫 #ScienceAdventures #LBLALS #ParticleAcceleration"