Platinum Sponsor – $7,500 For more information on sponsor and exhibitor opportunities, please get in touch with Tom Costello at [email protected] or 847-890-5061 Co-sponsored by: IEEE REAL-TIME COMMUNICATIONS LAB Chicago, Illinois, United States

SEM Chapter 8 Officers AdCom meeting: Contact Scott Lytle: [email protected] for details and Teleconference phone information. Co-sponsored by: Scott Lytle Agenda: Agenda on-line: Contact Steve Tomba [email protected] for details. Bldg: Yazaki North America, 6800 N Haggerty Rd, Canton, Michigan, United States, 48187-3577

SEM Chapter 8 Officers AdCom meeting:Contact Scott Lytle: [email protected] for details and Teleconference phone information.Co-sponsored by: Scott LytleAgenda: Agenda on-line: Contact Steve Tomba [email protected] for details.Bldg: Yazaki North America, 6800 N Haggerty Rd, Canton, Michigan, United States, 48187-3577

NetworkingAgenda: TBDVirtual: https://events.vtools.ieee.org/m/372829

The IEEE Southeastern Michigan Section Monthly ExCom (Executive Committee) Meeting (every 2nd Thursdayof the month) same time 6:30 PM EST/EDT (This is a virtual meeting, unless stated otherwise). We will discuss Section mission objectives, guidenace, direction, as well as all the chapter/affinity groups/student branches and section committe reports, events, plans, opportunities to assist each other and help create value for our members. All IEEE members are welcome to attend, but they do need to register in order to receive the webex details. Co-sponsored by: Sharan Kalwani Speaker(s): Christopher Johnson, Sharan Kalwani Agenda: Published on google drive - link sent each month via email to ALL the chapter/Affinity Group/Student Branch/Committee chairs. Ensure you are listed on the ExCom listserv as well (contact [email protected] in case of doubt) Virtual: https://events.vtools.ieee.org/m/382829

The IEEE Southeastern Michigan Section Monthly ExCom (Executive Committee) Meeting (every 2nd Thursdayof the month) same time 6:30 PM EST/EDT (This is a virtual meeting, unless stated otherwise).We will discuss Section mission objectives, guidenace, direction, as well as all the chapter/affinity groups/student branches and section committe reports, events, plans, opportunities to assist each other and help create value for our members. All IEEE members are welcome to attend, but they do need to register in order to receive the webex details.Co-sponsored by: Sharan KalwaniSpeaker(s): Christopher Johnson, Sharan KalwaniAgenda: Published on google drive - link sent each month via email to ALL the chapter/Affinity Group/Student Branch/Committee chairs. Ensure you are listed on the ExCom listserv as well (contact [email protected] in case of doubt)Virtual: https://events.vtools.ieee.org/m/382829

Energy harvesting, the process of capturing and converting ambient energy into usable electrical power, has garnered significant attention in recent years as a sustainable solution for powering low-energy electronics and wireless sensor networks. Some of the challenges and opportunities in energy harvesting include integration with energy storage systems, optimization for specific applications, and the importance of system-level design considerations for maximizing overall efficiency. Emerging trends such as hybrid energy harvesting systems and self-powered IoT devices underscore the growing significance of energy harvesting in addressing sustainability challenges and enabling autonomous and ubiquitous sensing technologies. When we want to predict the behavior of sound, one of the most important factors to consider is the medium through which it is traveling. Sound travels at different speeds depending on the medium. There are also differences in behavior when sound waves encounter a new medium: some materials reflect the sound, while others absorb it. The effect of different material properties on sound is what drives the research of acoustic metamaterials, which are designed to manipulate sound waves for some specific purpose. Metamaterials are engineered structures composed of multiple traditional real-life materials, offering exceptional properties that are impossible to find in traditional materials. Acoustic metamaterials are traditionally used for wave filtering, acoustic clocking, and vibration control. In filtering the wave, acoustic metamaterials either use the principle of Bragg scattering or local resonance. While the local resonance phenomenon traps/localizes the strain energy inside the metamaterial, this talk highlights how this trapped energy can be extracted by converting it to electrical potential. Hence, the metamaterial can perform dual operations simultaneously, wave filtration and energy harvesting. The harvested electric energy can then be used to power low-power electronic devices, such as powering pacemakers from heartbeats, and powering cellphones from car/human vibration. We will also talk about models developed for simultaneous heat energy guiding/control and energy harvesting. This presentation will count for 1 Professional Development Hour (PDH) for the PE License in Wisconsin and Michigan. Speaker(s): Dr. Riaz Ahmed, Agenda: 5:30 Social time, cash bar open 6:15 Order meals from restaurant menu 6:30 Dinner served 7:00 (or as meals are finished) Section announcements, door prize drawing, Featured Speaker - Dr. Riaz Ahmed 8:00 (approximately) Wrap up - final comments Reservations should be received by Wednesday, May 8 by registering from this web page. The Dinner fee of $20, will be collected at registration. IEEE Student Members may attend and enjoy dinner at no cost. Student members should register by emailing [email protected] or [email protected]. Bldg: Green Bay Distillery, 835 Mike McCarthy Way, Green Bay, Wisconsin, United States, 54304

