Attendees will be provided with a technical presentation and walking tour of eLoop’s new facility. eLoop provides high quality and cost effective IT Asset Disposition (ITAD). ITAD is the practice of properly decommissioning of electronic hardware and devices, which is critical for ensuring a firm’s data is not compromised. The process ensures that outdated and failed devices are recycled in a safe, secure, and sustainable manner. A variety of equipment types are decommissioned in the plant including but not limited to computers ( desk mount & Laptop), monitors, stand-alone hard drives and flat screen TV’s. The tour will depict how devices are disassembled and/or shredded and inserted into the appropriate sustainable recycling streams. A complementary limited menu lunch will be provided at a nearby TBD venue. Speaker(s): Ned Eldbridge, 1 Wesco Drive, Export, Pennsylvania, United States, 15632

IEEE R2 Mini-Sync: - RD Passdown - Education Activities Board (EAB) Jamie Moesch, Managing Director EAB Agenda: IEEE Author Center Virtual: https://events.vtools.ieee.org/m/389636

Fluid-like models, such as the Lighthill-Whitham-Richards (LWR) model and their discretizations like Daganzo’s Cell Transmission Model (CTM), have proven successful in modeling traffic networks. In general, these models are not linear; they employ discontinuous dynamics or nonlinear terms to describe phenomena like shock waves and phantom jams. Given the complexity of the dynamics, it is not surprising that the stability properties of these models are not yet well characterized. Recent results have shown the existence of a unique equilibrium in the free flow regime for certain classes of networks modeled by the CTM; however, these results restrict inflows to the system to be bounded or constant. Further, it is of interest to understand the system behavior in congested regimes since links in various practical networks are often congested. Speaker(s): Dr. Vijay Gupta Virtual: https://events.vtools.ieee.org/m/419622

IEEE DeVry University Student Branch and CompTIA Student Club Present Creating Smart facilities by using distributed sensors and controls connected via IoT devices and ThingSpeak analytics By: Prof. Toshko Tzvetkov Date/Time: Thursday, June 13th @ 5:00 pm CST/6:00 pm EST In this workshop, we will be discussing how to create distributed sensors network, how to use the Thingspeak to collect the data from the sensors and how to send feedback from Thingspeak to controllers and actuators to change spart facilities settings. To Join: https://devry.engageli.com/devry/current/8s7-4xz-5k8/? Prof. Toshko Tzvetkov earned his MSc degree in Engineering Physics/ Microelectronics from the Sofia University at Sofia, Bulgaria. Throughout his career Prof. Tzvetkov has been involved in developing new ion beam technologies, revolutionary X-ray imaging technologies and new scientific instruments. He has very extensive experience in electronics engineering, software development and computer networking and system administration. Prof. Tzvetkov has multiple commercial software products. Also, it created an autonomous system that was used on the International Space Station to collect data using Arduino based microcontroller. Currently he is an advisor to A3Global for battery reconditioning instrument development. Member of IEEE. Co-sponsored by: CompTIA Student Club Virtual: https://events.vtools.ieee.org/m/424117