Energy harvesting, the process of capturing and converting ambient energy into usable electrical power, has garnered significant attention in recent years as a sustainable solution for powering low-energy electronics and wireless sensor networks. Some of the challenges and opportunities in energy harvesting include integration with energy storage systems, optimization for specific applications, and the importance of system-level design considerations for maximizing overall efficiency. Emerging trends such as hybrid energy harvesting systems and self-powered IoT devices underscore the growing significance of energy harvesting in addressing sustainability challenges and enabling autonomous and ubiquitous sensing technologies. When we want to predict the behavior of sound, one of the most important factors to consider is the medium through which it is traveling. Sound travels at different speeds depending on the medium. There are also differences in behavior when sound waves encounter a new medium: some materials reflect the sound, while others absorb it. The effect of different material properties on sound is what drives the research of acoustic metamaterials, which are designed to manipulate sound waves for some specific purpose. Metamaterials are engineered structures composed of multiple traditional real-life materials, offering exceptional properties that are impossible to find in traditional materials. Acoustic metamaterials are traditionally used for wave filtering, acoustic clocking, and vibration control. In filtering the wave, acoustic metamaterials either use the principle of Bragg scattering or local resonance. While the local resonance phenomenon traps/localizes the strain energy inside the metamaterial, this talk highlights how this trapped energy can be extracted by converting it to electrical potential. Hence, the metamaterial can perform dual operations simultaneously, wave filtration and energy harvesting. The harvested electric energy can then be used to power low-power electronic devices, such as powering pacemakers from heartbeats, and powering cellphones from car/human vibration. We will also talk about models developed for simultaneous heat energy guiding/control and energy harvesting. This presentation will count for 1 Professional Development Hour (PDH) for the PE License in Wisconsin and Michigan. Speaker(s): Dr. Riaz Ahmed, Agenda: 5:30 Social time, cash bar open 6:15 Order meals from restaurant menu 6:30 Dinner served 7:00 (or as meals are finished) Section announcements, door prize drawing, Featured Speaker - Dr. Riaz Ahmed 8:00 (approximately) Wrap up - final comments Reservations should be received by Wednesday, May 8 by registering from this web page. The Dinner fee of $20, will be collected at registration. IEEE Student Members may attend and enjoy dinner at no cost. Student members should register by emailing [email protected] or [email protected]. Bldg: Green Bay Distillery, 835 Mike McCarthy Way, Green Bay, Wisconsin, United States, 54304

Help us plan events for the Madison Section that will be useful for you! Agenda: 1. Call to Order 2. Treasurer’s Report (10:00) 3. Old Business (a) Action Item review (10:00) (b) Mentoring Update (10:00) (c) Draft donations process (5:00) 4. New Business (a) Recap of EMB event (5:00) (b) Region 4 RCom meeting (10:00) (c) Potential 5Nines talk (10:00) 5. Adjourn Bldg: Lakeview Library, 2845 N. Sherman Avenue, Madison, Wisconsin, United States, 53597

Click the "Register Now" button to the right if you want to register. Registration is not required but it allows us to invite you to future Consultant Network meetings. All are welcome to attend the Consultant Network Meetings, you don't need to be a member of the IEEE. Companies looking for consultants are encouraged to attend. Speaker(s): Roy Forsstrom Agenda: 7:00 Welcome 7:05 Review actions from last meeting 7:10 Are there any companies looking to hire consultants? 7:15 Roy Forsstrom presentation 8:00 Next Meeting, September 12 Virtual: https://events.vtools.ieee.org/m/372829